To give an error analysis of this effect, the propagation of partial coherent light in the proximity UV-lithography was investigated and the relative theoretical model was proposed.
为此，研究了接近式紫外光刻中部分相干光的传播过程，建立了相应的光刻理论模型，对光刻成像中的误差产生机理进行分析。
Conclusion The attracting effect of carbon dioxide traps was better than that of UV light traps. CO2 traps can be used to effectively monitor mosquito density.
结论CO2灯诱法捕蚊效果好于紫外灯诱法，是蚊虫密度监测的一种有效方法。
Conclusion The attracting effect of carbon dioxide traps was better than that of UV light traps. CO2 traps can be used to effectively monitor mosquito density.
结论CO2灯诱法捕蚊效果好于紫外灯诱法，是蚊虫密度监测的一种有效方法。
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