1. 27 There are four principal neutron interactions that affect formation evaluation: elastic neutron scattering, inelastic neutron scattering, fast-neutron reactions and neutron capture.

2. In a nuclear reactor, criticality is achieved when the rate of neutron production is equal to the rate of neutron losses, including both neutron absorption and neutron leakage.

3. A neutron bomb.

4. The challenges to neutron radiography are in the provision of portable neutron sources.

5. Most neutron emission outside prompt neutron production associated with fission (either induced or spontaneous), is from neutron-heavy isotopes produced as fission products.

6. At this point, a neutron star pair, or even a neutron star - hole pair, is formed.

7. Cross sections of neutron-absorbing materials

8. Antineutron, antiparticle of the neutron. The neutron has no electric charge, and thus so does the Antineutron

9. The complete system is composed of a neutron generator, a neutron detector, amplifiers, and signal processing electronics.

10. Neutron detectors specially designed or prepared for determining neutron flux levels within the core of a "nuclear reactor";

11. Neutron-Antineutron Oscillations James D

12. They were therefore called neutron stars.

13. Neutron counter's not showing much.

14. Another such state is a neutron star.

15. An Antineutron shares similar properties to that of a neutron, however its spin directly opposes that of a normal neutron

16. The spinning neutron star is Accreting

17. First, then, what about neutron decay?

18. The Antineutron is the antiparticle of the neutron

19. Antineutron definition is - the antiparticle of the neutron.

20. The 10B-lined (212) neutron detector tubes (210) are disposed so as to have an adjoint function (310) over a predetermined spectrum of neutron energies within a predetermined bias threshold of a corresponding adjoint function of the 3He-based neutron detector element over the predetermined spectrum of neutron energies.

21. Californium is a particularly high neutron emitter

22. Antineutron is the antiparticle of a neutron

23. Californium-252 is a very strong neutron emitter

24. 7 We have a Neutron weapon detonation.

25. [The neutron is an example of an electrically neutral particle that is not its own Antiparticle; like the proton, the neutron contains more quarks than anti-quarks, whereas the anti-neutron contains more anti-quarks than quarks.]

26. The Antineutron is the antiparticle of the neutron with symbol n.It differs from the neutron only in that some of its properties have equal magnitude but opposite sign.It has the same mass as the neutron, and no net electric charge, but has opposite baryon number (+1 for neutron, −1 for the Antineutron)

27. I'll admit I'm having trouble controlling the neutron absorption.

28. Does a neutron star represent the ultimate in compression?

29. Neutron-Antineutron oscillations –an experimentalist’s perspective The oscillation probability of an neutron to an Antineutron can be evaluate in analogous ways to neutrino oscillation probability

30. Neutron Antineutron is the same, more difficult experiment

31. One of these techniques is neutron activation analysis.

32. Combined measurement of neutron fluence with temperature and/or pressure

33. The proton has positive electrical charge, the neutron has none.

34. 1 Boron neutron capture therapy; Liposome; Cellular targeting; Cellular retention.

35. Antineutron definition: the antiparticle of a neutron ; a particle having the same mass as the neutron but a Meaning, pronunciation, translations and examples

36. This produced atoms of Curium-242 and one free neutron.

37. Antineutron Also, colliding a neutron with an Antineutron in accelerators

38. The neutron plays an important role in many nuclear reactions.

39. Neutron activation analysis for uranium in soild may delineate structures.

40. Because of dysprosium's high thermal-neutron absorption cross-section, dysprosium-oxide–nickel cermets are used in neutron-absorbing control rods in nuclear reactors.

41. Look, I could swing around that neutron star to decelerate.

42. Even more persuasive are small angle neutron scattering studies.

43. Antineutron (plural Antineutrons) The antiparticle corresponding to a neutron

44. Pulsed neutron monitoring of hydraulic fracturing and acid treatment

45. Gray control rod, and neutron absorber and assembly thereof

46. Structure of a pulsar — a rotating magnetic neutron star.

47. The Antineutron is the antiparticle of the neutron with symbol n

48. HPGe Detector, Part II: Neutron Activation with a Weak Ambe Source

49. So you believe that this'll get rid of the neutron problem?

50. Neutron generator systems, including tubes, having both of the following characteristics:

51. Other uses: Used in nuclear technology in neutron-absorbing control rods.

52. They would form helium and a subatomic particle, called a neutron.

53. Scientists at Chalk River successfully conducted the first neutron holography experiment.

54. He also initiated the first neutron diffraction investigations of magnetic materials. ...

55. Burnable absorbers have a high neutron absorption cross-section and after capturing neutrons they transmute into other nuclides with relatively low neutron absorption cross-section

56. A neutron moisture meter using a scintillation detector for slow neutrons was previously calibrated in materials carefully selected to avoid inaccuracies resulting from neutron absorption.

57. The Antineutron is the antiparticle of the neutron with symbol n. It differs from the neutron only in that some of its properties have equal magnitude but opposite sign

58. 12 A neutron decays into a proton, electron and neutrino.

59. “Alpha emitting nuclides but no neutron emitters are known to be present”

60. Key words: ammonium chloride, density functional theory, neutron diffraction, ab initio calculations.

61. Method and device for separating a neutron absorber from a cooling medium

62. Alpha emitting nuclides but no neutron emitters are known to be present

63. Stainless steel absorber control rods, filled with neutron absorbing chemical elements

64. Neutron-Antineutron Oscillations: Appearance, Disappearance, and Baryogenesis October 23 - 27, 2017

65. The beam is characterized by neutron-photon mixed beam phantom dosimetry.

66. A neutron star has a gravitational field strong enough to generate X-rays.

67. Examination and measurement of alpha, beta, neutron-gamma radioactivity of goods and sites

68. Measurements confirmed the existence of a p-wave neutron resonance capture for 96Zr.

69. Pulsars, neutron stars and quark stars are then created based on their mass.

70. The burning chamber, uranium core, cooling system, neutron accelerator and the containment structure.

71. We're not talking about alpha particles and beta particles, gamma or neutron rays.

72. A neutron essentially turns into a proton and it spits out an electron.

73. Nuclear fission a process whereby a uranium nucleus absorbs a neutron, is not.

74. The equation of state for a neutron star is not yet known.

75. Nowadays, Actinium is generally produced by the neutron irradiation of 226 Ra

76. Burnable poisons are materials that have a high neutron absorption cross section that are converted into materials of relatively low absorption cross section as the result of neutron absorption

77. Though neutron-Bombardment reactions are often carried out in a nuclear reactor (which will be described later), they can also be very conveniently performed in a small laboratory using a neutron source

78. This is the little neutron accelerator, this is the burning chamber... Dickie!

79. OpenStack Networking (Neutron) is a system for managing networks and IP addresses.

80. A sudden change in the period of rotation of a neutron star.