| 1. | Another important quantity describing the radiation field is its intensity .
还有一个描述辐射场的重要物理量是辐射强度。 |
| 2. | Design should recognize that burner flame length shortens and intensity of radiation increases as pressure increases .
设计时必须认识到当压力增加时火焰的长度缩短而辐射强度增加。 |
| 3. | All intensity measurements using photometric units include a spectral bias (spectral response of the human eye) .
运用光度计装量进行辐射强度测量都应包括一个光谱的偏倚（人眼对光谱的敏感度）。 |
| 4. | Studies on the microwave leakage of the interphone
对讲机微波辐射强度的调查分析 |
| 5. | Background spectral radiance
本底光谱辐射强度 |
| 6. | Background radiation intensity
背景辐射强度 |
| 7. | Computing radiative intensity components by using the backward monte carlo method
用逆向蒙特卡罗法计算光的辐射强度组分 |
| 8. | The infrared radiation and wall temperature were obviously decreased by cooling
通过冷却，各喷管的壁温和红外辐射强度明显降低。 |
| 9. | Barriers of lead , concrete or water can stop radiation or reduce radiation intensity
铅板水泥墙或水都可以阻挡辐射或降低辐射强度。 |
| 10. | Barriers of lead , concrete or water can stop radiation or reduce radiation intensity
铅板、水泥墙或水都可以阻挡辐射或降低辐射强度。 |
