Angular distributions in the reaction 6Li(p, 3He)4He☆
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Cited by (7)
Elastic backscattering as a method for the measurement of the integral lithium content in thin films on fusion-relevant substrates
2019, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsCitation Excerpt :However, ERDA allows only the analysis of relatively thin layers, requires smooth surfaces, and gets technically challenging for larger samples or curved surfaces, as is often the case for PFCs. For NRA the 6Li(p,3He)4He reaction has a relatively high cross section at energies above about 1.6 MeV [28–30]. However, the available cross section data for this reaction [31] are inconsistent and at backward angles the energy of the produced 4He is below and the energy of the produced 3He is only marginally above the incident energy due to the low Q-value of the reaction, rendering this reaction only marginally useful if Li films on heavy substrates should be investigated.
Low-energy cross sections for the <sup>6</sup>Li(p, <sup>3</sup>He)<sup>4</sup>He reaction
1989, Nuclear Physics, Section AAbsolute cross sections for the <sup>6</sup>Li(p, <sup>3</sup>He)<sup>4</sup>He reaction at energies below 1 MeV
1979, Nuclear Physics, Section AGlobal descriptions and decay rates for continuum excitation of weakly bound nuclei
2021, European Physical Journal ATheoretical Study of the Seven-Nucleon <sup>6</sup>Li + p System Using the Algebraic Version of the Resonating Group Model
2018, Bulletin of the Russian Academy of Sciences: PhysicsStudy of the <sup>6</sup>Li + p $ \rightarrow$ <sup>3</sup>He + <sup>4</sup>He reaction in inverse kinematics
2015, European Physical Journal A
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Supported in part by The Australian Institute of Nuclear Science and Engineering, and the Australian Atomic Energy Commission.
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Present address: Kodak (Australasia) Pty. Ltd., Coburg, Victoria.