ydinpommi

ydinpommi (nominative singular)
ydinpommit (nominative plural)
ydinpommi (accusative nominative singular)
ydinpommit (accusative nominative plural)
ydinpommin (accusative genitive singular)
ydinpommit (accusative genitive plural)
ydinpommin (genitive singular)
ydinpommien (genitive plural)
ydinpommia (partitive singular)
ydinpommeja (partitive plural)
ydinpommissa (inessive singular)
ydinpommeissa (inessive plural)
ydinpommista (elative singular)
ydinpommeista (elative plural)
ydinpommiin (illative singular)
ydinpommeihin (illative plural)
ydinpommilla (adessive singular)
ydinpommeilla (adessive plural)
ydinpommilta (ablative singular)
ydinpommeilta (ablative plural)
ydinpommille (allative singular)
ydinpommeille (allative plural)
ydinpommina (essive singular)
ydinpommeina (essive plural)
ydinpommiksi (singular translative)
ydinpommeiksi (plural translative)
ydinpommitta (abessive singular)
ydinpommeitta (abessive plural)
ydinpommein (instructive plural)
See the possessive forms below. (comitative)
ydinpommini (nominative singular)
ydinpommini (nominative plural)
ydinpommini (accusative nominative singular)
ydinpommini (accusative nominative plural)
ydinpommini (accusative genitive singular)
ydinpommini (accusative genitive plural)
ydinpommini (genitive singular)
ydinpommieni (genitive plural)
ydinpommiani (partitive singular)
ydinpommejani (partitive plural)
ydinpommissani (inessive singular)
ydinpommeissani (inessive plural)
ydinpommistani (elative singular)
ydinpommeistani (elative plural)
ydinpommiini (illative singular)
ydinpommeihini (illative plural)
ydinpommillani (adessive singular)
ydinpommeillani (adessive plural)
ydinpommiltani (ablative singular)
ydinpommeiltani (ablative plural)
ydinpommilleni (allative singular)
ydinpommeilleni (allative plural)
ydinpomminani (essive singular)
ydinpommeinani (essive plural)
ydinpommikseni (singular translative)
ydinpommeikseni (plural translative)
ydinpommittani (abessive singular)
ydinpommeittani (abessive plural)
ydinpommeineni (comitative plural)
ydinpommisi (nominative singular)
ydinpommisi (nominative plural)
ydinpommisi (accusative nominative singular)
ydinpommisi (accusative nominative plural)
ydinpommisi (accusative genitive singular)
ydinpommisi (accusative genitive plural)
ydinpommisi (genitive singular)
ydinpommiesi (genitive plural)
ydinpommiasi (partitive singular)
ydinpommejasi (partitive plural)
ydinpommissasi (inessive singular)
ydinpommeissasi (inessive plural)
ydinpommistasi (elative singular)
ydinpommeistasi (elative plural)
ydinpommiisi (illative singular)
ydinpommeihisi (illative plural)
ydinpommillasi (adessive singular)
ydinpommeillasi (adessive plural)
ydinpommiltasi (ablative singular)
ydinpommeiltasi (ablative plural)
ydinpommillesi (allative singular)
ydinpommeillesi (allative plural)
ydinpomminasi (essive singular)
ydinpommeinasi (essive plural)
ydinpommiksesi (singular translative)
ydinpommeiksesi (plural translative)
ydinpommittasi (abessive singular)
ydinpommeittasi (abessive plural)
ydinpommeinesi (comitative plural)
ydinpommimme (nominative singular)
ydinpommimme (nominative plural)
ydinpommimme (accusative nominative singular)
ydinpommimme (accusative nominative plural)
ydinpommimme (accusative genitive singular)
ydinpommimme (accusative genitive plural)
ydinpommimme (genitive singular)
ydinpommiemme (genitive plural)
ydinpommiamme (partitive singular)
ydinpommejamme (partitive plural)
ydinpommissamme (inessive singular)
ydinpommeissamme (inessive plural)
ydinpommistamme (elative singular)
ydinpommeistamme (elative plural)
ydinpommiimme (illative singular)
ydinpommeihimme (illative plural)
ydinpommillamme (adessive singular)
ydinpommeillamme (adessive plural)
ydinpommiltamme (ablative singular)
ydinpommeiltamme (ablative plural)
ydinpommillemme (allative singular)
ydinpommeillemme (allative plural)
ydinpomminamme (essive singular)
ydinpommeinamme (essive plural)
ydinpommiksemme (singular translative)
ydinpommeiksemme (plural translative)
ydinpommittamme (abessive singular)
ydinpommeittamme (abessive plural)
ydinpommeinemme (comitative plural)
ydinpomminne (nominative singular)
ydinpomminne (nominative plural)
ydinpomminne (accusative nominative singular)
ydinpomminne (accusative nominative plural)
ydinpomminne (accusative genitive singular)
ydinpomminne (accusative genitive plural)
ydinpomminne (genitive singular)
ydinpommienne (genitive plural)
ydinpommianne (partitive singular)
ydinpommejanne (partitive plural)
ydinpommissanne (inessive singular)
ydinpommeissanne (inessive plural)
ydinpommistanne (elative singular)
ydinpommeistanne (elative plural)
ydinpommiinne (illative singular)
ydinpommeihinne (illative plural)
ydinpommillanne (adessive singular)
ydinpommeillanne (adessive plural)
ydinpommiltanne (ablative singular)
ydinpommeiltanne (ablative plural)
ydinpommillenne (allative singular)
ydinpommeillenne (allative plural)
ydinpomminanne (essive singular)
ydinpommeinanne (essive plural)
ydinpommiksenne (singular translative)
ydinpommeiksenne (plural translative)
ydinpommittanne (abessive singular)
ydinpommeittanne (abessive plural)
ydinpommeinenne (comitative plural)
ydinpomminsa (nominative singular)
ydinpomminsa (nominative plural)
ydinpomminsa (accusative nominative singular)
ydinpomminsa (accusative nominative plural)
ydinpomminsa (accusative genitive singular)
ydinpomminsa (accusative genitive plural)
ydinpomminsa (genitive singular)
ydinpommiensa (genitive plural)
ydinpommiaan (partitive singular)
ydinpommiansa (partitive singular)
ydinpommejaan (partitive plural)
ydinpommejansa (partitive plural)
ydinpommissaan (inessive singular)
ydinpommissansa (inessive singular)
ydinpommeissaan (inessive plural)
ydinpommeissansa (inessive plural)
ydinpommistaan (elative singular)
ydinpommistansa (elative singular)
ydinpommeistaan (elative plural)
ydinpommeistansa (elative plural)
ydinpommiinsa (illative singular)
ydinpommeihinsa (illative plural)
ydinpommillaan (adessive singular)
ydinpommillansa (adessive singular)
ydinpommeillaan (adessive plural)
ydinpommeillansa (adessive plural)
ydinpommiltaan (ablative singular)
ydinpommiltansa (ablative singular)
ydinpommeiltaan (ablative plural)
ydinpommeiltansa (ablative plural)
ydinpommilleen (allative singular)
ydinpommillensa (allative singular)
ydinpommeilleen (allative plural)
ydinpommeillensa (allative plural)
ydinpomminaan (essive singular)
ydinpomminansa (essive singular)
ydinpommeinaan (essive plural)
ydinpommeinansa (essive plural)
ydinpommikseen (singular translative)
ydinpommiksensa (singular translative)
ydinpommeikseen (plural translative)
ydinpommeiksensa (plural translative)
ydinpommittaan (abessive singular)
ydinpommittansa (abessive singular)
ydinpommeittaan (abessive plural)
ydinpommeittansa (abessive plural)
ydinpommeineen (comitative plural)
ydinpommeinensa (comitative plural)

ydin- (“nuclear”) + pommi (“bomb”); calque of English nuclear bomb


nuclear bomb

In the seaside town that they forgot to bomb / Come, come, come, nuclear bomb

1988, Morrissey (lyrics and music), “Everyday Is Like Sunday”, in Viva Hate:

Atomic bombings of Hiroshima and Nagasaki


nuclear weapon

LL-Q1860 (eng)-Flame, not lame-nuclear weapon.wav

When Kissinger went to Moscow on March 24 for four days of talks aimed at setting the agenda for Summit III, he reported that Brezhnev seemed to be confronting some of the same problems as we were of military opposition to a permanent agreement to limit offensive nuclear weapons. Thus we knew from the outset that it would be very difficult to produce a major SALT breakthrough at Summit III.

1978, Richard Nixon, “The Presidency 1973-1974”, in RN: the Memoirs of Richard Nixon, Grosset & Dunlap, →ISBN, →LCCN, →OCLC, →OL, page 1024:

Even if they managed to strike Japan, the United States or South Korea with nuclear weapons — a big if, given that they do not have a reliable delivery system — they could not save themselves from ultimate defeat.

2013 April 9, Andrei Lankov, “Stay Cool. Call North Korea’s Bluff.”, in New York Times:

A weapon that derives its energy from the nuclear reactions of either fission or fusion.

armë bërthamore

a weapon that derives its energy from the nuclear reactions of either fission or fusion


composite particle

en-noun

composite particle (plural composite particles)

(nuclear physics) A subatomic particle that is not an elementary particle, i.e. a hadron or an atomic nucleus.


nuclear magnetic resonance

nuclear magnetic resonance (uncountable)

electromagnetic radiation
electromagnetic radiation

magnetic resonance imaging
magnetic resonance imaging

(nuclear physics) The absorption of electromagnetic radiation (radio waves), at a specific frequency, by an atomic nucleus placed in a strong magnetic field; used in spectroscopy and in magnetic resonance imaging.

核磁共振

absorption of electromagnetic radiation by an atomic nucleus placed in a strong magnetic field


resonance

resonance (countable and uncountable, plural resonances)

From Old French resonance (French résonance), from Latin resonantia (“echo”), from resonō (“I resound”).

When experiments with the first ‘atom-smashers’ took place in the 1950s to 1960s, many short-lived heavier siblings of the proton and neutron, known as ‘resonances’, were discovered.

2004, Frank Close, Particle Physics: A Very Short Introduction, Oxford, page 35:

(nuclear physics) A short-lived subatomic particle or state of atomic excitation that results from the collision of atomic particles.


Pechblende

de-noun

Pechblende f (genitive Pechblende, no plural)

Pechblende (genitive)
Pechblende (nominative singular)
Pechblende (genitive singular)
Pechblende (dative singular)
Pechblende (accusative singular)

From Pech (“pitch”) + Blende (“blende”).


Strahlung

Strahlung f (genitive Strahlung, plural Strahlungen)

Strahlung (genitive)
Strahlungen (plural)
Strahlung (nominative singular)
Strahlungen (definite nominative plural)
Strahlung (genitive singular)
Strahlungen (definite genitive plural)
Strahlung (dative singular)
Strahlungen (dative definite plural)
Strahlung (accusative singular)
Strahlungen (accusative definite plural)


scintillate

en-verb

scintillate (third-person singular simple present scintillates, present participle scintillating, simple past and past participle scintillated)

scintillates (present singular third-person)
scintillating (participle present)
scintillated (participle past)
scintillated (past)

Borrowed from Latin scintillātus, past participle of scintillāre (“to sparkle, glitter, gleam, flash”), from scintilla (“a spark”).

(nuclear physics) Especially of a phosphor: to emit a flash of light upon absorbing ionizing radiation.


radioisotope

(physics) a radioactive isotope of an element


nuclide

From nucleus + -ide. Coined by American chemist Truman Kohman in 1947 in an article in the American Journal of Physics, in which he defines nuclide as "a species of atom characterized by the constitution of its nucleus, in particular by the numbers of protons and neutrons in its nucleus."

coin

(physics) An atomic nucleus specified by its atomic number and atomic mass.


radiochemistry

LL-Q1860 (eng)-Flame, not lame-radiochemistry.wav

(chemistry) The chemistry of radioactive substances.


nuclear fission

en-noun

nuclear fission (usually uncountable, plural nuclear fissions)

(nuclear physics) A nuclear reaction in which a large nucleus splits into smaller ones, sometimes accompanied by the simultaneous release of energy.


critical mass

critical mass (countable and uncountable, plural critical masses)

[…] Rhodes calculated the uranium bomb would eventually need “about 42 kilograms – 92.6 pounds,” which Rhodes then stated was approximately 2.8 critical masses. In other words, critical mass can be calculated to be about 15 kilograms.

