红外谱带强度的详细分析表示钇的位置是在铒与铥之间。
A detailed analysis of intensity of IR bands showed that the position of yttrium is situated between erbium and thulium.
利用分子光谱谱带位移、谱带强度、谱带形态等的变化，可以初步对晶体作结晶学定向。
Crystal can be crystallographically oriented by molecular spectrum with the change in band shift, band intensity, and band shape.
相对强度上，两个方向上第一组的谱带强度相当；第二组、第三组谱带强度平行方向明显强于垂直方向。
The intensity of the first band is equivalent in two directions, while the second and the third parallel toc-axis are much stronger than the vertical.
芳香环谱带的相对强度和频率对于镧系元素原子序数的依赖关系表明双-双效应的存在。
The dependence of relative intensity and frequency of bands of aromatic ring on the atomic number of lanthanides indicates the presence of a double-double effect.
研究了窄谱带模型在气体辐射中的运用，根据气体介质的物理性质，计算了对应各个波长段的辐射强度和穿透率。
The dissertation calculates the spectral intensity and transmittance along the wavelength, using narrow band model, according to the physical property.
对单晶体的喇曼光谱测定说明，不同的入射和接受方向只对谱带的相对强度产生影响。
The measurements of Raman spectra on single crystals indicate that different incidence and acceptance directions will exert influence on the relative intensity of a Raman line.
结果表明，各样品的蛋白质、同工酶酶谱有共有带，但酶带数量与活性强度有差异；
The results showed that the soluble proteins and isoenzymes, there are same band with, but the quantity of band and activity of enzymes with different intensity;
结果表明，各样品的蛋白质、同工酶酶谱有共有带，但酶带数量与活性强度有差异；
The results showed that the soluble proteins and isoenzymes, there are same band with, but the quantity of band and activity of enzymes with different intensity;
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