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Tegesé saka "radiotoxic" ing bausastra Basa Inggris

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BAUSASTRA
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PANGOCAP SAKA RADIOTOXIC ING BASA INGGRIS

radiotoxic  [ˌreɪdɪəʊˈtɒksɪk] play
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GOLONGAN PARAMASASTRA SAKA RADIOTOXIC

tembung aran
tembung sipat
tembung kriya
tembung katrangan
tembung ganti
preposition
panyambung
panemtu
seru

APA TEGESÉ RADIOTOXIC ING BASA INGGRIS?

Klik kanggo deleng deifinisi asli saka «radiotoxic» ing bausastra Basa Inggris.
Klik kanggo deleng pertalan otomatis saka definisi ing Basa Jawa.
radiotoxic

Radiasi ionisasi

Ionizing radiation

Radiasi ionisasi yaiku radiasi sing nggawa energi sing cukup kanggo mbébéaké elektron saka atom utawa molekul, saéngga ngionisasi. Radiasi ionisasi dumadi saka partikel, ion, utawa atom subatomik ing kecepatan relativistik, lan gelombang elektromagnetik ing pungkasan gelombang spektrum elektromagnetik. Sinar gamma, sinar-X, lan ultraviolet vakum ndhuwur ing spektrum ultraviolet yaiku ionisasi, dene ultraviolet, cahya sing katon, infra, gelombang mikro, lan gelombang radio dianggep minangka radiasi non-ionisasi. Partikel tipikal kalebu partikel alpha, partikel beta, lan neutron, uga meson sing nyebabake sinar kosmik. Radiasi ionisasi arane saka macem-macem sumber, kayata pamboman bumi kanthi sinar kosmik, peluruhan bahan radioaktif, materi ing suhu dhuwur banget, utawa akselerasi partikel sing diisi dening medan elektromagnetik. Radiasi ionisasi uga bisa digawe dening produksi partikel energi dhuwur ing tabung sinar X lan akselerator partikel. Radiasi ionisasi ora bisa ditemokake lan ora bisa dideteksi langsung dening indra manungsa, saengga instrumen deteksi radiasi kayata counter Geiger dibutuhake. Ionizing radiation is radiation that carries enough energy to liberate electrons from atoms or molecules, thereby ionizing them. Ionizing radiation comprises subatomic particles, ions or atoms moving at relativistic speeds, and electromagnetic waves on the short wavelength end of the electromagnetic spectrum. Gamma rays, X-rays, and the upper vacuum ultraviolet part of the ultraviolet spectrum are ionizing, whereas the lower ultraviolet, visible light, infrared, microwaves, and radio waves are considered non-ionizing radiation. Typical particles include alpha particles, beta particles and neutrons, as well as mesons that constitute cosmic rays. Ionizing radiation arises from a variety of sources, such as bombardment of the Earth by cosmic rays, the decay of radioactive materials, matter at extremely high temperatures, or acceleration of charged particles by electromagnetic fields. Ionizing radiation can also be generated by the production of high energy particles in X-ray tubes and particle accelerators. Ionizing radiation is invisible and not directly detectable by human senses, so radiation detection instruments such as Geiger counters are required.

Definisi saka radiotoxic ing bausastra Basa Inggris

Definisi radiotoksik ing kamus iku saka utawa nuduhake efek beracun radiasi utawa zat radioaktif.

The definition of radiotoxic in the dictionary is of or denoting the toxic effects of radiation or radioactive substances.

Klik kanggo deleng deifinisi asli saka «radiotoxic» ing bausastra Basa Inggris.
Klik kanggo deleng pertalan otomatis saka definisi ing Basa Jawa.

