Therefor, optimization of working conditions is the key to analytical work of ICAP instrument.
因此，正确进行工作条件的优化，是ICAP仪器分析工作的关键。
An optimization design method for a hypoid gear with high tooth was proposed based on the investigations into variations of working tooth height and constraint conditions of undercut.
通过增加工作齿高和对根切条件的深入研究，提出了高齿准双曲面齿轮的优化设计方法。
The tests for comparison and optimization under 12 different working conditions are carried out, which provides basis for selection of parameters of the primary and secondary suspensions.
并进行了多达12种不同工况的比较优化试验，为一系、二系悬挂参数的选取提供了依据。
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