SED:光谱能量分布
“光谱能量分布”(Spectral Energy Distribution,简称SED)是天文学、天体物理学及能源研究等领域的常用术语,用以描述天体或光源在不同波长或频率上的能量分布情况。为便于书写和交流,该术语常缩写为SED,广泛应用于学术文献及专业报告中。
Spectral Energy Distribution具体释义
Spectral Energy Distribution的英文发音
例句
- We also review the observational and theoretical results of galactic spectral energy distribution ( SED ) and the corresponding optical spectral classification.
- 回顾了星系红外光谱能量分布(SED)的观测和理论方面研究,及星系光学光谱分类方法和历史。
- Effects of different spectral energy distribution on tissue culture of Oncidium in vitro
- 不同光谱能量分布(SED)对文心兰组织培养的影响
- In this paper, we study the IR spectral energy distribution of 16 PG quasars which have strong infrared radiation.
- 本文讨论了16个红外强PG类星体的红外辐射能谱。
- Some problems to be discussed have been pointed out, among which a few of specific ones, related to the variability timescale, the central structure, the some characteristics for multi-band spectral energy distribution and evolution of AGN, have been investigated and are summarized as follows.
- 对其中与AGN的中心结构、多波段能谱特性和演化有关的部分具体问题进行了研究并得到了一些新的结果。
- Either radiation signal or total radiation heat flux need to combine radioactive heat transfer equation with energy equation, then we could get corresponding spectral energy distribution or radiant heat.
- 无论辐射信号还是辐射换热量计算都需要在全光谱范围内辐射传输方程与能量方程的耦合求解,然后获得相应的光谱辐射能量分布或者辐射换热量。
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