The teeth on the gears mesh as they turn round.

转动时齿上的齿与齿相啮合。

The wheels meshed well.

机啮合。

The wheels meshed.

子相啮合。

The cogs gear smoothly.

齿啮合得很。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传统的多级齿传动设计浪费了材料的一部分承载能力,单目标的啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应用中的实际问题,对偶合-铜络一步完成中铜盐的作用、甲铜络合物的啮合形式及其性能成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆传动副的啮合分析,用当量圆柱蜗杆副的分析方法,得出阿基米德锥蜗杆副的装配条件。

The teeth on the gears mesh as they turn round.

齿轮上齿与齿相合。

The wheels meshed well.

机轮合良好。

The wheels meshed.

轮子相合。

The cogs gear smoothly.

齿轮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传统多级齿轮传设计浪费了材料一部分承载能力,单目标合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应用中实际问题,对偶合-铜络一步完成中铜盐作用、甲铜络合物合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆传合分析,用当量圆柱蜗杆分析方法,得出阿基米德锥蜗杆装配条件。

The teeth on the gears mesh as they turn round.

转动时齿轮上的齿与齿相啮合。

The wheels meshed well.

机轮啮合良好。

The wheels meshed.

轮子相啮合。

The cogs gear smoothly.

齿轮啮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传统的多级齿轮传动设计浪费了材料的一部分承载能力,单目标的啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应用中的实际问题,对偶合-铜络一步完成中铜盐的作用、甲铜络合物的啮合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥传动副的啮合分析,用当量圆副的分析方法,得出阿基米德锥副的装配条件。

The teeth on the gears mesh as they turn round.

转时的与相啮合。

The wheels meshed well.

机啮合良好。

The wheels meshed.

子相啮合。

The cogs gear smoothly.

啮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

统的多级设计浪费了材料的一部分承载能力,单目标的啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应用中的实际问题,对偶合-铜络一步完成中铜盐的作用、甲铜络合物的啮合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗副的啮合分析,用当量圆柱蜗副的分析方法,得出阿基米德锥蜗副的装配条件。

The teeth on the gears mesh as they turn round.

转动时上与相啮合。

The wheels meshed well.

机啮合良好。

The wheels meshed.

子相啮合。

The cogs gear smoothly.

啮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传统多传动设计浪费了材料一部分承载能力,单目标啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应用中实际问题,对偶合-铜络一步完成中铜用、甲铜络合物啮合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆传动副啮合分析,用当量圆柱蜗杆副分析方法,得出阿基米德锥蜗杆副装配条件。

The teeth on the gears mesh as they turn round.

转动时齿轮上齿与齿相啮合。

The wheels meshed well.

机轮啮合良好。

The wheels meshed.

轮子相啮合。

The cogs gear smoothly.

齿轮啮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传级齿轮传动设计浪费了材料一部分承载能力,单目标啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应中实际问题,对偶合-络一步完成中盐作、络合物啮合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆传动副啮合分析,当量圆柱蜗杆副分析方法,得出阿基米德锥蜗杆副装配条件。

The teeth on the gears mesh as they turn round.

转上的与相啮合。

The wheels meshed well.

机啮合良好。

The wheels meshed.

子相啮合。

The cogs gear smoothly.

啮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

统的多级设计浪费了材料的一部分承载能力,单目标的啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和应用中的实际问题,对偶合-铜络一步完成中铜盐的作用、甲铜络合物的啮合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆的啮合分析,用当量圆柱蜗杆的分析方法,得出阿基米德锥蜗杆的装配条件。

The teeth on the gears mesh as they turn round.

转动时齿轮上的齿与齿。

The wheels meshed well.

机轮良好。

The wheels meshed.

轮子。

The cogs gear smoothly.

齿轮得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传统的多级齿轮传动设计浪费了材料的一部分承载能力,单目标的参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结生产和应用中的实际问题,对偶-铜络一步完成中铜盐的作用、甲铜络物的形式能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆传动副的分析,用当量圆柱蜗杆副的分析方法,得出阿基米德锥蜗杆副的装配条件。

The teeth on the gears mesh as they turn round.

转动时齿轮上的齿与齿相啮合。

The wheels meshed well.

机轮啮合良好。

The wheels meshed.

轮子相啮合。

The cogs gear smoothly.

齿轮啮合得很好。

In the computation, considering the influence of all of joggle parameter, adopting compound-aitch optimization and intellective distinguish can prevail more reasonable joggle parameter.

传统的多级齿轮传动设计浪费了材料的一部分承载能,标的啮合参数优化方法确度不够。

According to the problems in dyes production,the role of cupric ion in coupling-cupric complexation was discussed,and the chelated forms of formazane reactive dyes were introduced.

并结合生产和的实际问题,对偶合-铜络一步完成铜盐的作、甲铜络合物的啮合形式及其性能等研究成果进行了介绍。

This paper makes a meshing analysis about the spiroid gearing. Using the method of equivalent worm gearing, the assembly condition of Archimedes spiroid gears has been obtained.

通过锥蜗杆传动副的啮合分析,当量圆柱蜗杆副的分析方法,得出阿基米德锥蜗杆副的装配条件。