2016, Carter Hydrick, Critical Mass […] , 3rd edition, TrineDay, →ISBN:

(nuclear physics) The minimum amount of fissile material needed to support a self-sustaining nuclear chain reaction.

tolz eizik

the minimum amount of fissile material needed to a nuclear chain reaction


sädehoito

sädehoito (nominative singular)
sädehoidot (nominative plural)
sädehoito (accusative nominative singular)
sädehoidot (accusative nominative plural)
sädehoidon (accusative genitive singular)
sädehoidot (accusative genitive plural)
sädehoidon (genitive singular)
sädehoitojen (genitive plural)
sädehoitoa (partitive singular)
sädehoitoja (partitive plural)
sädehoidossa (inessive singular)
sädehoidoissa (inessive plural)
sädehoidosta (elative singular)
sädehoidoista (elative plural)
sädehoitoon (illative singular)
sädehoitoihin (illative plural)
sädehoidolla (adessive singular)
sädehoidoilla (adessive plural)
sädehoidolta (ablative singular)
sädehoidoilta (ablative plural)
sädehoidolle (allative singular)
sädehoidoille (allative plural)
sädehoitona (essive singular)
sädehoitoina (essive plural)
sädehoidoksi (singular translative)
sädehoidoiksi (plural translative)
sädehoidotta (abessive singular)
sädehoidoitta (abessive plural)
sädehoidoin (instructive plural)
See the possessive forms below. (comitative)
sädehoitoni (nominative singular)
sädehoitoni (nominative plural)
sädehoitoni (accusative nominative singular)
sädehoitoni (accusative nominative plural)
sädehoitoni (accusative genitive singular)
sädehoitoni (accusative genitive plural)
sädehoitoni (genitive singular)
sädehoitojeni (genitive plural)
sädehoitoani (partitive singular)
sädehoitojani (partitive plural)
sädehoidossani (inessive singular)
sädehoidoissani (inessive plural)
sädehoidostani (elative singular)
sädehoidoistani (elative plural)
sädehoitooni (illative singular)
sädehoitoihini (illative plural)
sädehoidollani (adessive singular)
sädehoidoillani (adessive plural)
sädehoidoltani (ablative singular)
sädehoidoiltani (ablative plural)
sädehoidolleni (allative singular)
sädehoidoilleni (allative plural)
sädehoitonani (essive singular)
sädehoitoinani (essive plural)
sädehoidokseni (singular translative)
sädehoidoikseni (plural translative)
sädehoidottani (abessive singular)
sädehoidoittani (abessive plural)
sädehoitoineni (comitative plural)
sädehoitosi (nominative singular)
sädehoitosi (nominative plural)
sädehoitosi (accusative nominative singular)
sädehoitosi (accusative nominative plural)
sädehoitosi (accusative genitive singular)
sädehoitosi (accusative genitive plural)
sädehoitosi (genitive singular)
sädehoitojesi (genitive plural)
sädehoitoasi (partitive singular)
sädehoitojasi (partitive plural)
sädehoidossasi (inessive singular)
sädehoidoissasi (inessive plural)
sädehoidostasi (elative singular)
sädehoidoistasi (elative plural)
sädehoitoosi (illative singular)
sädehoitoihisi (illative plural)
sädehoidollasi (adessive singular)
sädehoidoillasi (adessive plural)
sädehoidoltasi (ablative singular)
sädehoidoiltasi (ablative plural)
sädehoidollesi (allative singular)
sädehoidoillesi (allative plural)
sädehoitonasi (essive singular)
sädehoitoinasi (essive plural)
sädehoidoksesi (singular translative)
sädehoidoiksesi (plural translative)
sädehoidottasi (abessive singular)
sädehoidoittasi (abessive plural)
sädehoitoinesi (comitative plural)
sädehoitomme (nominative singular)
sädehoitomme (nominative plural)
sädehoitomme (accusative nominative singular)
sädehoitomme (accusative nominative plural)
sädehoitomme (accusative genitive singular)
sädehoitomme (accusative genitive plural)
sädehoitomme (genitive singular)
sädehoitojemme (genitive plural)
sädehoitoamme (partitive singular)
sädehoitojamme (partitive plural)
sädehoidossamme (inessive singular)
sädehoidoissamme (inessive plural)
sädehoidostamme (elative singular)
sädehoidoistamme (elative plural)
sädehoitoomme (illative singular)
sädehoitoihimme (illative plural)
sädehoidollamme (adessive singular)
sädehoidoillamme (adessive plural)
sädehoidoltamme (ablative singular)
sädehoidoiltamme (ablative plural)
sädehoidollemme (allative singular)
sädehoidoillemme (allative plural)
sädehoitonamme (essive singular)
sädehoitoinamme (essive plural)
sädehoidoksemme (singular translative)
sädehoidoiksemme (plural translative)
sädehoidottamme (abessive singular)
sädehoidoittamme (abessive plural)
sädehoitoinemme (comitative plural)
sädehoitonne (nominative singular)
sädehoitonne (nominative plural)
sädehoitonne (accusative nominative singular)
sädehoitonne (accusative nominative plural)
sädehoitonne (accusative genitive singular)
sädehoitonne (accusative genitive plural)
sädehoitonne (genitive singular)
sädehoitojenne (genitive plural)
sädehoitoanne (partitive singular)
sädehoitojanne (partitive plural)
sädehoidossanne (inessive singular)
sädehoidoissanne (inessive plural)
sädehoidostanne (elative singular)
sädehoidoistanne (elative plural)
sädehoitoonne (illative singular)
sädehoitoihinne (illative plural)
sädehoidollanne (adessive singular)
sädehoidoillanne (adessive plural)
sädehoidoltanne (ablative singular)
sädehoidoiltanne (ablative plural)
sädehoidollenne (allative singular)
sädehoidoillenne (allative plural)
sädehoitonanne (essive singular)
sädehoitoinanne (essive plural)
sädehoidoksenne (singular translative)
sädehoidoiksenne (plural translative)
sädehoidottanne (abessive singular)
sädehoidoittanne (abessive plural)
sädehoitoinenne (comitative plural)
sädehoitonsa (nominative singular)
sädehoitonsa (nominative plural)
sädehoitonsa (accusative nominative singular)
sädehoitonsa (accusative nominative plural)
sädehoitonsa (accusative genitive singular)
sädehoitonsa (accusative genitive plural)
sädehoitonsa (genitive singular)
sädehoitojensa (genitive plural)
sädehoitoaan (partitive singular)
sädehoitoansa (partitive singular)
sädehoitojaan (partitive plural)
sädehoitojansa (partitive plural)
sädehoidossaan (inessive singular)
sädehoidossansa (inessive singular)
sädehoidoissaan (inessive plural)
sädehoidoissansa (inessive plural)
sädehoidostaan (elative singular)
sädehoidostansa (elative singular)
sädehoidoistaan (elative plural)
sädehoidoistansa (elative plural)
sädehoitoonsa (illative singular)
sädehoitoihinsa (illative plural)
sädehoidollaan (adessive singular)
sädehoidollansa (adessive singular)
sädehoidoillaan (adessive plural)
sädehoidoillansa (adessive plural)
sädehoidoltaan (ablative singular)
sädehoidoltansa (ablative singular)
sädehoidoiltaan (ablative plural)
sädehoidoiltansa (ablative plural)
sädehoidolleen (allative singular)
sädehoidollensa (allative singular)
sädehoidoilleen (allative plural)
sädehoidoillensa (allative plural)
sädehoitonaan (essive singular)
sädehoitonansa (essive singular)
sädehoitoinaan (essive plural)
sädehoitoinansa (essive plural)
sädehoidokseen (singular translative)
sädehoidoksensa (singular translative)
sädehoidoikseen (plural translative)
sädehoidoiksensa (plural translative)
sädehoidottaan (abessive singular)
sädehoidottansa (abessive singular)
sädehoidoittaan (abessive plural)
sädehoidoittansa (abessive plural)
sädehoitoineen (comitative plural)
sädehoitoinensa (comitative plural)


back end

Together, the MathDocument and PaperController classes comprise the MathPaper application's front end, while the Evaluator makes up the application's back end. This technique of having separate front and back ends is a common […]

2002, Simson Garfinkel, Michael K. Mahoney, Building Cocoa Applications: A Step-by-step Guide, "O'Reilly Media, Inc.", →ISBN, page 295:

(computing) That part of a hardware or software system that is farthest from the user; the internals rather than the user interface.

後端

computing: part of a system that is farthest from the user

(UK dialectal, Northern England, Scotland) The latter end of any given time, especially the latter part of the year; autumn; late autumn.

so-called “back end” deals is speculative at best. Ideally, the author or book publisher will secure a percentage of gross revenues rather than net profits, but such deals are rare indeed.

1995, Jonathan Kirsch, Kirsch's Handbook of Publishing Law, page 212:

How does the taking of “back end” compensation affect the creative control asserted by an actor?

2003, Melvin Simensky, Entertainment Law, page 1222:

That kind of money, he can get a piece of anybody's back end he wants." “It's an industry phrase. Means if the picture is a big hit, he gets a share of the profits, sometimes even a percentage of gross.

[…] Miramax was going to buy out the U.S. and Canadian rights to the picture and terminate everyone else's participation for a payout that included a guaranteed amount for the back end, as well as bonuses if the film exceeded certain levels of U.S. box office performance.

2013, Peter Biskind, Down and Dirty Pictures:

(entertainment, etc.) Money paid on a contingent deferred basis, for example, as a proportion of the profits or revenue of a work.

The processing of spent fuel from a nuclear reactor into reusable materials.


strong nuclear interaction

strong nuclear interaction (plural strong nuclear interactions)

fundamental interaction
fundamental interaction

strong nuclear force
strong nuclear force

(nuclear physics) the fundamental interaction responsible for the strong nuclear force


enrichment

enrichment (countable and uncountable, plural enrichments)


enrich

en-verb

enrich (third-person singular simple present enriches, present participle enriching, simple past and past participle enriched)

enriches (present singular third-person)
enriching (participle present)
enriched (participle past)
enriched (past)

From Middle English enrichen, from Anglo-Norman enrichir and Old French enrichier.

(physics, transitive) To increase the amount of one isotope in a mixture of isotopes, especially in a nuclear fuel. [from 20th c.]

verryk

to increase the amount of one isotope in a mixture of isotopes


quantum chromodynamics

quantum field theory
quantum field theory

(quantum mechanics) A quantum field theory in particle physics which describes the strong interaction of quarks and gluons employing the concept of color charge.


short-lived

en-adj

short-lived (comparative shorter-lived, superlative shortest-lived)

shorter-lived (comparative)
shortest-lived (superlative)

From short + lived (“having a life, lifed”), equivalent to short + life + -ed. Compare Middle English short-livi, sort-levi (“short-lived”).

Of a radioisotope (or by extension radioelement): having a short half-life.


spinthariscope

From Ancient Greek σπινθαρίς (spintharís, “spark”) + -scope.

der

(historical) An early device for observing individual nuclear disintegrations.


gravitational collapse

en-noun

gravitational collapse (countable and uncountable, plural gravitational collapses)

The stage in the evolution of a star in which the pressure of the star is insufficient to maintain it at a stable size, and its material falls inward under its own gravity, eventually forming a black hole or a neutron star, and sometimes accompanied by a supernova explosion.


alpha emitter

(physics) a radioactive substance that decays by emitting alpha particles


beta emitter

A radioactive substance emitting beta particles.


fission

fission (countable and uncountable, plural fissions)

Borrowed from Latin fissiōnem, accusative singular of fissiō (“the act of breaking up”), from findō (“split, divide”).

