1) decreasing weight
去重工艺
1.
Althrough the decreasing weight and matching weight technique have been used,and the most of decreasing weight technique have been satisfied basically for safy and property in the production, but the wheelset intensity decreasing, demotion using and waster wheels.
轮对动平衡去重、配重工艺在历史上均有采用，而目前在生产中大多数采用去重工艺，基本上能满足安全及性能要求，但生产中也出现了由于去重切削使轮对强度下降，造成了轮对降级使用和报废现象的发生，随着金属冷焊接技术的发展，给动平衡配重工艺提供了新的理论基础，因此对动平衡工艺进行研究和试验具有一定的现实意义。
2) ridding unbalance
去重
1.
According to the two-plane balancing theory of rigid rotor and the general dynamic balance principle of six cylinders crankshaft, the dynamic balancing problem of six cylinders crankshaft has been theoretically analyzed and establish a practical model for ridding unbalance.
根据旋转刚体双面平衡原理和一般六缸曲轴常用的动平衡方法,对六缸曲轴动平衡问题进行了理论分析,并建立了一种实用的去重模型。
3) weight-removing method
去重法
1.
this paper proposes several kinds of arithmetic of dynamic balance emendation which posses prevalent practicality, including weight-removing method, weight-adding method and attached-balancer method.
文中介绍了几种应用性很强的动平衡校正方法,包括去重法、配重分量法、附加动平衡盘法。
4) removing-material machine
去重机
1.
This system is composed of dynamic balancing tester and automatic removing-material machine for rotors.
该系统由动平衡测试机、转子去重机组成,重点论述动平衡测试机和去重机的硬件与软件设计过程。
5) machining system
去重系统
1.
Abstract: In order to meet the needs of the automatic integrative technology for dynamic balancing emendation, an CNC(computer numerical control) machining system for dynamic balancing emendation using the embedded system as central measuring & controlling unit is developed in this paper.
为满足动平衡自动校正一体化技术的需求,采用嵌入式系统作为中心测控单元研制了一个动平衡数控去重系统。
6) quantitative weight reduction
定量去重
1.
The quantitative weight reduction technology for wheelsets under present conditions and relevant tooling are described.
介绍在现有条件下轮对的定量去重工艺和有关工
参考词条
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。