1) SEDs
谱能分布
2) energy spectrum distribution
能谱分布
1.
The method combines the energy spectrum distribution of X-ray source,geometrical shapes and material compositions of sub-regions of phantoms.
为了开发出有效的医学诊断X射线CT(计算机断层扫描)射束硬化校正方法,结合X射线源能谱分布以及数学CT模体内各区域的几何形状和材料成分,提出一种宽能谱X射线投影解析计算方法。
2.
In order to realistically simulate the projections of X-ray computed tomography(XCT),a projection simulation algorithm is presented by combining the X-ray energy spectrum distribution function with the tissue boundary approximation strategy.
为了逼真模拟X射线CT投影数据,提出一种结合X射线能谱分布函数和组织边界逼近策略的投影仿真算法。
3) Relative energy spectrum distributions
光谱能分布
5) energy distribution
能量分布，能谱，能源分布
6) Spectral power distribution
光谱能量分布
1.
Based on the foreign similar research results and mesopic theory,reaction time and spectral power distribution of same type with different color temperature lighting source was measured,by a reaction time measure system developed ourselves and PR-650 spectral scanner.
根据国外相关研究成果和中间视觉理论,采用自行研制的反应时间测量系统和PR-650光谱扫描仪,分别对同类型不同色温的光源进行了反应时间和光谱能量分布测试。
补充资料：VGESCALABMKII电子能谱仪
VGESCALABMKII电子能谱仪
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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