(nuclear physics) Short for nuclear fission: The process of splitting the nucleus of an atom into smaller particles.


fission

head

fission c (singular definite fissionen, plural indefinite fissioner)

fissionen (definite singular)
fissioner (indefinite plural)
fission (indefinite nominative singular)
fissionen (definite nominative singular)
fissioner (indefinite nominative plural)
fissionerne (definite nominative plural)
fissions (genitive indefinite singular)
fissionens (definite genitive singular)
fissioners (genitive indefinite plural)
fissionernes (definite genitive plural)


radioscopy

examination of objects by the use of X-rays; radiology


starquake

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Astronomers call the sudden changes in the neutron star starquakes. The energy released in a starquake is enormous and flows out from the star into the space surrounding it. After the 1969 starquake on the Crab pulsar, a wave of energy was seen to flow outwards, rippling through the centre of the Crab Nebula.

1985, Paul Murdin, Lesley Murdin, New Astronomy, page 131:

2000, Richard I. Epstein, Bennett Link, Starquake-Induced Glitches in Pulsars, Kwong-Sang Cheng H, F, Chau, K. L. Chan, K. C. Leung (editors), Stellar Astrophysics: Proceedings of the Pacific Rim Conference, page 96,
Starquakes in slowing neutron stars drive matter toward the magnetic poles, distort the star's shape, and excite precession.

2000, Carl Sagan, Jerome Agel, Carl Sagan's Cosmic Connection: An Extraterrestrial Perspective [new edition of 1973, The Cosmic Connection], page 260,
Should the core be solid, starquakes are expected — a shifting of the matter under enormous stress in the interior of the star. Such starquakes should produce a discontinuous change in the period of rotation of the neutron star. Such changes, called "glitches," are observed.

(astronomy) A violent tremor or quake that occurs on or near the surface of a star, especially a collapsed star.


magnetar

Blend of magnet + pulsar. Analyzable as magnet + -ar.

This signal could be detected with Advanced LIGO-class detectors up to the distance of the Virgo cluster, where ≥ 1 yr⁻¹ magnetars are expected to form.

2007, S. Dall'Osso, L. Stella, “Newborn magnetars as sources of gravitational radiation: constraints from high energy observations of magnetar candidates”, in Silvia Zane, Roberto Turolla, Dany Page, editors, Isolated Neutron Stars: From the Surface to the Interior, page 119:

2008, W. Becker, F, Haberl, J Trümper, 14: Pulsars and Isolated Neutron Stars, Joachim E. Trümper, Günther Hasinger (editors), The Universe in X-Rays, page 193,
The radio-silent neutron stars include anomalous X-ray pulsars (AXPs), soft gamma-ray repeaters (SGRs), and “quiescent” neutron star candidates in SNRs. There is growing evidence that AXPs and SGRs are indeed magnetars (see [109] for a review).

One of most mysterious feature[s] of magnetars is their X-ray luminosities, which always exceed the rotational energy loss. Thus, the energy source of the radiation of magnetars is a mysterious question.

2011, Yukikatsu Terada, Tadayasu Dotani, “The International X-ray Observatiry and other X-ray missions, expectations for pulsar physics”, in Nanda Rea, Diego F. Torres, editors, High-Energy Emission from Pulsars and Their Systems: Proceedings of the First Session of the Sant Cugat Forum on Astrophysics, page 576:

(astronomy) A neutron star or pulsar with an extremely powerful magnetic field, especially those on which starquakes occur, thought to be the source of some gamma-ray bursts.


magnetar

magnetar (nominative singular)
magnetary (nominative plural)
magnetara (genitive singular)
magnetarów (genitive plural)
magnetarowi (dative singular)
magnetarom (dative plural)
magnetar (accusative singular)
magnetary (accusative plural)
magnetarem (instrumental singular)
magnetarami (instrumental plural)
magnetarze (locative singular)
magnetarach (locative plural)
magnetarze (singular vocative)
magnetary (plural vocative)

(astronomy) magnetar (neutron star or pulsar with an extremely powerful magnetic field, especially those on which starquakes occur, thought to be the source of some gamma-ray bursts)


pulsar

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Blend of pulsating + (radio) star, patterned after quasar. Coined by British astronomers Antony Hewish and Jocelyn Bell in 1968, and first used in print in The Daily Telegraph. Analyzable as pulse + -ar

coin

(astronomy) A rotating neutron star that emits radio pulses periodically.

Antony Hewish
Jocelyn Bell Burnell
The Daily Telegraph
en:pulsar


pulsar

pulsar (nominative singular)
pulsary (nominative plural)
pulsara (genitive singular)
pulsarów (genitive plural)
pulsarowi (dative singular)
pulsarom (dative plural)
pulsar (accusative singular)
pulsary (accusative plural)
pulsarem (instrumental singular)
pulsarami (instrumental plural)
pulsarze (locative singular)
pulsarach (locative plural)
pulsarze (singular vocative)
pulsary (plural vocative)

(astronomy) pulsar (rotating neutron star that emits radio pulses periodically)


radiation poisoning

en-noun

radiation poisoning (usually uncountable, plural radiation poisonings)

radiation sickness
radiation sickness#English


radiation sickness

radiation sickness (countable and uncountable, plural radiation sicknesses)

(medicine, pathology) Any illness produced by ionizing radiation with symptoms ranging from nausea to death.


uran-

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absorbed dose

(physics) The amount of energy imparted by nuclear (or ionizing) radiation to unit mass of absorbing material. Units of measure include the gray, the rad, and their derivatives (e.g., centigray, millirad).

geabsorbeerde dosis

amount of energy imparted by nuclear radiation

gray

the SI unit of measurement of this phenomenon


urano-

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glove box

There's a map in the glovebox.

So I went for the shotgun in the Hilux, but could only find one rat-shot shell in the glove box.

2005, Paul Carter, Don't Tell Mum I Work on the Rigs, Crows Nest: Allen and Unwin, page 25:

(automotive) A small compartment with a door on the dashboard of a car, usually on passenger side, used to store (and sometimes lock) items.

A plastic box or similar enclosure containing a controlled environment, with rubber gloves fastened around holes in the front of the box through which a person can manipulate things in the box without introducing outside contamination; an isolator.

hansikaskaappi

plastic box with rubber gloves fastened around holes


radiology

(medicine) The specialty of medical imaging and its interpretation, originally and especially radiography but now including all imaging modalities, including ones that use no radiation (such as ultrasonography and magnetic resonance imaging).


fallout

fallout (countable and uncountable, plural fallouts)

It was 5 February 2010 and Safdar had already dealt with the fallout of one explosion that day: an hour before, a motorbike laden with explosives had slammed into a bus carrying Shia Muslims to a religious procession.

2017 April 6, Samira Shackle, “On the frontline with Karachi’s ambulance drivers”, in the Guardian:

The event of small airborne particles falling to the ground in significant quantities as a result of major industrial activity, volcano eruption, sandstorm, nuclear explosion, etc.

uitval

event of airborne particles falling to the ground


uranium nitride

uranium nitride (plural uranium nitrides)

(chemistry) an insoluble binary compound or uranium and nitrogen, (UN)ₙ, used as fuel rods in nuclear reactors


protostar

/ˈpɹəʊtə(ʊ)stɑː/

-əʊtəʊstɑː(ɹ)

-əʊtəstɑː(ɹ)

From proto- + star. Compare later protostellar.

(astronomy) A collection of gas and dust in space with high temperature that usually grows to the point of beginning nuclear fusion and becoming a star.


primordial

From the Latin prīmōrdiālis (“of the beginning”). Compare primordium and -al.

Of an element or isotope: occurring primordially (on Earth) (i.e. inherited from when the Earth was formed); because it is stable, or radioactive but so long-lived that some is left over from when the Earth was formed. For example, primordial radioisotopes (T = half-life in years) include uranium-235 (T = 7×10⁸), potassium-40 (T = 1.25×10⁹), uranium-238 (T = 4.5×10⁹), and thorium-232 (T = 1.4×10¹⁰).


hot spot

пизэке

place notable for a high level of activity or danger

A location which has a higher temperature or amount of radiation than surrounding areas.

(nuclear physics) An area of high radioactive contamination.


thoric

(inorganic chemistry) relating to, or containing thorium


kerma

kerma (countable and uncountable, plural kermas)

Acronym for kinetic energy released in matter.

(physics) The sum of the initial kinetic energies of all the charged particles liberated by uncharged ionizing radiation (neutrons and photons) in a sample of matter, divided by the mass of the sample.


radiogenetics

The study of the genetic effects of radiation.


radiohalo

A microscopic spherical disturbance in a rock caused by a grain of radioactive material.


radiferous

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containing radium (or other material used for radiotherapy)

(chemistry) constituting radium (esp. barium salts)


radon seed

A small glass or gold tube, containing radon gas, implanted in a patient as radiotherapy.


radioluminescence

radioluminescence (usually uncountable, plural radioluminescences)

luminescence produced by bombardment with ionizing radiation


radioassay

An assay of an ore or some other radioactive sample to determine the intensity of its radiation.


radioprotector

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(chemistry) A substance, such as potassium iodide, that provides some protection against the harmful effects of radiation.


dolar

pl-noun

dolar m animal (related adjective dolarowy, abbreviation dol.)

dolarowy (adjective)
dol. (abbreviation)
dolar (nominative singular)
dolary (nominative plural)
dolara (genitive singular)
dolarów (genitive plural)
dolarowi (dative singular)
dolarom (dative plural)
dolara (accusative singular)
dolary (accusative plural)
dolarem (instrumental singular)
dolarami (instrumental plural)
dolarze (locative singular)
dolarach (locative plural)
dolarze (singular vocative)
dolary (plural vocative)

→ Kashubian: dolar

Borrowed from English dollar. Doublet of talar. First attested in 1796. Compare Silesian dolar.

ref

Gazeta Krakowska (in Polish), number 50, 1796 July 26, page 2

(nuclear physics) dollar (unit of reactivity equal to the interval between delayed criticality and prompt criticality)


isotope shift

(nuclear physics) a small difference in the transition energies of isotopes that corresponds to a given spectral line transition


isotone

Reinterpretation of the p in isotope as standing for proton, leading to a replacement with the letter n for neutron. Coined by German physicist Kurt Guggenheimer in 1934.

coin

(nuclear physics) Any of a number of nuclides of different elements that have the same number of neutrons.


radiocarbon

A radioactive isotope of carbon, especially ¹⁴₆C


radiocarbon dating

en-noun

radiocarbon dating (usually uncountable, plural radiocarbon datings)

(physics, archaeology, paleontology) A method of estimating the age of an artifact or biological vestige based on the relative amounts of the different isotopes of carbon present in a sample.


radiosterilization

(medicine) The sterilization (either of an organism, or a surgical implement) by ionizing radiation such as X-rays or gamma rays.


(physics) The radioactive isotope of strontium, ⁹⁰₃₈Sr, that is present in the fallout from nuclear explosions and, being chemically similar to calcium, accumulates in the bones

стронций-90

стронций-девяносто


magic number

(nuclear physics) The number of neutrons or protons in nuclei which are required to fill the major quantum shells, and thus produce exceptionally stable nuclei: 2, 8, 20, 28, 50, 82 and 126.


nuclear magneton

nuclear magneton (plural nuclear magnetons)

(nuclear physics, electromagnetism) The unit of magnetic moment used to describe nucleons such as the proton.


rainout

rainout (countable and uncountable, plural rainouts)

(uncountable) Nuclear fallout deposited by means of rain.


binding energy

binding energy (countable and uncountable, plural binding energies)

(physics) The energy needed to separate the constituent parts of an atom or nucleus; equivalent to the mass defect.


mass defect

(physics) the difference between the mass of an atom and the sum of the masses of its individual components in the free state; equivalent to the binding energy

massavaje

difference between the mass of an atom and that of its components


atomic pile

From the fact that the first nuclear reactor, at the University of Chicago in 1942-1943, was literally constituted by a tall pile (heap) of graphite moderator blocks. Compare also charcoal pile, a traditional improvised kiln used in charcoal making, which uses a similar basic design to contain a volatile process. The fact that English pile also is related to French pile (“battery”) (with senses of a collection of components and a power source, often both coinstantiated) has also been noted as an interesting nexus of word roots and semantic themes.

