1) weight-container
重型容器
1.
The structure of weight-container is complex,we should make a entrance with JRootPane object,analyse it\'s structure,clear the conception about root pane、layered pane、content pane、glass pane etc.
重型容器的结构复杂,要从其子对象JRootPane入手,分析该类的结构,明确根板、层板、内容板、玻璃板等概念,理解容器的体系结构和管理结构。
2) heavy vessel
重型容器`
3) deadweight of containers
容器自重
1.
The deadweight of containers determined by the reduced speed prescribed by safty rules can meet the requirement of the safety factor in uniform speed, variable speed and exigency braking in any state, which avoids the unnecessary details and design periodicity in calculation caused by the repeated adjusting, correcting and verifying process in the traditional design.
用安全规程规定的减速度确定出的容器自重,能满足静、动防滑安全系数检验,也满足各种状态下紧急制动防滑要求,避免了传统设计中容器防滑自重反复调整,反复修正和校验,造成计算的重复、繁琐、设计周期长等弊端,使设计非常简便,安全可靠。
4) volume-weight instrument
容重器
1.
The influential factors of the standard uncertainty are analysized systematically and evaluated in detail to the volume of the volume-weight instrument.
系统地分析了容重器的容积测量结果标准不确定度的影响因素,并进行了较详细的评定。
6) large container
大型容器
1.
Processing parameter optimizing expert system for large container cutting;
大型容器切削加工用工艺参数优化专家系统
2.
Aiming at the question that turning machining techniques parameter of large container is undeterminable, according to the theroy of machining of metals, adopting the combined method of computer technology and expertise.
针对大型容器车削加工工艺参数难以确定的问题,依据金属切削加工理论,采用计算机 技术与专家经验相结合的方法,提出了基于VC++6。
3.
In the machining of large container, cutting occupies an extremely important position.
在大型容器加工中,切削加工占有极其重要的地位,如何经济、高效地实现切削加工,一直是大型容器加工制造行业的重要研究领域。
补充资料：重型
1.谓机器﹑武器等在重量﹑体积﹑功效或威力等方面比一般型号同类产品特别大的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条