低能高电荷态Arq+(q=12,13)离子诱发钼L壳层X射线强度的研究
저능고전하태Arq+(q=12,13)리자유발목L각층X사선강도적연구
L shell X-ray intensity of Mo bombarded by slow highly charged Arq+(q=12,13)ions
  • 万方数据
    原子与分子物理学报 원자여분자물이학보
    CHINESE JOURNAL OF ATOMIC AND MOLECULAR PHYSICS
    2007年 4期 858-862 ,共5页

    徐进章%杜娟%徐徐%陈熙萌%胡碧涛%邵剑雄%崔莹%杨治虎%张红强%张毅%肖国青%张小安%王博宇

    서진장%두연%서서%진희맹%호벽도%소검웅%최형%양치호%장홍강%장의%초국청%장소안%왕박우

    L壳层X射线%钼%氩离子%低能高电荷态 L殼層X射線%鉬%氬離子%低能高電荷態
    L각층X사선%목%아리자%저능고전하태
    L-shell X-ray%molybdenum%argon ions%highly charged%intensity
    本文报导了低能高电荷态Arq+(q=12,13)离子诱发的钼L壳层X射线强度随入射粒子能量的变化趋势,研究表明当入射粒子能量高于220 keV时,钼L壳层X射线强度有明显增加的的趋势.同时,我们提出了一个简单的模型去估计这种趋势随入射能量的变化.模型计算的结果与实验值符合的比较好.
    본문보도료저능고전하태Arq+(q=12,13)리자유발적목L각층X사선강도수입사입자능량적변화추세,연구표명당입사입자능량고우220 keV시,목L각층X사선강도유명현증가적적추세.동시,아문제출료일개간단적모형거고계저충추세수입사능량적변화.모형계산적결과여실험치부합적비교호.
    The intensity of molybdenum L-shell X-ray emission induced by Ar12+ and Ar13+ was measured. The energy of Ar ions ranges from 150 keV to 350 keV. The present experimental results show that the X-ray intensity increases dramatically with the projectile energy, especially when the energy larger than 220 keV. A new simple classical model is proposed and agrees well with the experimental data.
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