TEMBUNG BASA INGGRIS KANG KALARAS PADHA KARO RADIOTOXIC


anoxic
əˈnɒksɪk
antitoxic
ˈæntɪˈtɒksɪk
autotoxic
ˌɔːtəʊˈtɒksɪk
cytotoxic
ˌsaɪtəʊˈtɒksɪk
ecotoxic
ˌiːkəʊˈtɒksɪk
endotoxic
ˌendəʊˈtɒksɪk
exotoxic
ˌeksəʊˈtɒksɪk
genotoxic
ˌdʒɛnəʊˈtɒksɪk
hemotoxic
ˌheməʊˈtɒksɪk
hepatotoxic
ˌhepətəʊˈtɒksɪk
hypoxic
haɪˈpɒksɪk
nephrotoxic
ˌnefrəˈtɒksɪk
neurotoxic
ˌnjʊərəʊˈtɒksɪk
nontoxic
nɒnˈtɒksɪk
ototoxic
ˌəʊtəʊˈtɒksɪk
phototoxic
ˌfəʊtəʊˈtɒksɪk
phytotoxic
ˌfaɪtəʊˈtɒksɪk
psychotoxic
ˌsaɪkəʊˈtɒksɪk
toxic
ˈtɒksɪk
zootoxic
ˌzəʊəˈtɒksɪk

TEMBUNG BASA INGGRIS KANG AWIT KAYA RADIOTOXIC

radiotelegram
radiotelegraph
radiotelegraphic
radiotelegraphically
radiotelegraphy
radiotelemeter
radiotelemetric
radiotelemetry
radiotelephone
radiotelephonic
radiotelephony
radioteletype
radiotherapeutic
radiotherapeutically
radiotherapist
radiotherapy
radiothermy
radiothon
radiothorium
radiotracer

TEMBUNG BASA INGGRIS KANG WUSANANÉ KAYA RADIOTOXIC

alexic
anorexic
apraxic
ataraxic
ataxic
cachexic
carborexic
dyslexic
dystaxic
epitaxic
heterotaxic
homotaxic
paralexic
pyrexic
stereotaxic
tanorexic
thermotaxic

Dasanama lan kosok bali saka radiotoxic ing bausastra dasanama Basa Inggris

DASANAMA

Pertalan saka «radiotoxic» menyang 25 basa

PAMERTAL
online translator

PERTALAN SAKA RADIOTOXIC

Weruhi pertalan saka radiotoxic menyang 25 basa nganggo Basa Inggris pamertal multi basa kita.
pertalan saka radiotoxic saka Basa Inggris menyang basa liyané kang kasuguhaké ing perangan iki kajupuk saka pertalan statistik otomatis; ing ngendhi inti unit pertalan yaiku tembung «radiotoxic» ing Basa Inggris.

