1) radial flux power
辐射通量功率
2) optical radiation power measurement
光辐射功率测量
3) radiant power measuring instrument
辐射功率测量仪
4) radiant power measurement
辐射功率测量
5) radiation power
辐射功率
1.
Micro-hotplate temperature measurement system based on radiation power;
基于辐射功率的微热板测温系统设计
2.
Thermal particles model and radiation power of static spherically symmetric black holes
静态球对称黑洞的热质点模型及辐射功率
3.
Simulation results show that the radiation power from a cylindrical shell with circumferential excitation on its one end increases with frequency in the middle and low frequency band.
针对一端受周向均布激励的圆柱壳建立了新的理论模型,结合线激励下平板的有效传递导纳理论对圆柱壳表面的振动响应及声辐射功率进行仿真计算和分析,结果表明一端受均布激励作用的圆柱壳表面的声辐射功率在中低频段随频率的增大而增加,在临界频率处出现较大的波动,在环频处达到最大值,之后仍有较小波动并略有下降。
6) radiant power
辐射功率
1.
Radiant power of atmospheric radio noise and electric field intensity is computed precisely for given maritime space,and then the computational way of radiant power is given.
就特定海域分析和计算了大气噪声的功率谱密度,同时计算了在保证较高测量精度条件下所需要的最低场强,继而给出了无线电导航系统所需辐射功率的计算方法。
2.
The article analyses angle distribution of radiant energy flow density and angle distribution of radiant power when an electric dipole is oscillating along polar axis in magnetic anisotropic medium,also compares them with the expression of that in isotropic medium;thereby,a theoretical basis for more effectly using electric isotropic and magnetic anisotropic medium is obtained.
分析振荡电偶极子在各向异性磁媒质中沿极轴振荡时其辐射能流密度的角分布和辐射功率的角分布情况,并与各向同性媒质中振荡电偶极子沿极轴振荡时辐射能流密度的角分布和辐射功率的角分布情况进行对比,得出更有效地利用电各向同性磁各向异性媒质的理论依据。
3.
Calculates the energy flux density of elliptic-polarization electric dipole radiation based on the theory of electric dipole radiation, and, further, the radiant power of the electric dipole; discusses the electromagnetic radiation of the triphase alternator which is treated as a special case.
基于电偶极辐射的理论基础，导出作椭圆振动的电偶极辐射在远场辐射区的能流密度，进而求出辐射功率。
补充资料：辐射通量
分子式：
CAS号：
性质：又称辐射功率(radiation power)。辐射源单位时间内所发出的辐射能；或通过一定接收截面时，所有波长的辐射能。用Φ表示，单位为瓦(W)。它是辐射光度学中一个最基本的量。
CAS号：
性质：又称辐射功率(radiation power)。辐射源单位时间内所发出的辐射能；或通过一定接收截面时，所有波长的辐射能。用Φ表示，单位为瓦(W)。它是辐射光度学中一个最基本的量。
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