反冲核

  • 网络recoil nucleus;recoil nuclei
反冲核反冲核
  1. 采用Ziegler的拟合公式精确计算质子、α粒子、氘核、反冲核等带电离子的能量沉积。

    Ziegler empirical formula is adopted to calculate the energy deposition of the charged particles .

  2. 研究了CsI(Tl)晶体探测器中反冲核信号与电子信号的甄别能力。

    The capability of Pulse Shape Discrimination ( PSD ) for recoiled nuclei and electrons with CsI ( Tl ) crystal has been studied in this article .

  3. 用低能X射线源对一套测量入射中子引起的反冲核能量QuenchingFactor的系统进行了能量刻度,得到了这套系统的能量响应关系。

    Energy calibration of CsI ( Tl ) crystal detector for measuring quenching factor of recoiled nuclei induced by incident neutron beam has been done with low-energy X-ray sources such as 109 Cd and 133 Ba and the linearity of energy response of experimental system is obtained .

  4. 利用参数tbar来描述反冲核信号与电子信号两种脉冲波形的特性,并以此来甄别两种信号。

    One parameter " tbar " was used to describe the property of the pulse shapes of recoils and electrons .

  5. 中子核反应中反冲核的平均射程

    Average ranges of recoil nuclides in the neutron reaction

  6. 在计算中,为了保证整个反应过程的能量守恒,我们严格考虑了反冲核效应的影响。

    Since the recoil effect is taken into account , the energy for whole reaction processes is balance .

  7. 探测器使用的第二种方法,是观察反冲原子核的另一种效应:游离。

    A second method watches for another effect of the recoiling nucleus : ionization .

  8. 例如,背景粒子和一个与中性伴子碰撞而反冲的原子核相比,前者将造成更多的游离。

    For example , background particles tend to produce more ionization than a nucleus recoiling from a neutralino collision .

  9. 多普勒能移反冲距离法测核寿命的技术

    An apparatus for nuclear lifetime measurement with recoil-distance Doppler-shift method