1948 The second atomic pile at the Government's research establishment at Harwell […] is expected to be brought into use this summer – The Times (London), May 11 1948, pg 2 col A

(nuclear physics) An early nuclear reactor fueled by uranium and moderated with graphite.

mile

an early nuclear reactor fueled by uranium and moderated with graphite

nuclear stockpile

semantically quite different from a nuclear pile


nuclear aircraft

nuclear aircraft (plural nuclear aircraft)

A proposed aircraft that would be powered by nuclear energy.


nuclear energy

The energy released by a nuclear reaction; either through nuclear fission or nuclear fusion


nuclear reactor

nuclear reactor (plural nuclear reactors)

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Some newspapers in the United States, in Japan, and in South Korea printed photographs of North Korean nuclear reactors and nuclear plants, photos that were said to have been taken by U.S. military satellites. Most of the exposures were from a nuclear research establishment at Ninghian Chun in Pingan Beidao, only 80 km from Pyongyang.

1993 August 9 [1993 April 8], Zhongqing Tian, “Change in Overall Situation on the Korean Peninsula”, in JPRS Report China, number 93-057, United States Joint Publications Research Service, →OCLC, page 7, column 2:

(physics) Any device in which a controlled chain reaction is maintained for the purpose of creating heat (for power generation) or for creating neutrons and other fission products for experimental, medical or other purposes.


moderator

/ˈmɒdəˌɹeɪtə(ɹ)/

Learned borrowing from Latin moderātor. First attested as Middle English moderatour.

(nuclear physics) A substance (often water or graphite) used to decrease the speed of fast neutrons in a nuclear reactor and hence increase likelihood of fission.


moderator

moderator (indefinite nominative singular)
moderators (genitive indefinite singular)
moderatorn (definite nominative singular)
moderatorns (definite genitive singular)
moderatorer (indefinite nominative plural)
moderatorers (genitive indefinite plural)
moderatorerna (definite nominative plural)
moderatorernas (definite genitive plural)


hydrogen warhead

hydrogen warhead (plural hydrogen warheads)

a small thermonuclear device in the warhead of a missile


astatane

(inorganic chemistry) astatine hydride or hydrogen astatide, HAt.


polane

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(chemistry) polonium hydride, PoH₂ or H₂Po


helium dating

(archaeology) a method of determining the age of rock that depends on the production of helium during the decay of various radioactive isotopes of uranium and thorium.


helium fusion

(nuclear physics) nuclear fusion involving helium nuclei.


helium flash

(astronomy) The sudden beginning of the burning of helium in the core of stars of intermediate mass or on the surface of an accreting white dwarf.


neutron optics

(physics) The general field of study that employs the wavelike character of neutrons.


neutron interferometer

neutron interferometer (plural neutron interferometers)

(quantum mechanics, nuclear physics) a device capable of diffracting neutrons and studying their wavelike characteristics

quantum mechanics; nuclear physics; quantum mechanics; nuclear physics


neutron scattering

(physics) any of several techniques that use the wavelike behaviour of neutrons as a scientific probe


neutron spectrometry

(physics) The field of study in which neutrons are used as a probe for measuring the excited states of nuclides.


neutron diffraction

neutron diffraction (countable and uncountable, plural neutron diffractions)

(physics) The interference process which occurs when neutrons are scattered by the atoms within solids, liquids and gases.


GRB

(astronomy) Initialism of gamma-ray burst.


atomic battery

atomic battery (plural atomic batteries)

(physics) any device that converts the energy of particles emitted from atomic nuclei into electrical energy


nuclear battery

nuclear battery (plural nuclear batteries)

(physics) Any device that converts the energy of particles emitted from atomic nuclei into electrical energy.


nuclear quadrupole resonance

nuclear magnetic resonance
nuclear magnetic resonance

(nuclear physics, chemistry) A technique, related to nuclear magnetic resonance, that allows detection of transitions of atomic nuclei in the absence of a magnetic field.


nuclear chemistry

(chemistry) The application of chemical techniques to the solution of problems in nuclear physics, including the discovery of naturally occurring and synthetic radioactive elements and the results of nuclear fission.


nucleosynthesis

nucleosynthesis (countable and uncountable, plural nucleosyntheses)

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(physics, astronomy) Any of several processes that lead to the synthesis of heavier atomic nuclei.

nucleosynthese

process that leads to synthesis in stars


carbon burning

(physics, astronomy) the nucleosynthesis process, in stars of greater than 8 solar mass that have exhausted their helium supply, in which carbon is converted to neon, sodium, magnesium and other elements


silicon burning

(physics, astronomy) the nucleosynthesis process, in stars where temperatures exceed 3x10⁹K, in which silicon undergoes photodisintegration to form fragments which in turn produce elements of atomic number up to 60, peaking at iron


hydrogen burning

(physics, astronomy) the nucleosynthesis process, in stars of less than 1.2 solar mass, in which hydrogen is converted to helium, deuterium and some lithium

Wasserstoffbrennen

process, in which hydrogen is converted to helium


CNO cycle

carbon-nitrogen-oxygen cycle
carbon-nitrogen-oxygen cycle


LiBeB process

(physics, astronomy) Any nucleosynthesis process, the details of which are unclear, that accounts for the light elements lithium, berylium and boron which cannot survive in stellar interiors because they are destroyed by proton capture.


nuclear physics

‘Revelation’, to a philosopher such as Plotinus, was not merely irrational: it led to second-rate counterfeits of traditional academic philosophical culture. It was as if the inhabitants of an underdeveloped country were to seek to catch up with western technology by claiming to have learnt nuclear physics through dreams and oracles.

1971, Peter Brown, The World of Late Antiquity: AD 150—750, Thames & Hudson LTD, published 2013, →ISBN, page 53:

The branch of physics that studies the nucleus of the atom, its internal structure and components.


s-process

(nuclear physics, astrophysics) the relatively slow nucleosynthesis process, in giant stars, in which neutron capture synthesizes elements up to atomic mass number 210 (at which point alpha decay becomes a deterrent to further building).


helium burning

(physics, astronomy) the nucleosynthesis process, in stars with temperatures over 10⁸K, in which helium is converted to carbon and then to oxygen, neon and magnesium

Heliumbrennen

process, in which helium is converted to carbon


oxygen burning

oxygen burning (usually uncountable, plural oxygen burnings)

(physics, astronomy) The nucleosynthesis process, subsequent to carbon burning, in which neon disintegrates to oxygen which subsequently fuses to form silicon, phosphorus sulfur and other elements of atomic number up to 40.


r-process

(nuclear physics, astrophysics) The relatively rapid nucleosynthesis process, in supernovae, in which a large neutron flux allows rapid neutron capture and synthesis of elements up to the transuranic elements.


carbon-nitrogen-oxygen cycle

(physics, astronomy) A group of nuclear reactions, that involve the interaction of protons with carbon, nitrogen and oxygen nuclei, thought to be the main source of energy in main-sequence stars of greater than 1.4 solar mass.

ciclo del carbonio-azoto

a group of nuclear reactions thought to be the main source of energy in main-sequence stars of greater than 1.4 solar mass


inti

id-noun

inti (first-person possessive intiku, second-person possessive intimu, third-person possessive intinya)

intiku (first-person possessive)
intimu (possessive second-person)
intinya (possessive third-person)

(chemistry, nuclear physics) short for inti atom (“atomic nucleus”).

core
short for inti atom (“atomic nucleus”).


strong interaction

en-noun

strong interaction (plural strong interactions)

(physics) The kind of interaction caused by the strong force.


organoactinide

organometallic compound
organometallic compound

(chemistry) any organometallic compound of an actinide, especially one having an unusually high coordination number


ICF

inertial confinement fusion
inertial confinement fusion#English

Initialism of inertial confinement fusion.


uranous

(chemistry) Containing uranium in lower valences than uranic compounds.


uranic

(chemistry) Containing uranium in higher valences than uranous compounds.

From many other places in the classics the impression may be won that Uranic love attained a higher position even than her sister. More recent explanations of the homosexual instinct have emanated from philosophers, psychologists and natural scientists.

1894, Richard Krafft-Ebing (trans F. J. Rebman), Psychopathia Sexualis, page 341

The patriotic assassination that so glorified Harmodios and Aristogeiton was in a vengeance for what was a homosexual marriage, we may say, between the two youths—whose uranic love was so virilized.

1908, Edward Prime-Stevenson, The Intersexes A History of Similisexualism as a Problem in Social Life, page 189:

But the fact was that ever since Frederick the Great had forbidden women to his Praetorian Guard in the 1750s, obliging the guards to seek the company of boys for their pleasure, Berlin had been identified with soldierly inversion and uranic sexuality. Paragraph 175 of the Federal Criminal Code still forbade all homosexual activity but there were so many male prostitutes in Berlin […] that the law was more or less unenforceable.

(rare, historical) Of, related to, or characteristic of male same-sex erotic desire and relationships; homosexual.


-ón

es-noun

-ón m (noun-forming suffix, plural -ones)

Borrowed from English -on, a suffix extracted from electron, originally a blend of electric + ion, named by Irish physicist George Johnstone Stoney.

protón, electrón, neutrón, bosón, hadrón

(nuclear physics) ending of most or every subatomic particle


long-lived

en-adj

long-lived (comparative more long-lived, superlative most long-lived)

more long-lived (comparative)
most long-lived (superlative)

From Middle English long-lifed, equivalent to long + life + -ed.

Of a radioisotope: having a long half-life


teletherapy

en-noun

teletherapy (countable and uncountable, plural teletherapies)

From tele- + therapy; formed circa the 1940s.

Coordinate term: brachytherapy

Radiotherapy using a source of ionizing radiation at some distance from the patient, typically tens of centimetres.


brachytherapy

brachytherapy (countable and uncountable, plural brachytherapies)

From Ancient Greek βραχύς (brakhús, “short, not far off”) + θεραπεία (therapeía, “attendance, treatment, healing, service”); brachy- + therapy.

der

Coordinate term: teletherapy

Radiotherapy using radioactive sources positioned within (or close to) the treatment volume, typically with radiopharmaceuticals as opposed to external-beam sources.


lithium deuteride

thermonuclear weapon
thermonuclear weapon

(inorganic chemistry) a form of lithium hydride in which the normal hydrogen is replaced with deuterium; used in thermonuclear weapons


(physics) a radioactive isotopes of carbon, ¹⁴₆C, having six protons and eight neutrons; it is used in radiocarbon dating


carbon dating

en-noun

carbon dating (countable and uncountable, plural carbon datings)


brown dwarf

brown dwarf (plural brown dwarfs or brown dwarves)

brown dwarfs (plural)
brown dwarves (plural)

(astronomy) A starlike object that contracts to about the volume of Jupiter after its formation phase; its mass may range from several times that of Jupiter, such that it fuses deuterium, up to just below the threshold of sustained hydrogen fusion.


pleochroic halo

pleochroic halo (plural pleochroic halos or pleochroic haloes)

pleochroic halos (plural)
pleochroic haloes (plural)

(geology) A microscopic spherical region in which there is a change in color from the surrounding mineral; due to radiation damage from alpha particles.


uranium hexafluoride

uranium hexafluoride (plural uranium hexafluorides)

(chemistry) a binary compound of uranium and fluorine, UF₆; it is a grey solid, or heavy gas, and is used in the uranium enrichment process to produce fuel for nuclear reactors or nuclear weapons

किरणातु षटतरस्विनेय

binary compound of uranium and fluorine, UF6


ferm

ferm (nominative singular)
fermu (genitive singular)
fermowi (dative singular)
ferm (accusative singular)
fermem (instrumental singular)
fermie (locative singular)
fermie (singular vocative)

Learned borrowing from New Latin fermium.

lbor

fermium (transuranic chemical element (symbol Fm) with an atomic number of 100)


weapons-grade

For 75 years, it has fulfilled a wide range of roles: producing weapons-grade plutonium for early atomic weapons in the aftermath of the Second World War; the world's first commercial nuclear power station supplying electricity to the National Grid; reprocessing and storage of nuclear fuel; and the processing of lower grades of radioactive waste for off-site storage.

