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- ...age/82/mode/2up 82{{hyphen}}83]}} The [[dimension (physics)|dimension]] of neutron flux is <math>\mathsf{L}^{-2}\mathsf{T}^{-1}</math> and the usual [[Units o The '''neutron fluence''' is defined as the neutron flux [[integral|integrated]] over a certain time period. So its dimension i ...8 KB (1,117 words) - 03:08, 15 February 2024
- {{redirect|NEDM|the Sussex experiment|Sussex/RAL/ILL neutron EDM experiment|}} ...sitive charge distribution inside the particle do not coincide. So far, no neutron EDM has been found. The current best measured limit for ''d''<sub>n</sub> i ...14 KB (2,025 words) - 21:09, 10 February 2024
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- ...these reduced costs. It operates on the standard operational principles of neutron generators. Additionally, Sandia National Laboratories is creating a new ge ...nted [[Neutron capture therapy of cancer|neutron capture therapy]] and for neutron inspection of weld flaws. ...2 KB (222 words) - 20:00, 9 February 2024
- #redirect [[Neutron electric dipole moment]] ...44 bytes (5 words) - 20:38, 20 January 2011
- ...ormfac/index.html Magnetic form factors], Andrey Zheludev, HFIR Center for Neutron Scattering, Oak Ridge National Laboratory *[https://arxiv.org/abs/nucl-ex/9611004v1 "The magnetic form factor of the neutron"], E.E.W. Bruins, November 1996 ...794 bytes (103 words) - 15:38, 20 July 2022
- ...a [[proton]] and a proton, a [[neutron]] and a neutron, and a proton and a neutron. The strong nuclear force is the strongest force in nature; however, its ra ...clear force mediates the [[beta decay|β decay]] of a neutron, in which the neutron [[radioactive decay|decays]] into a proton and in the process emits a [[bet ...3 KB (453 words) - 05:09, 25 January 2024
- ...age/82/mode/2up 82{{hyphen}}83]}} The [[dimension (physics)|dimension]] of neutron flux is <math>\mathsf{L}^{-2}\mathsf{T}^{-1}</math> and the usual [[Units o The '''neutron fluence''' is defined as the neutron flux [[integral|integrated]] over a certain time period. So its dimension i ...8 KB (1,117 words) - 03:08, 15 February 2024
- ...lastic scattering]] and [[inelastic scattering]]; of the latter, amongst [[neutron cross section]]s the [[absorption cross section]]s are of particular inter ...served cross sections vary enormously: for example, [[thermal neutron|slow neutron]]s absorbed by the (n, <math>\gamma</math>) reaction show a cross section m ...5 KB (809 words) - 20:06, 9 February 2024
- ...hiral symmetry breaking]]. In the case of [[nucleon]]s – [[proton]]s and [[neutron]]s – QCD binding energy forms about 99% of the nucleon's mass. ...quarks and one up quark) is approximately {{val|11.9|u=MeV/c2}}, while the neutron's total mass is about {{val|939.6|u=MeV/c2}}. Considering that nearly all o ...4 KB (647 words) - 16:25, 5 February 2024
- {{redirect|NEDM|the Sussex experiment|Sussex/RAL/ILL neutron EDM experiment|}} ...sitive charge distribution inside the particle do not coincide. So far, no neutron EDM has been found. The current best measured limit for ''d''<sub>n</sub> i ...14 KB (2,025 words) - 21:09, 10 February 2024
- ...lear engineering]] it refers to the probability of a particle (usually a [[neutron]]) being absorbed by a nucleus. Although the units are given as an area, i * [[Neutron cross section]] ...4 KB (606 words) - 17:54, 10 January 2024
- ...xample of a stable 3-body interaction would be between two protons and one neutron, the helium-3 isotope]] ...can be described as a 3-body quantum cluster entity of two protons and one neutron [PNP] in stable superposition. Direct evidence of a 3-body force in helium ...4 KB (570 words) - 04:04, 7 April 2023
- |[[ISIS neutron source|ISIS Neutron Source]] - [[Rutherford Appleton Laboratory]] |[[Los Alamos Neutron Science Center]] – [[Los Alamos National Laboratory]] ...11 KB (1,482 words) - 15:21, 19 February 2024
- ...nd impurities cannot be seen by methods such as [[X-ray diffraction]] or [[neutron diffraction]], because these methods average in their nature of measurement ...3 KB (417 words) - 22:47, 15 July 2022
- ...s description the interface is split into ''n'' layers. Since the incident neutron beam *[[Neutron reflectometry]] ...13 KB (2,084 words) - 09:37, 20 February 2024
- ...cked into a fixed position. This was determined with [[deuterium]] in a [[neutron scattering]] experiment.<ref name=lokshin2004/> ...7 KB (942 words) - 19:07, 9 May 2023
- Where <math>\rho</math> is [[Nuclear chain reaction#Effective neutron multiplication factor|reactivity]] and ''T'' is temperature. The relations ...e|as temperature increases]], causing longer neutron travel times during [[Neutron moderator|moderation]], fuel material will not expand appreciably. Changes ...12 KB (1,785 words) - 06:12, 8 December 2023
- Sandia's roadmap includes another future Z machine version called ZN (Z Neutron) to test higher yields in fusion power and automation systems. ZN is planne ...4 KB (538 words) - 03:40, 20 February 2024
- {{Short description|In physics, proton and neutron magnetism}} ...s''' are the intrinsic [[magnetic dipole moment]]s of the [[proton]] and [[neutron]], symbols ''μ''<sub>p</sub> and ''μ''<sub>n</sub>. The [[atomic nucleus|nu ...52 KB (7,465 words) - 11:05, 3 March 2024
- ...agnetic resonance]], [[muon spin spectroscopy|muon spin resonance]], and [[neutron spin echo]]. It is also important for the alignment of [[cosmic dust]] grai *[[LARMOR neutron microscope]] ...9 KB (1,425 words) - 16:32, 31 October 2023
- ...ron diffraction]] while the more elusive SDWs are typically observed via [[neutron diffraction]] or [[Electric susceptibility|susceptibility]] measurements. ...=B. | last3=Escribe-Filippini | first3=C. | last4=Sato | first4=M. | title=Neutron-scattering investigations of the Kohn anomaly and of the phase and amplitud ...9 KB (1,281 words) - 23:21, 14 June 2023
- | spectrum_description = <!-- Neutron energy spectrum (slow/fast) --> ...active [[fission products]]. Once the reactor reaches its destination, the neutron absorbing boron rod is removed to allow the [[nuclear chain reaction]] to s ...17 KB (2,345 words) - 02:59, 3 December 2023