Pamertal Basa Inggris - Basa Cina

放射毒性
1,325 yuta pamicara

Pamertal Basa Inggris - Basa Spanyol

radiotóxicos
570 yuta pamicara

Basa Inggris

radiotoxic
510 yuta pamicara

Pamertal Basa Inggris - Basa India

radiotoxic
380 yuta pamicara
ar

Pamertal Basa Inggris - Basa Arab

radiotoxic
280 yuta pamicara

Pamertal Basa Inggris - Basa Rusia

радиотоксичных
278 yuta pamicara

Pamertal Basa Inggris - Basa Portugis

radiotóxico
270 yuta pamicara

Pamertal Basa Inggris - Basa Bengali

radiotoxic
260 yuta pamicara

Pamertal Basa Inggris - Basa Prancis

radiotoxique
220 yuta pamicara

Pamertal Basa Inggris - Basa Malaysia

Radiotoxic
190 yuta pamicara

Pamertal Basa Inggris - Basa Jerman

radio
180 yuta pamicara

Pamertal Basa Inggris - Basa Jepang

放射性
130 yuta pamicara

Pamertal Basa Inggris - Basa Korea

방사성 독물
85 yuta pamicara

Pamertal Basa Inggris - Basa Jawa

Radiotoksik
85 yuta pamicara
vi

Pamertal Basa Inggris - Basa Vietnam

tính phóng xạ
80 yuta pamicara

Pamertal Basa Inggris - Basa Tamil

radiotoxic
75 yuta pamicara

Pamertal Basa Inggris - Basa Marathi

रेडिएटॉक्सिक
75 yuta pamicara

Pamertal Basa Inggris - Basa Turki

radyotoksik
70 yuta pamicara

Pamertal Basa Inggris - Basa Italia

radiotossico
65 yuta pamicara

Pamertal Basa Inggris - Basa Polandia

promieniotwórczymi
50 yuta pamicara

Pamertal Basa Inggris - Basa Ukrania

радиотоксичность
40 yuta pamicara

Pamertal Basa Inggris - Basa Romawi

radiotoxice
30 yuta pamicara
el

Pamertal Basa Inggris - Basa Yunani

ραδιοτοξικού
15 yuta pamicara
af

Pamertal Basa Inggris - Basa Afrikaans

radio toxische
14 yuta pamicara
sv

Pamertal Basa Inggris - Basa Swedia

radiotoxiskt
10 yuta pamicara
no

Pamertal Basa Inggris - Basa Norwegia

radiotoksisk
5 yuta pamicara

Trèn migunakaké radiotoxic

TRÈN

KEKAREPAN PANGGUNAN ARAN «RADIOTOXIC»

0
100%
ARANG KEREPÉ
Arang digunakaké
16
/100
Kart kang kapituduh ing dhuwur nuduhaké arang kerepé kagunané aran «radiotoxic» ing negara kang béda-béda.
Dhasar kekarepan panggolékan lan kagunaan kang umum saka radiotoxic
Daptar dhasar panggolékan kang dilakoni dening pangguna kanggo migunakaké Basa Inggris bausastra online kita lan gupita kang asring digunakaké nganggo tembung «radiotoxic».

ARANG KEREPÉ PANGGUNANÉ ARAN «RADIOTOXIC» SALAWASÉ IKI

Gambar awujudaké arang kerepé evolusi taunan panggunané saka tembung «radiotoxic» sasuwiné 500 taun. Panggunané andedhasar panalitén sapira asringé aran «radiotoxic» metu ing sumber kang kacé digital ing Basa Inggris antaraning taun 1500-an lan wektu iki.

Tuladha kang kagunakaké ing sastra Basa Inggris, pethikan lan warta babaganradiotoxic

TULADHA

BUKU BASA INGGRIS KAKAIT KARO «RADIOTOXIC»

Temukaké kagunané saka radiotoxic ing pilihan bibliografi iki. Buku kang kakait dening radiotoxic lan pethikan cekak kang padha kanggo nyediyakaké panggunané ing sastra Basa Inggris.
1
RED-IMPACT: Impact of Partitioning, Transmutation and Waste ...
At the waste emplacement time (50 years) the radiotoxic inventory in Scenario A1 and A2 is dominated by the actinides (241Am and 238Pu), whereas in Scenario B1 and B2 the main contributors are the fission products (90Sr and 137Cs).
Werner von Lensa, Nahim Rabbi, Matthias Rossbach, 2008
2
Removal of Radiotoxic Metal Ions
During recent years, the adsorption process has also come on fore front as one of the major techniques for the removal of heavy metal toxic ions from polluted aqueous wastes.
Som Shankar Dubey, 2012
3
Baker's Industrial Guide to Hazardous Materials
Radiotoxic. DC Melts® 156 Ceg. Radiotoxic. о DCDC1 DCow-level radioactive; radiotoxic. DCyroforic. DC DCow-level radioactive. DC Cxidizer. DCow-level radioactive. RopW-cellulo.. Radiotoxic. DCyroforic ¡n hot air. u RXW-heat. DCyroforic ...
Charles J. Baker, 2001
4
Proceedings of the Workshop on Long-lived Radionuclide ...
GROUP SEPARATION OF RADIOTOXIC ELEMENTS FROM HLLW BY CONTINUOUS SOLVENT EXTRACTION: A COMPARATIVE STUDY J.-P. Glatz, A . Nicholl, G. Pagliosa, K. Romer, B. Satmark, L. Koch European Commission, Joint ...
NEA Nuclear Science Committee, 1998
5
Handbook of Nuclear Engineering: Vol. 1: Nuclear Engineering ...
As a result, the radiotoxic inventory of the vitrified waste is relatively high over significant time periods (>,  years). This has become one of the key concerns of the general public with respect to nuclear power. It is even more relevant for ...
Dan G. Cacuci
6
Advanced Separation Techniques for Nuclear Fuel Reprocessing ...
The transmutation performances of the different systems (thermal reactors, fast critical reactors, accelerator driven systems), having the capability of transmuting most of the radiotoxic long-lived elements present in the waste, such as minor ...
K L Nash, G J Lumetta, 2011
7
Handbook of Risk Theory: Epistemology, Decision Theory, ...
Likewise, security concerns will change. Security has to do with the unauthorized possession or theft of radiotoxic waste for the purposes of sabotage (e.g., dispersal) or proliferation. As far as sabotage is concerned, geological disposal has ...
Sabine Roeser, Rafaela Hillerbrand, Per Sandin, 2012
8
Heavy Metals In The Environment
Rn. and"" Rn are highly radiotoxic nuclides. capable of causing cancers of lung and bone, their behavior in the environment and in humans is considered below. even though they are not heavy metals. 4.1.2 Thorium and Uranium Isotopes in ...
Bibudhendra Sarkar, 2002
9
Annual Report
RADIOTOXIC IMPLICATIONS FOR MAN* Arthur Lindenbaum This presentation emphasizes the special physicalchemical properties and metabolic behavior of compounds of elements of the actinide, lanthanide, and * Abstract of a paper ...
‎1971
10
Social and Ethical Aspects of Radiation Risk Management
Secondly, reprocessing produces more short-lived (but less radiotoxic) waste that needs to be disposed of as well. Thirdly, reprocessing plants are only available in a handful of countries and the transporting of radiotoxic material introduces ...
Deborah Oughton, Sven Ove Hansson, 2013

