1.
high-energy and low-energy gamma-ray astronomy
高能与低能γ射线天文学
2.
Effect of Material Scattering on the Precision of Low Energy γ Ray Thickness Measurement
材料自散射对低能γ射线厚度测量精度的影响
3.
Improve Soil Samples Fired Low Energy γ-ray Measurement Accuracy of Radionuclide Activity Method;
提高环境土壤样品中发射低能γ射线核素活度测量准确性的方法研究
4.
A New Radiation Mechanism of Middle and Near γ-Ray;
一种新的中γ射线和低γ射线辐射机制
5.
A Study on the Low Energy X/γ-ray Spectral Response of CdZnTe Planar Detectors
CdZnTe平面探测器对低能X/γ射线的光谱响应
6.
Biological Effects of Low Energy Ion～(12)C、～7Li and ～(60)Co-γ Ray on Rice;
低能重离子～（14）C和～7Li及～（60）Co-γ射线对水稻的生物学效应研究
7.
The Status of Very High Energy and Ultra High Energy Gamma Ray Astronomy Observation
甚高能和超高能γ射线天文观测现状
8.
On-Line Determination of Ash Content of Coal Based on the Transmission of Bi-Energy γ-Rays
双能量γ射线透射法煤炭灰分在线测量的实现
9.
anti-coincidence-shielded Ge gamma-ray spectrometer
反符合屏蔽锗γ射线能谱仪
10.
Strictly speaking, it is not possible to absorb gamma rays completely.
严格来说，不可能把γ射线全部吸收掉。
11.
Study on the Condition of γ-Ray Emission in Solar Flare;
太阳耀斑产生高能γ射线的过程研究
12.
Study on the Mechanisms of Tumor Cell Apoptosis and Death Induced by Low Dose-rate γ Irradiation;
低剂量率γ射线照射对肿瘤细胞凋亡及杀伤机制的研究
13.
The reduction of γ-rays damages of mice hematopoietic system pre-treated by low dose microwave irradiation
低剂量微波辐射减轻γ射线对小鼠造血系统的损伤
14.
low-energy X-ray space detector
低能x射线空间探测器
15.
This interaction can produce gamma rays or secondary protons.
这种互相作用能够产生γ射线或第二代质子。
16.
The Study of a New Type of Shielding Materials on the γ-ray
一种新型材料对γ射线的屏蔽性能研究
17.
The γ Ray Intelligent Material-Level Monitoring and Control System Based on a Microcomputer
基于单片机的γ射线智能料位监控系统
18.
Study on property and structure modifications of silk fiber by γ-rays irradiation
γ射线辐照改性蚕丝的性能与结构研究