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首页> 外文期刊>Digest Journal of Nanomaterials and Biostructures >EFFECT OF ENERGY AND MASS NUMBER ON ENERGY TRANSITION RATES IN PRE-EQUILIRIUM REGION
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EFFECT OF ENERGY AND MASS NUMBER ON ENERGY TRANSITION RATES IN PRE-EQUILIRIUM REGION

机译：能量和质量数对平衡前区域能量转化率的影响

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摘要

In this paper the behavior of a transition rates with increasing the excitation energy and mass numbers have been studied. The transition rates of creation, annihilation and inelastic scattering are studied with increasing the excitation energy for proton-proton, proton-neutron and neutron-neutron interactions, where it is found for all processes that the transition rates of creation increases with increasing energy and the transition rates of annihilation decreases with increasing the excitation energy while that for inelastic scattering does not affected by the increasing of excitation energy. Also All transition rates for proton-proton interaction are studied with three different values of mass numbers for 40Ca,56Fe and 90Zr where it is found the transition rates for creation increases with increasing the mass number, the transition rates for annihilation increases with increases the mass number up to 40 MeV then become has the same values with different mass numbers and the transition rates for inelastic scattering decreases with increasing the mass number.
机译：本文研究了随着激发能和质量数的增加跃迁速率的行为。随着质子-质子，质子-中子和中子-中子相互作用的激发能的增加，研究了生成，an灭和非弹性散射的跃迁速率，发现在所有过程中，生成的跃迁速率都随着能量的增加而增加。 ation灭的跃迁速率随激发能的增加而降低，而非弹性散射的跃迁速率不受激发能的增加的影响。还研究了质子-质子相互作用的所有跃迁速率，其中使用了40Ca，56Fe和90Zr的三个不同质量数值，发现创建的跃迁速率随质量数的增加而增加，an灭的跃迁速率随质量的增加而增加当质量数不同时，高达40 MeV的分子数将具有相同的值，并且随着质量数的增加，非弹性散射的跃迁速率会降低。

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