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1·This is the key point for the design of vacuum furnace.

这是设计真空炉应考虑的中心思想。

2·Structure and control system of an external heated vacuum furnace are introduced in detail.

本文详细介绍了一台外热式真空炉的结构和控制系统。

3·The vacuum furnace is adapted to meet both vacuum sintering and carburizing at negative pressure.

负压渗碳的设备是对真空炉进行改造，使得真空炉能够进行真空烧结和气氛负压渗碳。

4·The pressed pieces (green bodies) are sintered in vacuum furnace of pilot scale at 1440 C for 1 h.

压片的（绿色团体）是真空炉烧结的试点规模在1440 C为1小时。

5·LD, LDMC series Ion nitrogen (NOx) equipment from the LD, LDMC system power vacuum furnace and pose.

LDMC系列离子渗氮(氮化)设备由LD、LDMC系统电源和真空炉体构成。

6·It introduces how to produce high nitrogen ferrochrome in vacuum furnace, non - pressured vessel type.

简述了采用非压力容器型真空电阻炉生产高氮铬铁的过程。

7·The technology of comprehensive recovery of In, Ge and Ag from the zinc vacuum furnace slag is introduced in detail.

介绍了从真空炉渣中综合回收锗、铟、银的工艺和生产技术。

8·At last, some research work could be considered such as thermal engineering and process control in vacuum furnace was prop.

扼要地提出了将来在真空冶金炉热工及过程控制研究方面可开展的一些工作。

9·The stainless steel out \ | gassing rates can be reduced greatly by high temperature degassing technology in a vacuum furnace.

真空炉高温除气工艺可以大大降低不锈钢出气率。

10·When brazing was carried out by placing the workpiece in a box inside a vacuum furnace, the brazing quality may be improved distinctly.

将工件放在盒内，再把盒放入真空炉中加热进行钎焊，可显著提高钎焊质量。