机译:使用中子活化技术在8.04和11.90 MeV的中子能下测量〜(238)U(n,γ)〜(239)U和〜(238)U(n,2n)〜(237)U反应截面
Mangalore University, Department of Studies in Physics, Microtron Centre Mangalagangotri-574 199, India;
Mangalore University, Department of Studies in Physics, Microtron Centre Mangalagangotri-574 199, India;
Bhabha Atomic Research Centre, Radiochemistry Division Mumbai-400085, India;
Bhabha Atomic Research Centre, Radiochemistry Division Mumbai-400085, India;
Bhabha Atomic Research Centre, Nuclear Physics Division Mumbai-400085, India;
Bhabha Atomic Research Centre, Nuclear Physics Division Mumbai-400085, India;
Bhabha Atomic Research Centre, Nuclear Physics Division Mumbai-400085, India;
Manipal University, Department of Statistics Manipal-576 104, Karnataka, India;
University of Pune, Department of Physics Pune-411 007, India;
The M. S. University of Baroda, Physics Department Vadodara-390002, India;
机译:中子活化技术在测量13.5 MeV和17.28 MeV的中子能时测量238U(n,γ)和238U(n,2n)截面的应用
机译:在中子能量为8.04±0.30和11.90±0.35 MeV的条件下〜(232)Th(n,γ)〜(233)Th和〜(232)Th(n,2n)〜(231)Th反应截面的测量
机译:使用中子激活技术测量U-238(N,γ)U-239反应横截面2.0-5.0mev的能量范围
机译:从1 MeV到200 MeV测量Th-232,U-238,U-233和Np-237相对于U-235的中子裂变截面
机译:使用旋转目标中子源测量氩38(n,2n)氩37和钙40(n,α)氩37的横截面以及国家点火设施的混凝土活化。在14 MeV下测量铍9(n,γ)铍10横截面的实验设计。
机译:CH3NH3PbI3和CD3NH3PbI3中有机阳离子旋转的活化能:准弹性中子散射测量和包括核量子效应在内的第一性原理分析
机译:确定(n,2n),(n,γ)核的横截面 中子能量对锗同位素的反应13.96 meV
机译:sup 230 Th,sup 232 Th,sup 233 U,sup 234 U,sup 236 U,sup 238 U,sup 237 Np,sup 239 pu和sup 242 pu相对sup 235 U在14.74 meV中子能量的裂变交叉截面