2023 December 27, Ben Jones, “Inside Sellafield... by rail”, in RAIL, number 999, page 20:

(of a radioactive or other substance) Of a purity suitable for the manufacture of weapons.


actinobiology

The study of the effects of radiation upon living organisms.


Kernkraft

de-noun

Kernkraft f (genitive Kernkraft, no plural)

Kernkraft (genitive)
Kernkraft (nominative singular)
Kernkraft (genitive singular)
Kernkraft (dative singular)
Kernkraft (accusative singular)

From Kern (“nucleus”) + Kraft (“force”).

nuclear power (power from nuclear reactions)


irradiate

en-verb

irradiate (third-person singular simple present irradiates, present participle irradiating, simple past and past participle irradiated)

irradiates (present singular third-person)
irradiating (participle present)
irradiated (participle past)
irradiated (past)
irradiate (infinitive)

/ɪˈɹeɪdɪeɪt/

From Middle English irradiate (“illuminated, shining”) (more at etymology 1), see -ate (verb-forming suffix).

облъчвам

to apply radiation other than visible light to (someone or something); to treat (food) with ionizing radiation to destroy pathogens; to treat (a patient, or a cancerous growth or tumour) with radiation

To send out (heat, light, or some other form of radiation) in the form of rays; to radiate.

An inherent protection in labeling of the shipping containers will be the prevention of irradiating the commodity again, insuring that the produce has been treated within the safety limits established by the FDA [Food and Drug Administration].

1985 November 18, J. Richard Graves, jr., witness, “Statement of J. Richard Graves, jr., Chairman, Government Relations Committee, United Fresh Fruit and Vegetable Association”, in Federal Food Irradiation Development and Control Act of 1985: Hearing before the Subcommittee on Department Operations, Research, and Foreign Agriculture of the Committee on Agriculture, House of Representatives, Ninety-Ninth Congress, First Session on H.R. 696 […] (Serial No. 99-14), Washington, D.C.: U.S. Government Printing Office, published 1986, →OCLC, page 100:

(technology) To apply radiation other than visible light to (someone or something).

To treat (food) with ionizing radiation to destroy pathogens.

(medicine) To treat (a patient, or a cancerous growth or tumour) with radiation.


radiation biology

(physics, biology) The study of the effect of ionizing and nonionizing radiation on biological systems.


radiation hardening

(physics, chemistry) The protection of semiconductor devices from the effects of ionizing radiation.


radiation therapy

(medicine) The use of ionizing radiation to treat disease, especially cancer.


radiation shielding

physical barriers designed to provide protection from the effects of ionizing radiation, including radioactive material


radioecology

the study of the fate and effects of radioactive materials in the environment


radioactive fallout

en-noun

radioactive fallout (countable and uncountable, plural radioactive fallouts)


radioactive tracer

radioactive tracer (plural radioactive tracers)

(physics, chemistry, medicine) A radioactive isotope which, when injected into a chemically similar substance, or artificially attached to a biological or physical system, can be traced by radiation detection devices.


fissio

fissio (nominative singular)
fissiot (nominative plural)
fissio (accusative nominative singular)
fissiot (accusative nominative plural)
fission (accusative genitive singular)
fissiot (accusative genitive plural)
fission (genitive singular)
fissioiden (genitive plural)
fissioitten (genitive plural)
fissiota (partitive singular)
fissioita (partitive plural)
fissiossa (inessive singular)
fissioissa (inessive plural)
fissiosta (elative singular)
fissioista (elative plural)
fissioon (illative singular)
fissioihin (illative plural)
fissiolla (adessive singular)
fissioilla (adessive plural)
fissiolta (ablative singular)
fissioilta (ablative plural)
fissiolle (allative singular)
fissioille (allative plural)
fissiona (essive singular)
fissioina (essive plural)
fissioksi (singular translative)
fissioiksi (plural translative)
fissiotta (abessive singular)
fissioitta (abessive plural)
fissioin (instructive plural)
See the possessive forms below. (comitative)
fissioni (nominative singular)
fissioni (nominative plural)
fissioni (accusative nominative singular)
fissioni (accusative nominative plural)
fissioni (accusative genitive singular)
fissioni (accusative genitive plural)
fissioni (genitive singular)
fissioideni (genitive plural)
fissioitteni (genitive plural)
fissiotani (partitive singular)
fissioitani (partitive plural)
fissiossani (inessive singular)
fissioissani (inessive plural)
fissiostani (elative singular)
fissioistani (elative plural)
fissiooni (illative singular)
fissioihini (illative plural)
fissiollani (adessive singular)
fissioillani (adessive plural)
fissioltani (ablative singular)
fissioiltani (ablative plural)
fissiolleni (allative singular)
fissioilleni (allative plural)
fissionani (essive singular)
fissioinani (essive plural)
fissiokseni (singular translative)
fissioikseni (plural translative)
fissiottani (abessive singular)
fissioittani (abessive plural)
fissioineni (comitative plural)
fissiosi (nominative singular)
fissiosi (nominative plural)
fissiosi (accusative nominative singular)
fissiosi (accusative nominative plural)
fissiosi (accusative genitive singular)
fissiosi (accusative genitive plural)
fissiosi (genitive singular)
fissioidesi (genitive plural)
fissioittesi (genitive plural)
fissiotasi (partitive singular)
fissioitasi (partitive plural)
fissiossasi (inessive singular)
fissioissasi (inessive plural)
fissiostasi (elative singular)
fissioistasi (elative plural)
fissioosi (illative singular)
fissioihisi (illative plural)
fissiollasi (adessive singular)
fissioillasi (adessive plural)
fissioltasi (ablative singular)
fissioiltasi (ablative plural)
fissiollesi (allative singular)
fissioillesi (allative plural)
fissionasi (essive singular)
fissioinasi (essive plural)
fissioksesi (singular translative)
fissioiksesi (plural translative)
fissiottasi (abessive singular)
fissioittasi (abessive plural)
fissioinesi (comitative plural)
fissiomme (nominative singular)
fissiomme (nominative plural)
fissiomme (accusative nominative singular)
fissiomme (accusative nominative plural)
fissiomme (accusative genitive singular)
fissiomme (accusative genitive plural)
fissiomme (genitive singular)
fissioidemme (genitive plural)
fissioittemme (genitive plural)
fissiotamme (partitive singular)
fissioitamme (partitive plural)
fissiossamme (inessive singular)
fissioissamme (inessive plural)
fissiostamme (elative singular)
fissioistamme (elative plural)
fissioomme (illative singular)
fissioihimme (illative plural)
fissiollamme (adessive singular)
fissioillamme (adessive plural)
fissioltamme (ablative singular)
fissioiltamme (ablative plural)
fissiollemme (allative singular)
fissioillemme (allative plural)
fissionamme (essive singular)
fissioinamme (essive plural)
fissioksemme (singular translative)
fissioiksemme (plural translative)
fissiottamme (abessive singular)
fissioittamme (abessive plural)
fissioinemme (comitative plural)
fissionne (nominative singular)
fissionne (nominative plural)
fissionne (accusative nominative singular)
fissionne (accusative nominative plural)
fissionne (accusative genitive singular)
fissionne (accusative genitive plural)
fissionne (genitive singular)
fissioidenne (genitive plural)
fissioittenne (genitive plural)
fissiotanne (partitive singular)
fissioitanne (partitive plural)
fissiossanne (inessive singular)
fissioissanne (inessive plural)
fissiostanne (elative singular)
fissioistanne (elative plural)
fissioonne (illative singular)
fissioihinne (illative plural)
fissiollanne (adessive singular)
fissioillanne (adessive plural)
fissioltanne (ablative singular)
fissioiltanne (ablative plural)
fissiollenne (allative singular)
fissioillenne (allative plural)
fissionanne (essive singular)
fissioinanne (essive plural)
fissioksenne (singular translative)
fissioiksenne (plural translative)
fissiottanne (abessive singular)
fissioittanne (abessive plural)
fissioinenne (comitative plural)
fissionsa (nominative singular)
fissionsa (nominative plural)
fissionsa (accusative nominative singular)
fissionsa (accusative nominative plural)
fissionsa (accusative genitive singular)
fissionsa (accusative genitive plural)
fissionsa (genitive singular)
fissioidensa (genitive plural)
fissioittensa (genitive plural)
fissiotaan (partitive singular)
fissiotansa (partitive singular)
fissioitaan (partitive plural)
fissioitansa (partitive plural)
fissiossaan (inessive singular)
fissiossansa (inessive singular)
fissioissaan (inessive plural)
fissioissansa (inessive plural)
fissiostaan (elative singular)
fissiostansa (elative singular)
fissioistaan (elative plural)
fissioistansa (elative plural)
fissioonsa (illative singular)
fissioihinsa (illative plural)
fissiollaan (adessive singular)
fissiollansa (adessive singular)
fissioillaan (adessive plural)
fissioillansa (adessive plural)
fissioltaan (ablative singular)
fissioltansa (ablative singular)
fissioiltaan (ablative plural)
fissioiltansa (ablative plural)
fissiolleen (allative singular)
fissiollensa (allative singular)
fissioilleen (allative plural)
fissioillensa (allative plural)
fissionaan (essive singular)
fissionansa (essive singular)
fissioinaan (essive plural)
fissioinansa (essive plural)
fissiokseen (singular translative)
fissioksensa (singular translative)
fissioikseen (plural translative)
fissioiksensa (plural translative)
fissiottaan (abessive singular)
fissiottansa (abessive singular)
fissioittaan (abessive plural)
fissioittansa (abessive plural)
fissioineen (comitative plural)
fissioinensa (comitative plural)

Internationalism (see English fission), ultimately from Latin fissiō.


thermalize

en-verb

thermalize (third-person singular simple present thermalizes, present participle thermalizing, simple past and past participle thermalized)

thermalizes (present singular third-person)
thermalizing (participle present)
thermalized (participle past)
thermalized (past)

To lower the speed and kinetic energy of fast neutrons in a nuclear reactor by use of a moderator, and thus increase the efficiency of fission


mache

From German Mache, surname of Heinrich Mache.

(dated) A former unit of volumic radioactivity: the quantity of radon (ignoring its daughters) per litre of air which ionizes a sustained current of 0.001 esu.


photodisintegration

(nuclear physics) Any nuclear reaction, especially a nuclear fission, initiated by absorption of high-energy electromagnetic radiation such as a gamma ray.

photodésintégration

physics: any nuclear reaction initiated by absorption of high-energy electromagnetic radiation


photofission

en-noun

photofission (usually uncountable, plural photofissions)

(nuclear physics) Nuclear fission as the result of the absorption of a gamma ray or other high-energy photon.


photofission

en-verb

photofission (third-person singular simple present photofissions, present participle photofissioning, simple past and past participle photofissioned)

photofissions (present singular third-person)
photofissioning (participle present)
photofissioned (participle past)
photofissioned (past)

(nuclear physics) To undergo, or cause to undergo, photofission.


carbon-date

carbon-date (third-person singular simple present carbon-dates, present participle carbon-dating, simple past and past participle carbon-dated)

carbon-dates (present singular third-person)
carbon-dating (participle present)
carbon-dated (participle past)
carbon-dated (past)

After carbon-dating the artifact, the archaeologist determined that it was of late bronze age manufacture.

