衰变链

shuāi biàn liàn
  • decay chain
衰变链衰变链
  1. 相对论平均场理论对新核素~(259)Db及其α衰变链的研究

    Description of the New Nuclide ~ ( 259 ) Db and Its α - Decay Chain in Relativistic Mean Field Theory

  2. 新核素~(265)Bh及其α衰变链上核的基态性质

    Ground State Properties of the Newly Discovered Nucleus ~ ( 265 ) Bh and It 's Alpha Decay Chain

  3. 用二进制数对递次衰变链的衰变路径进行编码。

    The decay pathways in successive decay chain were coded with binary digits .

  4. AF&DCDLIB:活化产物、裂变产物和锕系元素衰变链数据库

    A decay China data library for activation products , fission products and actinides

  5. 氡是天然放射性惰性气体,是铀系衰变链中的一个衰变产物。

    As a product from the uranium disintegration , radon is a natural radioactive idle gas .

  6. 目的确定含天然放射性物质的物料是否处于非长期平衡,以及衰变链中那些长寿命核素被分离或减少。

    Objective To determine materials containing natural radionuclides in or out secular equilibrium with their parents or daughters .

  7. 用宏观&微观模型研究超重核~(271)110及其衰变链的α衰变能和衰变寿命

    Research on Decay Energies and Half-lives of Super-heavy Nuclei and the Nucleus of Its Disintegration Chain with a Macroscopic-microscopic Model

  8. 推广的液滴模型对超重核~(288)115及其α衰变链性质的研究

    Properties of the Superheavy Nuclei ~ ( 288 ) 115 and Its α - Decay Chain in a Generalized Liquid-Drop Model

  9. 它产生于铀衰变链中的镭,而铀是所有岩石和土壤中都能找到的一种元素,含量各不相同。

    It is produced from radium in the decay chain of uranium , an element found in varying amounts in all rocks and soil .

  10. 用自洽的相对论平均场模型研究了核271110及其α衰变链核的结构。

    The structures of the nuclei on the alpha decay chain of 271 110 are investigated using self consistent relativistic mean field ( RMF ) model .

  11. 并详细讨论了γ射线强度精确测量时的影响因素:样品的自吸收、包壳厚度的变化,放射性衰变链、铀铝合金中铀含量的均匀性等。

    This paper discusses factors which affect precise measurement 185.7 keV gamma rays intensity : self-absorption 、 cladding thickness 、 radioaction decay chains and uranium content uniformity in the U-AL alloy .

  12. 随着合成的超重元素向超重岛逼近,合成截面越来越小,同时,合成的超重元素的寿命可能相对增长,这对利用α衰变链的传统方法鉴别超重元素是非常不利的。

    With the synthesis of heavy elements approaching the super heavy island , the production cross section becomes smaller and the lifetime of the super heavy element becomes longer , which results in the difficulties for identification of the elements by using conventional alpha decay chain technique .

  13. 应用图论原理,建立了一种基于数据库的多分支递次衰变计算方法,编制了计算机程序,用于计算复杂衰变链中各子体放射性强度随时间的变化。

    Guided by the graph theory , an algorithm based on database technique was deve-loped for calculating the radioactivity of daughters of a decay chain and their variation vs time .