1) intermediate-level radiation
中等强度辐射
2) intermediate level radiation
中能级辐射;中等强度辐射
3) radiation intensity
辐射强度
1.
Effect of carbon coating on radiation intensity of laser-induced aluminium plasma;
碳涂层对激光诱导铝等离子体辐射强度的影响
2.
A new non-contact method based on relative radiation intensity for determining junction temperature of LEDs
基于相对辐射强度的非接触式LED结温测量法
3.
In order to know the factors influencing the radiation intensity of ultraviolet lamp,ultraviolet radiation intensity detector was used to carry out field measurement of radiation intensity of ultraviolet lamp at different distances,different voltages and different angles.
为了解影响紫外线灯辐射强度的因素,采用紫外线辐射强度测定仪对不同距离、不同电压和不同角度紫外线灯的辐射强度进行了现场测定。
4) Emission intensity
辐射强度
1.
The influences of ratio of infrared composition Mg_4Al_3/PTFE on the combustion speed,emission intensity and special emission energy are introduced in this paper.
文章介绍了镁铝合金/聚四氟乙烯(Mg4Al3/PTFE)红外诱饵剂的配比对燃烧速度、辐射强度和质量辐射能量的影响。
2.
The influence of ratio of infrared composition, PTFE/Mg, on the combustion speed, emission intensity and quality emission energy is introduced in the paper.
文中介绍了聚四氟乙烯 /镁红外诱饵剂的配比对燃烧速度、辐射强度和质量辐射能量的影响。
5) radiation strength
辐射强度
1.
The radiation strength is relative to the rest mass and the energy of pa.
辐射强度与辐射粒子的能量、静质量、简并因子有关。
2.
Through the statistical analysis of the relationship among radiation strength of ultraviolet ray,the total quantity of sun radiation,total cloud quantity and the quantity of low cloud of the recent 7 years in Nanning,coincidence relation of climatic average values between ultraviolet ray index and total quantity of sun radiation is set up.
对南宁市近 7a来的紫外线辐射强度与太阳辐射总量、总云量、低云量的关系进行统计分析 ,建立了紫外线指数与太阳辐射总量之间的气候平均值对应关系 ,在此基础上 ,制作南宁市未来 2 4h的紫外线指数预报 ,并根据预报结果提醒人们采取相应的防护措施 ,服务于社会公众。
6) Radiant intensity
辐射强度
1.
Growth chamber study on the impact of CO_2 concentration and radiant intensity on Salix psammophila photosynthetic rate;
CO_2浓度和辐射强度变化对沙柳光合作用速率影响的模拟研究
2.
The factors affected radiant intensity that γ-ray detector receives are analyzed.
从γ射线液位计校准时发生的故障着手，扼要叙述了γ射线测量的原理、校准方法，并对影响检测器接收γ射线辐射强度的因素进行了分析。
3.
Results The radiant intensity of ultraviolet B radiation was seasonal.
结果①宁夏川区UVB辐射具有夏季高、春季低的特点;②到达地面的太阳UVB辐射强度银南>银川>银北;③宁夏川区UVB辐射具有明显的日变化,中午高,早晚低,日最高值出现在午后13时左右;④太阳UVB辐射强度在夏季最高可达5。
补充资料：辐射强度
见辐射转移理论。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条