(transitive) To gauge the age of (an organic material) by comparing the ratio of carbon isotopes.


initiator

(chemistry) A substance that initiates a chain reaction or polymerization.

käynnistäjä

chemistry: substance that initiates a chain reaction or polymerization

‘This, er, initiator of polonium and lithium, would it be used in an anti-personnel bomb?’ he asked. ‘Oh yes, you could say so, boyo,’ replied the Welshman. ‘An initiator, you see, is what sets off a nuke.’

1984, Frederick Forsyth, The Fourth Protocol, London: Hutchinson, →ISBN, page 301:

(military) A component of a nuclear weapon that produces a burst of neutrons to trigger a fission chain reaction.


Faded Giant

(US, euphemistic, military) A reporting term to identify an event involving a nuclear reactor or radiological accident.


radioactive waste

en-noun

radioactive waste (countable and uncountable, plural radioactive wastes)

Dealing with all the radioactive waste left on site is a slow-motion race against time, which will last so long that even the grandchildren of those working on site will not see its end. The process will cost at least £121bn.

December 15 2022, Samanth Subramanian, “Dismantling Sellafield: the epic task of shutting down a nuclear site”, in The Guardian:


time constant

(physics) The time in which a physical system's response to a step-wise change in an external variable reaches approximately 63% of its final (asymptotic) value.

aikavakio

physics: characteristic of step response


radiological weapon

radiological weapon (plural radiological weapons)

A weapon, often a bomb, designed to achieve injury or contamination of a target by dispersing harmful radioisotopes.

放射性武器

bomb that injures or contaminates through radioisotopes


transuranium element

transuranium element (plural transuranium elements)

The main theme of TRL [Transuranium Research Laboratory] research with transuranium elements has been the exploration of a region of the periodic table that is relatively new and inaccessible to most scientists. […] Our research with the heavy elements has extended our knowledge considerably and tested our ideas concerning how the periodic table is constructed.

1983 spring, Richard Hahn, “Life at the End of the Periodic Table”, in Carolyn Krause, editor, Oak Ridge National Laboratory Review, volume 16, number 2, Oak Ridge, Tenn.: Oak Ridge National Laboratory, →ISSN, →OCLC, page 25, column 1:

(chemistry) Any element having an atomic number greater than that of uranium.


thermonuclear weapon

thermonuclear weapon (plural thermonuclear weapons)

A weapon whose power is derived from nuclear fusion at high temperature


alpha emission

(physics) A form of radioactivity in which alpha particles are emitted from the nucleus of an atom

alfasäteily

emission of alpha particles from the nucleus of an atom


nuclear power

nuclear power (countable and uncountable, plural nuclear powers)

(uncountable) Power, especially electrical power, obtained using nuclear fission or nuclear fusion.


beta decay

beta decay (countable and uncountable, plural beta decays)

(nuclear physics) A nuclear reaction in which a beta particle (electron or positron) is emitted.


(physics) A radioactive isotope of polonium, ²¹⁰₈₄Po, having a half-life of 138 days; it as used as a reference alpha emitter in the calibration of radiation counters


spallation

spallation (countable and uncountable, plural spallations)

(nuclear physics) A nuclear reaction in which a nucleus fragments into many nucleons.

hajoaminen

physics: nuclear reaction in which a nucleus fragments into many nucleons


scintillation

scintillation (countable and uncountable, plural scintillations)

(nuclear physics) The flash of light produced by something (especially a phosphor) when it absorbs ionizing radiation.


(physics) A radioactive isotope of thorium, ²²⁸₉₀Th, having a half-life of 1.9 years; it occurs naturally in small amounts, as member of the thorium-232 decay chain.


radiothorium

(physics) The radioactive isotope thorium-228


radiobioassay

(medicine) The analysis of radioactive material in the body or excreta


radiocolloid

Any colloid one or more of whose components is radioactive


radiodermatitis

(medicine) dermatitis caused by ionizing radiation


radiogold

(medicine) The radioactive isotope of gold, ¹⁹⁸₇₉Au, used in medical irradiation and in diagnosis


radiobiology

(biology) The study of the effects of ionizing radiation on living organisms


radiohydrology

The study of hydrology as used in the processing of radioactive materials.


radioimmunity

A reduced susceptibility to damage from radioactivity.


radioactively

en-adv

radioactively (comparative more radioactively, superlative most radioactively)

more radioactively (comparative)
most radioactively (superlative)


radioimmunodiffusion

(biology) immunodiffusion using antigens or antibodies labelled with radioisotopes


radioimmunology

The study of immunology using antigens or antibodies labelled with radioisotopes.


radiotracer

(sciences) A radioactive tracer; a radiolabel


radioimmunotherapy

en-noun

radioimmunotherapy (countable and uncountable, plural radioimmunotherapies)

immunotherapy using antibodies labelled with radioisotopes


(physics, medicine) The radioactive isotope of iodine, ¹³¹₅₃I, having a half-life of eight days; used as a medical tracer


radiogenic

en-adj

radiogenic (comparative more radiogenic, superlative most radiogenic)

more radiogenic (comparative)
most radiogenic (superlative)

Of, pertaining to, or caused by radioactivity.


radioiodine

en-noun

radioiodine (countable and uncountable, plural radioiodines)

Thyroid cells, in contrast to other cells, have the capability to organify iodine, which increases the time radioiodine can deposit energy.

2008, Kevin J. Harrington, Richard G. Vile, Hardev S. Pandha, Viral Therapy of Cancer, page 336:

(physics, medicine) The radioactive isotope of iodine, ¹³¹₅₃I, having a half-life of 8 days; used as a medical tracer


radioimmunoassay

radioimmunoassays (plural)
as RIA (abbreviation)

A procedure that uses the binding of a radioactively labeled substance to an antibody in order to analyze minute amounts of biological compounds.


radioelement

(physics) Any element whose currently known isotopes are all radioactive.


radiolabel

en-verb

radiolabel (third-person singular simple present radiolabels, present participle radiolabeling or radiolabelling, simple past and past participle radiolabeled or radiolabelled)

radiolabels (present singular third-person)
radiolabeling (participle present)
radiolabelling (participle present)
radiolabeled (participle past)
radiolabeled (past)
radiolabelled (participle past)
radiolabelled (past)

To tag a substance (especially a biological substance) with a radioactive tracer


radiolesion

Any lesion produced by ionizing radiation.


radiomutation

(genetics) A genetic mutation due to the effects of ionizing radiation


radionucleotide

Any nucleotide labelled with a radioactive tracer.


radioligand

Any molecule that has a radioactive tracer attached, especially one used for radioimmunoassay


radionecrosis

en-noun

radionecrosis (countable and uncountable, plural radionecroses)

Any necrosis caused by exposure to ionizing radiation.


radiolysis

radiolysis (countable and uncountable, plural radiolyses)

(chemistry) The dissociation of a molecule as a result of radiation


antineutroni

antineutroni (nominative singular)
antineutronit (nominative plural)
antineutroni (accusative nominative singular)
antineutronit (accusative nominative plural)
antineutronin (accusative genitive singular)
antineutronit (accusative genitive plural)
antineutronin (genitive singular)
antineutronien (genitive plural)
antineutroneiden (genitive plural)
antineutroneitten (genitive plural)
antineutronia (partitive singular)
antineutroneita (partitive plural)
antineutroneja (partitive plural)
antineutronissa (inessive singular)
antineutroneissa (inessive plural)
antineutronista (elative singular)
antineutroneista (elative plural)
antineutroniin (illative singular)
antineutroneihin (illative plural)
antineutronilla (adessive singular)
antineutroneilla (adessive plural)
antineutronilta (ablative singular)
antineutroneilta (ablative plural)
antineutronille (allative singular)
antineutroneille (allative plural)
antineutronina (essive singular)
antineutroneina (essive plural)
antineutroniksi (singular translative)
antineutroneiksi (plural translative)
antineutronitta (abessive singular)
antineutroneitta (abessive plural)
antineutronein (instructive plural)
See the possessive forms below. (comitative)
antineutronini (nominative singular)
antineutronini (nominative plural)
antineutronini (accusative nominative singular)
antineutronini (accusative nominative plural)
antineutronini (accusative genitive singular)
antineutronini (accusative genitive plural)
antineutronini (genitive singular)
antineutronieni (genitive plural)
antineutroneideni (genitive plural)
antineutroneitteni (genitive plural)
antineutroniani (partitive singular)
antineutroneitani (partitive plural)
antineutronejani (partitive plural)
antineutronissani (inessive singular)
antineutroneissani (inessive plural)
antineutronistani (elative singular)
antineutroneistani (elative plural)
antineutroniini (illative singular)
antineutroneihini (illative plural)
antineutronillani (adessive singular)
antineutroneillani (adessive plural)
antineutroniltani (ablative singular)
antineutroneiltani (ablative plural)
antineutronilleni (allative singular)
antineutroneilleni (allative plural)
antineutroninani (essive singular)
antineutroneinani (essive plural)
antineutronikseni (singular translative)
antineutroneikseni (plural translative)
antineutronittani (abessive singular)
antineutroneittani (abessive plural)
antineutroneineni (comitative plural)
antineutronisi (nominative singular)
antineutronisi (nominative plural)
antineutronisi (accusative nominative singular)
antineutronisi (accusative nominative plural)
antineutronisi (accusative genitive singular)
antineutronisi (accusative genitive plural)
antineutronisi (genitive singular)
antineutroniesi (genitive plural)
antineutroneidesi (genitive plural)
antineutroneittesi (genitive plural)
antineutroniasi (partitive singular)
antineutroneitasi (partitive plural)
antineutronejasi (partitive plural)
antineutronissasi (inessive singular)
antineutroneissasi (inessive plural)
antineutronistasi (elative singular)
antineutroneistasi (elative plural)
antineutroniisi (illative singular)
antineutroneihisi (illative plural)
antineutronillasi (adessive singular)
antineutroneillasi (adessive plural)
antineutroniltasi (ablative singular)
antineutroneiltasi (ablative plural)
antineutronillesi (allative singular)
antineutroneillesi (allative plural)
antineutroninasi (essive singular)
antineutroneinasi (essive plural)
antineutroniksesi (singular translative)
antineutroneiksesi (plural translative)
antineutronittasi (abessive singular)
antineutroneittasi (abessive plural)
antineutroneinesi (comitative plural)
antineutronimme (nominative singular)
antineutronimme (nominative plural)
antineutronimme (accusative nominative singular)
antineutronimme (accusative nominative plural)
antineutronimme (accusative genitive singular)
antineutronimme (accusative genitive plural)
antineutronimme (genitive singular)
antineutroniemme (genitive plural)
antineutroneidemme (genitive plural)
antineutroneittemme (genitive plural)
antineutroniamme (partitive singular)
antineutroneitamme (partitive plural)
antineutronejamme (partitive plural)
antineutronissamme (inessive singular)
antineutroneissamme (inessive plural)
antineutronistamme (elative singular)
antineutroneistamme (elative plural)
antineutroniimme (illative singular)
antineutroneihimme (illative plural)
antineutronillamme (adessive singular)
antineutroneillamme (adessive plural)
antineutroniltamme (ablative singular)
antineutroneiltamme (ablative plural)
antineutronillemme (allative singular)
antineutroneillemme (allative plural)
antineutroninamme (essive singular)
antineutroneinamme (essive plural)
antineutroniksemme (singular translative)
antineutroneiksemme (plural translative)
antineutronittamme (abessive singular)
antineutroneittamme (abessive plural)
antineutroneinemme (comitative plural)
antineutroninne (nominative singular)
antineutroninne (nominative plural)
antineutroninne (accusative nominative singular)
antineutroninne (accusative nominative plural)
antineutroninne (accusative genitive singular)
antineutroninne (accusative genitive plural)
antineutroninne (genitive singular)
antineutronienne (genitive plural)
antineutroneidenne (genitive plural)
antineutroneittenne (genitive plural)
antineutronianne (partitive singular)
antineutroneitanne (partitive plural)
antineutronejanne (partitive plural)
antineutronissanne (inessive singular)
antineutroneissanne (inessive plural)
antineutronistanne (elative singular)
antineutroneistanne (elative plural)
antineutroniinne (illative singular)
antineutroneihinne (illative plural)
antineutronillanne (adessive singular)
antineutroneillanne (adessive plural)
antineutroniltanne (ablative singular)
antineutroneiltanne (ablative plural)
antineutronillenne (allative singular)
antineutroneillenne (allative plural)
antineutroninanne (essive singular)
antineutroneinanne (essive plural)
antineutroniksenne (singular translative)
antineutroneiksenne (plural translative)
antineutronittanne (abessive singular)
antineutroneittanne (abessive plural)
antineutroneinenne (comitative plural)
antineutroninsa (nominative singular)
antineutroninsa (nominative plural)
antineutroninsa (accusative nominative singular)
antineutroninsa (accusative nominative plural)
antineutroninsa (accusative genitive singular)
antineutroninsa (accusative genitive plural)
antineutroninsa (genitive singular)
antineutroniensa (genitive plural)
antineutroneidensa (genitive plural)
antineutroneittensa (genitive plural)
antineutroniaan (partitive singular)
antineutroniansa (partitive singular)
antineutroneitaan (partitive plural)
antineutronejaan (partitive plural)
antineutroneitansa (partitive plural)
antineutronejansa (partitive plural)
antineutronissaan (inessive singular)
antineutronissansa (inessive singular)
antineutroneissaan (inessive plural)
antineutroneissansa (inessive plural)
antineutronistaan (elative singular)
antineutronistansa (elative singular)
antineutroneistaan (elative plural)
antineutroneistansa (elative plural)
antineutroniinsa (illative singular)
antineutroneihinsa (illative plural)
antineutronillaan (adessive singular)
antineutronillansa (adessive singular)
antineutroneillaan (adessive plural)
antineutroneillansa (adessive plural)
antineutroniltaan (ablative singular)
antineutroniltansa (ablative singular)
antineutroneiltaan (ablative plural)
antineutroneiltansa (ablative plural)
antineutronilleen (allative singular)
antineutronillensa (allative singular)
antineutroneilleen (allative plural)
antineutroneillensa (allative plural)
antineutroninaan (essive singular)
antineutroninansa (essive singular)
antineutroneinaan (essive plural)
antineutroneinansa (essive plural)
antineutronikseen (singular translative)
antineutroniksensa (singular translative)
antineutroneikseen (plural translative)
antineutroneiksensa (plural translative)
antineutronittaan (abessive singular)
antineutronittansa (abessive singular)
antineutroneittaan (abessive plural)
antineutroneittansa (abessive plural)
antineutroneineen (comitative plural)
antineutroneinensa (comitative plural)


