核电子学与探测技术
覈電子學與探測技術
핵전자학여탐측기술
NUCLEAR ELECTRONICS & DETECTION TECHNOLOGY
2010年
2期
278-281,292
,共5页
康普顿散射%合金%含量
康普頓散射%閤金%含量
강보돈산사%합금%함량
Compton scattering%alloy%content
从理论上推导了康普顿散射光子数与合金中某成分含量间的关系表达式,经分析可近似为线性关系.然后,按一定成分制备好Cu-Ni和Fe-Cu两组合金,从实验上验证了Cu-Ni和Fe-Cu两组合金中Cu含量和康普顿散射光子数间的线性关系.最后作了详尽讨论,拟进一步开拓康普顿散射的应用领域.
從理論上推導瞭康普頓散射光子數與閤金中某成分含量間的關繫錶達式,經分析可近似為線性關繫.然後,按一定成分製備好Cu-Ni和Fe-Cu兩組閤金,從實驗上驗證瞭Cu-Ni和Fe-Cu兩組閤金中Cu含量和康普頓散射光子數間的線性關繫.最後作瞭詳儘討論,擬進一步開拓康普頓散射的應用領域.
종이론상추도료강보돈산사광자수여합금중모성분함량간적관계표체식,경분석가근사위선성관계.연후,안일정성분제비호Cu-Ni화Fe-Cu량조합금,종실험상험증료Cu-Ni화Fe-Cu량조합금중Cu함량화강보돈산사광자수간적선성관계.최후작료상진토론,의진일보개탁강보돈산사적응용영역.
The relationship between Compton scattered photon counts and the content of a certain element in alloys are deduced from theory.And that can be recognized as linear relation after analyzed.Then,the relationship is validated by Compton scattering experiments of a series of Cu-Ni alloys and a series of FeCu alloys.At last,discussions and conclusion have been made to exploit the application fields of Compton scattering.