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- The effect of cloud on net radiation flux is not the same at the top and bottom of the atmosphere. 云对净辐射通量的影响在大气顶和大气底是不一样的。
- Study on the uncertainties of methods and precision of net radiation flux measurement. 净辐射通量观测方法及观测精度的不确定性研究。
- The distribution of the net radiation flux at the top of the atmosphere inferred from NIMBUS 3. 根据“雨云”（卫星）3号资料推算出的大气层顶净辐射通量分布。
- The result showed that the arc light radiation flux signal can be used to on-line sense the droplet transfer in pulsed MIG welding for aluminium alloy. 研究结果表明，弧光辐射通量信号能够成功地用于铝合金脉冲MIG焊熔滴过渡的在线传感。
- Downward long-wave radiation flux at surface 地面向下长波辐射通量
- Downward short-wave radiation flux at surface 地面向下短波辐射通量
- Downward short-wave radiation flux at top of 大气顶部向下短波辐射通量
- metallic activation radiation flux detector 金属活化辐射通量探测器
- Net long-wave radiation flux at surface 地面净长波辐射通量
- Net radiation flux at top of atmosphere 大气顶部净辐射通量
- Net short-wave radiation flux at surface 地面净短波辐射通量
- Net short-wave radiation flux at top of 大气顶部向上短波辐射通量
- Photo plasma tube radiation flux maintenance 光等离子发生管辐射通量维持率
- Upward long-wave radiation flux at surface 地面向上长波辐射通量
- Upward long-wave radiation flux at top of 大气顶部向上长波辐射通量
- Upward short-wave radiation flux at surface 地面向上短波辐射通量
- The node and network method and the IRTE method are used to calculate the radiative flux of the engine,the heat shield radiation and the plume radiation on the base flange and the jointing switch. 为此,建立了节点网络法计算发动机和隔热屏对卫星法兰底座及控制开关的辐射加热,比较了发动机、隔热屏和羽流3种辐射源的作用大小,还研究了发动机位置的平移对底部法兰及控制开关辐射加热的影响。
- Lead aprons shield people from radiation. 铅做的工作裙可使人免进辐射。
- Angular Distribution Models for Top-of-Atmosphere Radiative Flux Estimation from the Clouds and the Earth's Radiant Energy System Instrument on the Tropical Rainfall Measuring Mission Satellite. Part II: Validation. 卫星地球辐射能量系统仪器观测值进行大气顶辐射通量估计的角动量分布模式,第二部分:验证。
- With a careful theoretical analysis various physical parameters such as the gas density, temperature, and pressure, and the ultraviolet and ionizing radiation fluxes can be derived. 通过仔细的理论分析，可以推导出如气体密度、温度和压力等各种物理参量，以及紫外辐射和电离辐射的流量。
