损耗的例句大全

It was a new production technique aimed at minimizing wastage.

这是一项旨在使损耗减至最低的新生产技术。

The march would consume half of the useful life of the vehicle.

此次长途跋涉将过于损耗车辆的寿命.

All these energies may be interconverted without loss.

各种能量可以无损耗地互相转换.

Wastage was no doubt a necessary consequence of war.

巨大的损耗无疑是战争的必然结果。

The process of reflection does not in itself involve any energy loss.

反射过程本身不存在任何能量损耗.

The cost was imperceptible at first.

这种损耗在开始时觉察不到.

In communications, ? equipment ? and techniques used to match circuits to each other ensuring minimum transmission impairment.

通信技术中, 用来使线路间互相匹配以确保传输损耗最小的设备和技术.

The oversight issued in heavy loss.

这次疏忽造成重大损耗.

The store owner charged off all of the last season's stock of suits.

店主把上一季度盘存的全部服装作为损耗在帐上注销.

The cost of screen drag is appreciable in almost all installations.

阻尼网的阻力损耗在几乎所有的装置中都是很大的.

The wastage is not very great.

损耗不大.

They do not wear out if properly managed.

如果管理适当,它们不存在损耗问题.

This is very important in insects as cast skins represent a considerable loss in energy.

在昆虫中很重要的是,蜕皮损耗了相当大的能量.

Buy more paper than you need to allow for wastage.

考虑到损耗,买比所需更多一些的纸.

You must allow for five per cent wastage in transit.

在运输中要允许有百分之五的损耗量.

Study on Breather Loss Mechanism of Oil Tank

储油罐小呼吸损耗机理研究

Its stable and even discharge makes the ballast resistor smaller which reduces extra power consumption.

其放电均匀稳定，可减小限流电阻值，降低外电路电功损耗。

It is an important problem and struggle aspect for line fittings to increase transmission efficiency and reduce power loss in transmission and distribution lines.

在输配电线路中，提高输送效率、减小线路损耗是线路金具需要解决的重要课题。

As having advantages such as littler inserting loss, better wavelength selection and absolute coding, FBG has bright prospects of applications in fiber communication and sensing.

由于它具有插入损耗小、波长选择性好及传感信息对波长绝对编码等优良特性，因而在光纤通信及传感领域有着广阔的应用前景。

The development of the S11 type distribution transformer in China was expatiated. Both the advantages and the disadvantages of the rolled iron core structure and stacked core structure of distribution transformers were discussed. The losses of S11 type and S9 type distribution transformers were compared also.

阐述我国S11型配电变压器的发展过程，分析比较了卷铁芯和叠铁芯2种结构的优缺点，并对S11和S9型配电变压器的损耗参数进行比较。