BABAGAN WARTA KANG NGLEBOKAKÉ ARAN «RADIOTOXIC»

Weruhi yèn pawarta nasional lan internasional wis ngomongaké lan kepriyé aran radiotoxic digunakaké ing babagan warta iki.
1
Treat the state's lab addiction
To produce these effects requires unstable (hence radiotoxic) materials, which must be handled carefully and securely. Esoteric knowledge must be kept secret. «Albuquerque Journal, Mar 15»
2
Time to Reconsider Nuclear Propulsion
Spent thorium fuel is radiotoxic for decades rather than millennia. Thorium exists as a by-product of the extraction of rare earths from monazite sands, found in ... «The Maritime Executive, Feb 15»
3
Excuse us, Mr. President
In the following months, it was declared that a high amount of a radiotoxic element, Po-210, was found in Özal's tissue. The general view was that the existence ... «Today's Zaman, Nov 14»
4
South Korea Plans Advanced Reactor To Burn Spent Nuclear Fuel
“By doing that we reduce the spent-fuel amount and decrease radiotoxicity, and increase high-level waste disposal efficiency before the final disposal of the ... «Forbes, Okt 14»
5
How nations are tackling nuclear waste storage
The waste remains radioactive and/or radiotoxic for at least 100 000 years. It is estimated that the total amount of high-level nuclear waste in the world today is ... «Health24, Jul 14»
6
Environmental, anti-nuclear groups urge Sandoval to turn away …
There they will be buried in trenches deeper than 40 feet, and covered over by dirt and other forms of radiotoxic waste from environmental cleanups. Sandoval ... «Las Vegas Review-Journal, Jun 13»
7
Nuclear futures: thorium could be the silver bullet to solve our …
But our perception of nuclear power is coloured by issues of safety, radiotoxic waste, and the threat of nuclear proliferation. Yet there is a safer alternative to ... «The Conversation, Mei 13»
8
Texas A&M Physicist Sees Energy Solutions in Green Nuclear …
In the mind of Texas A&M University physicist Peter McIntyre, two of America's most pressing energy challenges -- what to do with radiotoxic spent nuclear fuel ... «Texas A&M University, Apr 13»
9
Nuclear Industry Rushing Spent Fuel Assessment, Groups Warn
Additionally, spent nuclear fuel contains plutonium-239, a radiotoxic element that can be used to make nuclear weapons if separated from the other materials in ... «Environment News Service, Jan 13»
10
Thorium: Proliferation warnings on nuclear 'wonder-fuel'
As a by-product, the process also produces the highly radiotoxic isotope uranium-232. Because of this, producing uranium-233 from thorium requires very ... «Phys.Org, Des 12»

KAITAN
« EDUCALINGO. Radiotoxic [online]. Kasedya <https://educalingo.com/jv/dic-en/radiotoxic>. Mei 2024 ».
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