radiopharmacology

The science of the manufacture and use of radiopharmaceuticals


radiopharmaceutical

(pharmacology) Any radioactive substance used as a pharmaceutical


radioresistance

radioresistance (countable and uncountable, plural radioresistances)

Any form of resistance that an organism has to protect itself against the harmful effects of ionizing radiation


radioprotection

Any form of protection against the harmful effects of ionizing radiation, especially caused by artificial sources.


neutroni

neutroni (nominative singular)
neutronit (nominative plural)
neutroni (accusative nominative singular)
neutronit (accusative nominative plural)
neutronin (accusative genitive singular)
neutronit (accusative genitive plural)
neutronin (genitive singular)
neutronien (genitive plural)
neutroneiden (genitive plural)
neutroneitten (genitive plural)
neutronia (partitive singular)
neutroneita (partitive plural)
neutroneja (partitive plural)
neutronissa (inessive singular)
neutroneissa (inessive plural)
neutronista (elative singular)
neutroneista (elative plural)
neutroniin (illative singular)
neutroneihin (illative plural)
neutronilla (adessive singular)
neutroneilla (adessive plural)
neutronilta (ablative singular)
neutroneilta (ablative plural)
neutronille (allative singular)
neutroneille (allative plural)
neutronina (essive singular)
neutroneina (essive plural)
neutroniksi (singular translative)
neutroneiksi (plural translative)
neutronitta (abessive singular)
neutroneitta (abessive plural)
neutronein (instructive plural)
See the possessive forms below. (comitative)
neutronini (nominative singular)
neutronini (nominative plural)
neutronini (accusative nominative singular)
neutronini (accusative nominative plural)
neutronini (accusative genitive singular)
neutronini (accusative genitive plural)
neutronini (genitive singular)
neutronieni (genitive plural)
neutroneideni (genitive plural)
neutroneitteni (genitive plural)
neutroniani (partitive singular)
neutroneitani (partitive plural)
neutronejani (partitive plural)
neutronissani (inessive singular)
neutroneissani (inessive plural)
neutronistani (elative singular)
neutroneistani (elative plural)
neutroniini (illative singular)
neutroneihini (illative plural)
neutronillani (adessive singular)
neutroneillani (adessive plural)
neutroniltani (ablative singular)
neutroneiltani (ablative plural)
neutronilleni (allative singular)
neutroneilleni (allative plural)
neutroninani (essive singular)
neutroneinani (essive plural)
neutronikseni (singular translative)
neutroneikseni (plural translative)
neutronittani (abessive singular)
neutroneittani (abessive plural)
neutroneineni (comitative plural)
neutronisi (nominative singular)
neutronisi (nominative plural)
neutronisi (accusative nominative singular)
neutronisi (accusative nominative plural)
neutronisi (accusative genitive singular)
neutronisi (accusative genitive plural)
neutronisi (genitive singular)
neutroniesi (genitive plural)
neutroneidesi (genitive plural)
neutroneittesi (genitive plural)
neutroniasi (partitive singular)
neutroneitasi (partitive plural)
neutronejasi (partitive plural)
neutronissasi (inessive singular)
neutroneissasi (inessive plural)
neutronistasi (elative singular)
neutroneistasi (elative plural)
neutroniisi (illative singular)
neutroneihisi (illative plural)
neutronillasi (adessive singular)
neutroneillasi (adessive plural)
neutroniltasi (ablative singular)
neutroneiltasi (ablative plural)
neutronillesi (allative singular)
neutroneillesi (allative plural)
neutroninasi (essive singular)
neutroneinasi (essive plural)
neutroniksesi (singular translative)
neutroneiksesi (plural translative)
neutronittasi (abessive singular)
neutroneittasi (abessive plural)
neutroneinesi (comitative plural)
neutronimme (nominative singular)
neutronimme (nominative plural)
neutronimme (accusative nominative singular)
neutronimme (accusative nominative plural)
neutronimme (accusative genitive singular)
neutronimme (accusative genitive plural)
neutronimme (genitive singular)
neutroniemme (genitive plural)
neutroneidemme (genitive plural)
neutroneittemme (genitive plural)
neutroniamme (partitive singular)
neutroneitamme (partitive plural)
neutronejamme (partitive plural)
neutronissamme (inessive singular)
neutroneissamme (inessive plural)
neutronistamme (elative singular)
neutroneistamme (elative plural)
neutroniimme (illative singular)
neutroneihimme (illative plural)
neutronillamme (adessive singular)
neutroneillamme (adessive plural)
neutroniltamme (ablative singular)
neutroneiltamme (ablative plural)
neutronillemme (allative singular)
neutroneillemme (allative plural)
neutroninamme (essive singular)
neutroneinamme (essive plural)
neutroniksemme (singular translative)
neutroneiksemme (plural translative)
neutronittamme (abessive singular)
neutroneittamme (abessive plural)
neutroneinemme (comitative plural)
neutroninne (nominative singular)
neutroninne (nominative plural)
neutroninne (accusative nominative singular)
neutroninne (accusative nominative plural)
neutroninne (accusative genitive singular)
neutroninne (accusative genitive plural)
neutroninne (genitive singular)
neutronienne (genitive plural)
neutroneidenne (genitive plural)
neutroneittenne (genitive plural)
neutronianne (partitive singular)
neutroneitanne (partitive plural)
neutronejanne (partitive plural)
neutronissanne (inessive singular)
neutroneissanne (inessive plural)
neutronistanne (elative singular)
neutroneistanne (elative plural)
neutroniinne (illative singular)
neutroneihinne (illative plural)
neutronillanne (adessive singular)
neutroneillanne (adessive plural)
neutroniltanne (ablative singular)
neutroneiltanne (ablative plural)
neutronillenne (allative singular)
neutroneillenne (allative plural)
neutroninanne (essive singular)
neutroneinanne (essive plural)
neutroniksenne (singular translative)
neutroneiksenne (plural translative)
neutronittanne (abessive singular)
neutroneittanne (abessive plural)
neutroneinenne (comitative plural)
neutroninsa (nominative singular)
neutroninsa (nominative plural)
neutroninsa (accusative nominative singular)
neutroninsa (accusative nominative plural)
neutroninsa (accusative genitive singular)
neutroninsa (accusative genitive plural)
neutroninsa (genitive singular)
neutroniensa (genitive plural)
neutroneidensa (genitive plural)
neutroneittensa (genitive plural)
neutroniaan (partitive singular)
neutroniansa (partitive singular)
neutroneitaan (partitive plural)
neutronejaan (partitive plural)
neutroneitansa (partitive plural)
neutronejansa (partitive plural)
neutronissaan (inessive singular)
neutronissansa (inessive singular)
neutroneissaan (inessive plural)
neutroneissansa (inessive plural)
neutronistaan (elative singular)
neutronistansa (elative singular)
neutroneistaan (elative plural)
neutroneistansa (elative plural)
neutroniinsa (illative singular)
neutroneihinsa (illative plural)
neutronillaan (adessive singular)
neutronillansa (adessive singular)
neutroneillaan (adessive plural)
neutroneillansa (adessive plural)
neutroniltaan (ablative singular)
neutroniltansa (ablative singular)
neutroneiltaan (ablative plural)
neutroneiltansa (ablative plural)
neutronilleen (allative singular)
neutronillensa (allative singular)
neutroneilleen (allative plural)
neutroneillensa (allative plural)
neutroninaan (essive singular)
neutroninansa (essive singular)
neutroneinaan (essive plural)
neutroneinansa (essive plural)
neutronikseen (singular translative)
neutroniksensa (singular translative)
neutroneikseen (plural translative)
neutroneiksensa (plural translative)
neutronittaan (abessive singular)
neutronittansa (abessive singular)
neutroneittaan (abessive plural)
neutroneittansa (abessive plural)
neutroneineen (comitative plural)
neutroneinensa (comitative plural)

Vapaat neutronit luokitellaan kylmiin, termisiin ja kuumiin niiden energian perusteella.

Free neutrons are classified as cold, thermal and hot according to their energy.


radiological

Of or pertaining to radiation, radioactivity or nuclear weapons.


radioresistant

en-adj

radioresistant (comparative more radioresistant, superlative most radioresistant)

more radioresistant (comparative)
most radioresistant (superlative)

Having a certain amount of radioresistance


radiosensitivity

The relative sensitivity of cells or organisms to any form of radiation, but especially to the harmful effects of ionizing radiation


radiotoxic

radiotoxic (comparative more radiotoxic, superlative most radiotoxic)

more radiotoxic (comparative)
most radiotoxic (superlative)


radio-

LL-Q1860 (eng)-Flame, not lame-radio-.wav

e.g. radiotherapy, radioactinium, radiolucent


yellow cake

en-noun

yellow cake (countable and uncountable, plural yellow cakes)

(mineralogy) Alternative form of yellowcake


aktinium

From Dutch actinium, from French actinium, equivalent to aktin- + -ium.


aktinium

aktinium (indefinite nominative singular)


uraninite

(mineralogy) Any of several brownish-black forms of uranium dioxide, UO₂, (especially pitchblende) that is the chief ore of uranium; it is isomorphous with thorianite.


fractionation

fractionation (countable and uncountable, plural fractionations)

By surface analysis, fraction + -ation, or, by surface analysis, fractionate + -ion.

(radiotherapy) The division of a total dose of radiation into fractions.


