ライフサイエンスコーパス: nuclear weapon

1 anger of nuclear war and the need to abolish nuclear weapons.

2 rrorism by potential biologic, chemical, and nuclear weapons.

3 t related to the production of plutonium for nuclear weapons.

4 kely major health consequences of the use of nuclear weapons.

5 t for efforts to bring about a world free of nuclear weapons.

6 ng a serious danger: an accidental launch of nuclear weapons.

7 s in calling for the complete elimination of nuclear weapons.

8 challenge, remaining from the production of nuclear weapons.

9 emingly unrelated issues, and a fifth, using nuclear weapons against enemy civilians (in survey 1) or

10 cility to confirm the absence or presence of nuclear weapons and fissile materials.

11 ix decades of efforts to limit the spread of nuclear weapons and inspired a generation of scientists

12 nuclear competition, and Iran's push toward nuclear weapons capability.

13 rtunity for their global elimination under a nuclear weapons convention arises with the current revie

14 n in support of a verifiable and enforceable Nuclear Weapons Convention would be a major contribution

15 1963 dispersed long-lived radioactivity and nuclear weapons debris including plutonium (Pu), the leg

16 Above-ground and underground nuclear weapon detonation at the Nevada Test Site (1951-

17 Iran is based on Iran's deceptions regarding nuclear weapons development.

18 om a medical perspective, the history of the nuclear weapons era since Hiroshima and the status of to

19 between different Cs source terms (including nuclear weapons fallout and a source of interest).

20 xhibit signatures of mixing of Chornobyl and nuclear weapons fallout, with (135)Cs/(137)Cs ratios ran

21 rms race led to a global inventory of 70,000 nuclear weapons, followed by a period of arms control th

22 es to the Treaty on the Non-Proliferation of Nuclear Weapons is monitored through nuclear safeguards.

23 onuclides associated with legacy wastes from nuclear weapons production as well as wastes generated d

24 of remediating radioactive waste sites from nuclear weapons production has stimulated the developmen

25 in persons working in nuclear energy or the nuclear weapons program.

26 y and workers who received high doses in the nuclear weapons programme of the former USSR.

27 tinides, most recently 239Pu from dismantled nuclear weapons, requires effective containment of waste

28 negligible compared to the dose from natural/nuclear weapons sources.

29 w threats include war between newly declared nuclear-weapon-states and the construction by terrorist

30 U.S. and Russian nuclear-weapons systems remain on a high-level alert sta

31 can atomic policy and British development of nuclear weapons, taking on a public role for which he wa

32 tions of (129)I are systematically above the nuclear weapon test levels at stations located close to

33 Postdetonation materials from historic nuclear weapon test sites provide ideal samples for deve

34 ase of (233)U (7-15 kg) from the atmospheric nuclear weapon testing and pinpointed the (233)U peak si

35 Global nuclear weapon testing and the Chernobyl accident have r

36 Since the end of nuclear weapon testing, anthropogenic metallic radionucl

37 Atmospheric nuclear weapons testing (NWT) resulted in the injection

38 posed populations to the global fallout from nuclear weapons testing in the 1950s and 1960s, due to h

39 e to elevated (14)C concentrations following nuclear weapons testing in the mid-20(th) Century.

40 potheses that some transients are related to nuclear weapons testing or unidentified anomalous phenom

41 hern Marshall Islands, resulting from the US nuclear weapons testing program in the 1940s and 1950s,

42 , which has varied since 1890 as a result of nuclear weapons testing, fossil fuel emissions, and CO2

43 sed globally by mid-20th century atmospheric nuclear weapons testing.

44 58 to 1970 to assess exposure to atmospheric nuclear weapons testing.

45 rn due to the (129)I released by atmospheric nuclear weapon tests and with other fluences reported fo

46 the (3)H spikes from global fallout of known nuclear weapons tests to benchmark and evaluate theoreti

47 g of the fallout background from atmospheric nuclear weapons tests.

48 al record of explosive yields of atmospheric nuclear weapons tests.

49 essary to reduce the large stockpiles of the nuclear weapons that constitute one of the biggest dange

50 d psychologic impact are the detonation of a nuclear weapon, the meltdown of a nuclear reactor, the e

51 is it that someone would approve of using a nuclear weapon to kill millions of enemy civilians in th

52 tal form, plutonium can be readily used in a nuclear weapon, while oxide forms are associated with nu

53 32,000 nuclear weapons, with a destructive force equivalent to

54 im about a highly sensitive object such as a nuclear weapon without revealing information about the o

55 ystem that could confirm the authenticity of nuclear weapons without sharing any secret design inform

56 f Hiroshima and Nagasaki, and 2) 15,264 male nuclear weapons workers who were hired at the Savannah R

57 aberrations in lymphocytes of healthy former nuclear-weapons workers who were exposed to plutonium ma