X射线与伽马射线之间主要是根据发射源来区分:伽马射线是由核衰变或其它种核子过程或次核粒子(subnuclear particle)/粒子过程所产生的光子,而X射线则是由原子内部的高能量电子的跃迁所产生的光子。
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nuclear particle spectrum 核粒子谱
superconducting nuclear particle detector 超导核粒子探测器
noble liquid nuclear particle detector 稳定液体核粒子探测器
high temperature nuclear particle detector 高温核粒子探测器
Particle Physics and Nuclear Physics 粒子物理与原子核物理
nuclear particle detector 核粒子探测器
The detectors pick up two types of particle interactions: electron recoils and nuclear recoils.
这些探测器能捕捉两种类型的粒子作用:电子反冲与核反冲。
Cherenkov radiation is predicted by the "standard model" of particle physics and is also observed in the real world, most often as a faint blue glow emanating from the cores of nuclear reactors.
切伦科夫辐射是用粒子物理学的“标准模型”所预测到的,在现实世界中也观察到了,最经常是从核反应堆的核心处所发射的淡蓝色光芒。
Archambaut notes that Iran's publications have emphasised inorganic and nuclear chemistry, nuclear and particle physics and nuclear engineering.
阿卡姆·伯特注意到伊朗的科学出版物把重点放在无机和核化学、核和粒子物理以及核工程。
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