(physics) A doubly magic isotope of hassium - ²⁷⁰₁₀₈Hs; it is the longest-lived one known, having a half-life of several seconds.


doubly magic

(nuclear physics, of a transuranic nuclide) Having filled shells of both protons and neutrons and therefore having extra stability and a longer half-life than normal.


(physics) An artificially produced radioactive isotope of potassium, ⁴²₁₉K, having a half-life of 12.4 hours; used in medicine as a tracer


(physics) An artificially produced radioactive isotope of potassium, ⁴³₁₉K, having a half-life of 22 hours; used in medicine as a tracer


potassium-argon dating

potassium-argon dating (usually uncountable, plural potassium-argon datings)

(geology) A method of estimating the age of igneous rocks or of archaeological objects by measuring the amount of argon that has built up through the radioactive decay of potassium.


(physics) A naturally-occurring radioactive isotope of potassium, ⁴⁰₁₉K, having nineteen protons and twenty-one neutrons, and a half-life of 1.3 billion years; it is the chief source of natural radioactivity in living tissue


radioactive decay

radioactive decay (countable and uncountable, plural radioactive decays)

(physics) Any of several processes by which unstable nuclei emit subatomic particles and/or ionizing radiation and disintegrate into one or more smaller nuclei.


activation analysis

activation analysis (plural activation analyses)

(physical chemistry) Any of several similar radiochemical techniques of analysis in which a subatomic particle or gamma ray is captured by a nuclide to form a second stable nuclide which is then measured.

analyse par activation

technique in which a subatomic particle or gamma ray is captured by a nuclide


Geiger counter

/ˈɡaɪɡə ˈkaʊntə/

/ˈɡaɪɡɚ ˈkaʊntɚ/

Ernest Rutherford
Geiger counter
Hans Geiger

Named after Hans Geiger who developed the first such device in 1908 together with Ernest Rutherford.

Figure 27 shows a Geiger counter, used to detect ionizing radiation. The counter consists of a thin central wire, carrying a positive charge, surrounded by a concentric circular conducting cylinder, carrying an equal negative charge.

1988, David Halliday, Robert Resnick, Fundamentals of Physics, 3rd edition, page 387:

A device designed to detect radioactivity and measure its intensity.


autoradiograph

(sciences) An image produced by placing a film in contact with a specimen containing (or treated with) radioactive material.


radioaktiivisuus

radioaktiivisuus (nominative singular)
radioaktiivisuudet (nominative plural)
radioaktiivisuus (accusative nominative singular)
radioaktiivisuudet (accusative nominative plural)
radioaktiivisuuden (accusative genitive singular)
radioaktiivisuudet (accusative genitive plural)
radioaktiivisuuden (genitive singular)
radioaktiivisuuksien (genitive plural)
radioaktiivisuutta (partitive singular)
radioaktiivisuuksia (partitive plural)
radioaktiivisuudessa (inessive singular)
radioaktiivisuuksissa (inessive plural)
radioaktiivisuudesta (elative singular)
radioaktiivisuuksista (elative plural)
radioaktiivisuuteen (illative singular)
radioaktiivisuuksiin (illative plural)
radioaktiivisuudella (adessive singular)
radioaktiivisuuksilla (adessive plural)
radioaktiivisuudelta (ablative singular)
radioaktiivisuuksilta (ablative plural)
radioaktiivisuudelle (allative singular)
radioaktiivisuuksille (allative plural)
radioaktiivisuutena (essive singular)
radioaktiivisuuksina (essive plural)
radioaktiivisuudeksi (singular translative)
radioaktiivisuuksiksi (plural translative)
radioaktiivisuudetta (abessive singular)
radioaktiivisuuksitta (abessive plural)
radioaktiivisuuksin (instructive plural)
See the possessive forms below. (comitative)
radioaktiivisuuteni (nominative singular)
radioaktiivisuuteni (nominative plural)
radioaktiivisuuteni (accusative nominative singular)
radioaktiivisuuteni (accusative nominative plural)
radioaktiivisuuteni (accusative genitive singular)
radioaktiivisuuteni (accusative genitive plural)
radioaktiivisuuteni (genitive singular)
radioaktiivisuuksieni (genitive plural)
radioaktiivisuuttani (partitive singular)
radioaktiivisuuksiani (partitive plural)
radioaktiivisuudessani (inessive singular)
radioaktiivisuuksissani (inessive plural)
radioaktiivisuudestani (elative singular)
radioaktiivisuuksistani (elative plural)
radioaktiivisuuteeni (illative singular)
radioaktiivisuuksiini (illative plural)
radioaktiivisuudellani (adessive singular)
radioaktiivisuuksillani (adessive plural)
radioaktiivisuudeltani (ablative singular)
radioaktiivisuuksiltani (ablative plural)
radioaktiivisuudelleni (allative singular)
radioaktiivisuuksilleni (allative plural)
radioaktiivisuutenani (essive singular)
radioaktiivisuuksinani (essive plural)
radioaktiivisuudekseni (singular translative)
radioaktiivisuuksikseni (plural translative)
radioaktiivisuudettani (abessive singular)
radioaktiivisuuksittani (abessive plural)
radioaktiivisuuksineni (comitative plural)
radioaktiivisuutesi (nominative singular)
radioaktiivisuutesi (nominative plural)
radioaktiivisuutesi (accusative nominative singular)
radioaktiivisuutesi (accusative nominative plural)
radioaktiivisuutesi (accusative genitive singular)
radioaktiivisuutesi (accusative genitive plural)
radioaktiivisuutesi (genitive singular)
radioaktiivisuuksiesi (genitive plural)
radioaktiivisuuttasi (partitive singular)
radioaktiivisuuksiasi (partitive plural)
radioaktiivisuudessasi (inessive singular)
radioaktiivisuuksissasi (inessive plural)
radioaktiivisuudestasi (elative singular)
radioaktiivisuuksistasi (elative plural)
radioaktiivisuuteesi (illative singular)
radioaktiivisuuksiisi (illative plural)
radioaktiivisuudellasi (adessive singular)
radioaktiivisuuksillasi (adessive plural)
radioaktiivisuudeltasi (ablative singular)
radioaktiivisuuksiltasi (ablative plural)
radioaktiivisuudellesi (allative singular)
radioaktiivisuuksillesi (allative plural)
radioaktiivisuutenasi (essive singular)
radioaktiivisuuksinasi (essive plural)
radioaktiivisuudeksesi (singular translative)
radioaktiivisuuksiksesi (plural translative)
radioaktiivisuudettasi (abessive singular)
radioaktiivisuuksittasi (abessive plural)
radioaktiivisuuksinesi (comitative plural)
radioaktiivisuutemme (nominative singular)
radioaktiivisuutemme (nominative plural)
radioaktiivisuutemme (accusative nominative singular)
radioaktiivisuutemme (accusative nominative plural)
radioaktiivisuutemme (accusative genitive singular)
radioaktiivisuutemme (accusative genitive plural)
radioaktiivisuutemme (genitive singular)
radioaktiivisuuksiemme (genitive plural)
radioaktiivisuuttamme (partitive singular)
radioaktiivisuuksiamme (partitive plural)
radioaktiivisuudessamme (inessive singular)
radioaktiivisuuksissamme (inessive plural)
radioaktiivisuudestamme (elative singular)
radioaktiivisuuksistamme (elative plural)
radioaktiivisuuteemme (illative singular)
radioaktiivisuuksiimme (illative plural)
radioaktiivisuudellamme (adessive singular)
radioaktiivisuuksillamme (adessive plural)
radioaktiivisuudeltamme (ablative singular)
radioaktiivisuuksiltamme (ablative plural)
radioaktiivisuudellemme (allative singular)
radioaktiivisuuksillemme (allative plural)
radioaktiivisuutenamme (essive singular)
radioaktiivisuuksinamme (essive plural)
radioaktiivisuudeksemme (singular translative)
radioaktiivisuuksiksemme (plural translative)
radioaktiivisuudettamme (abessive singular)
radioaktiivisuuksittamme (abessive plural)
radioaktiivisuuksinemme (comitative plural)
radioaktiivisuutenne (nominative singular)
radioaktiivisuutenne (nominative plural)
radioaktiivisuutenne (accusative nominative singular)
radioaktiivisuutenne (accusative nominative plural)
radioaktiivisuutenne (accusative genitive singular)
radioaktiivisuutenne (accusative genitive plural)
radioaktiivisuutenne (genitive singular)
radioaktiivisuuksienne (genitive plural)
radioaktiivisuuttanne (partitive singular)
radioaktiivisuuksianne (partitive plural)
radioaktiivisuudessanne (inessive singular)
radioaktiivisuuksissanne (inessive plural)
radioaktiivisuudestanne (elative singular)
radioaktiivisuuksistanne (elative plural)
radioaktiivisuuteenne (illative singular)
radioaktiivisuuksiinne (illative plural)
radioaktiivisuudellanne (adessive singular)
radioaktiivisuuksillanne (adessive plural)
radioaktiivisuudeltanne (ablative singular)
radioaktiivisuuksiltanne (ablative plural)
radioaktiivisuudellenne (allative singular)
radioaktiivisuuksillenne (allative plural)
radioaktiivisuutenanne (essive singular)
radioaktiivisuuksinanne (essive plural)
radioaktiivisuudeksenne (singular translative)
radioaktiivisuuksiksenne (plural translative)
radioaktiivisuudettanne (abessive singular)
radioaktiivisuuksittanne (abessive plural)
radioaktiivisuuksinenne (comitative plural)
radioaktiivisuutensa (nominative singular)
radioaktiivisuutensa (nominative plural)
radioaktiivisuutensa (accusative nominative singular)
radioaktiivisuutensa (accusative nominative plural)
radioaktiivisuutensa (accusative genitive singular)
radioaktiivisuutensa (accusative genitive plural)
radioaktiivisuutensa (genitive singular)
radioaktiivisuuksiensa (genitive plural)
radioaktiivisuuttaan (partitive singular)
radioaktiivisuuttansa (partitive singular)
radioaktiivisuuksiaan (partitive plural)
radioaktiivisuuksiansa (partitive plural)
radioaktiivisuudessaan (inessive singular)
radioaktiivisuudessansa (inessive singular)
radioaktiivisuuksissaan (inessive plural)
radioaktiivisuuksissansa (inessive plural)
radioaktiivisuudestaan (elative singular)
radioaktiivisuudestansa (elative singular)
radioaktiivisuuksistaan (elative plural)
radioaktiivisuuksistansa (elative plural)
radioaktiivisuuteensa (illative singular)
radioaktiivisuuksiinsa (illative plural)
radioaktiivisuudellaan (adessive singular)
radioaktiivisuudellansa (adessive singular)
radioaktiivisuuksillaan (adessive plural)
radioaktiivisuuksillansa (adessive plural)
radioaktiivisuudeltaan (ablative singular)
radioaktiivisuudeltansa (ablative singular)
radioaktiivisuuksiltaan (ablative plural)
radioaktiivisuuksiltansa (ablative plural)
radioaktiivisuudelleen (allative singular)
radioaktiivisuudellensa (allative singular)
radioaktiivisuuksilleen (allative plural)
radioaktiivisuuksillensa (allative plural)
radioaktiivisuutenaan (essive singular)
radioaktiivisuutenansa (essive singular)
radioaktiivisuuksinaan (essive plural)
radioaktiivisuuksinansa (essive plural)
radioaktiivisuudekseen (singular translative)
radioaktiivisuudeksensa (singular translative)
radioaktiivisuuksikseen (plural translative)
radioaktiivisuuksiksensa (plural translative)
radioaktiivisuudettaan (abessive singular)
radioaktiivisuudettansa (abessive singular)
radioaktiivisuuksittaan (abessive plural)
radioaktiivisuuksittansa (abessive plural)
radioaktiivisuuksineen (comitative plural)
radioaktiivisuuksinensa (comitative plural)

[ˈrɑ̝dio̞ˌɑ̝kt̪iːˌʋis̠uːs̠]