1.
Energy Conservation Technology of WIDJQ-45 One Room Vacuum Add-pressure and Gas Quenching Furnace
WZDJQ-45型单室真空加压气淬炉节能技术
2.
Three-dimensional Finite Element Method Calculation for Furnace-can of Vacuum Add-pressure and Gas Quenching Furnace
真空加压气淬炉炉壳应力的三维有限元计算
3.
Development of ZQL-80B Gas Quenching Vacuum Furnace
ZQL-80B型真空正压气淬炉的研制
4.
Microstructure and Properties of 2O13 Steel after Vacuum High Pressure Gas Quenching
真空高压气淬处理后2Cr13钢的组织和性能
5.
Finite Element Calculation of the Stress of the Teeth-Locked Quick Open-Closure Device in the High Pressure Gas Quenching Vacuum Furnaces
真空高压气淬炉齿啮式快开结构应力有限元计算
6.
Numerical Simulation and Experimental Study of Flow and Temperature Fields during Vacuum High-Pressure Gas Quenching
真空高压气淬过程流场温度场数值模拟和实验研究(英文)
7.
Numerical Simulation of Different Wind Tunnel Flow Types in Vacuum High-pressure Gas Quenching Furnace
真空高压气淬设备不同风道流动型式的数值模拟
8.
The Research of Similarities and Differences about Die Performance after Vacuum Gas Quenching and Conventional Oil Quenching
真空气淬和普通油淬对环模性能异同性的研究
9.
Comparison of Microstructure and Properties of 1Cr17Ni2 Steel Between Vacuum Gas Quenching and Conventional Oil Quenching
1Cr17Ni2钢真空气淬和普通油淬的性能与组织比较
10.
pneumatic pressing spot welder made in Japan
日本空气加压D点焊机
11.
A space in which the pressure is significantly lower than atmospheric pressure.
真空般状态压强明显比大气压强低得多的空间
12.
Vacuum Preloading: Experiment and Theory;
真空预压加固地基的试验及理论研究
13.
Study on Range of Influence and Mechanism of Vacuum Preloading Method;
真空预压加固机理与影响区域的研究
14.
Analysis of 3D FEM for soft foundation improved by vacuum preloading
真空预压法加固软基三维有限元计算
15.
Discussion on Problems in Strengthening Soft Ground by Vacuum Preloading Method
真空预压法加固软基几个问题的探讨
16.
Research on the Vacuumization Method, Treatment Mechanism and Application Technology of Underwater Vacuum Preloading;
水下真空预压中真空产生机制、预压加固机理及其应用技术研究
17.
A high vacuum in the fuel tank can cause atmospheric pressure to collapse the tank.
燃油箱内的高真空，会引起大气压力压塌油箱。
18.
SUCCESSFUL DEVELOPMENT OF THE VACUUM RAPID QUENCHING FURNACE IN BEIJING--A GREAT BREAKTHROUGH IN DEVELOPING AMORPHOUS, MICRO-CRYSTALLINE MATERIALS BY RAPID QUENCHING IN VACUUM IN CHINA
我国研制真空快淬非晶微晶材料取得重大突破——真空快淬炉在京研制成功