1.
Determination of traceable nitrogen in argon with PDHID-GC
高纯氩气中微量氮的(PDHID-GC)测定方法
2.
The purity of argon was analyzed by gas chromatography with argon discharge detector.
采用氩放电检测器气相色谱仪分析了氩气纯度。
3.
The Technique Research of High-frequency Argon Electrotome s Gas Control System;
高频氩气刀氩气子系统控制技术研究
4.
metal ultrahigh vaccum argon analyzer
金属超高真空析氩仪
5.
Argon-blown pocket block is a supportive new and hi-tech product developed simultaneously with bottom-blow argon vent brick.
二、吹氩座砖是与底吹氩透气砖同步开发的配套高新技术产品。
6.
PRINCIPLE OF IMPROVING KILLED STEEL QUALITY BY BLOWING Ar INTO MOLDS
钢锭模内吹氩提高镇静钢质量的原理
7.
Experiment and Theory Research of the Spectrum of Highly Ionised Ar Ions
高离化氩原子光谱的实验和理论研究
8.
Studies on Microstructure and Property of GH4169 Argon-arc Welding Joint;
GH4169高温合金氩弧焊头组织与性能研究
9.
Pure nitrogen or argon is bubbled through the solution until all color is gone.
向溶液中鼓入纯氮气或氩气，直到溶液没有了颜色时为止。
10.
Mechanical Properties and Corrosion Behavior of Micro-plasma-argon-arc Welded and Laser Welded Pure Titanium: An Experimental Study;
微束等离子氩弧焊及激光焊用于牙科纯钛焊接的实验研究
11.
Low ultimate pressure, high pumping speed for Ar.
极限压力低、抽气压力范围宽，对氩气抽速较高。
12.
Argon Arc Surfacing with Flux-cored Wires for New Type of Casting High Cr Hot-Working Die Steels;
新型铸造高铬热作模具钢药芯焊丝氩弧堆焊
13.
When oxygen is produced by adsorption, argon flows through with the oxygen, producing oxygen with a purity range of 90-95%.
用吸附法生产氧时，让氩同氧一起流通，可以生产出纯度在90%到95%范围内的氧。
14.
Application of argon arc local strengthen can increas e hardness and high-temperature wear resistance of the ring groove.
采用氩弧局部强化可提高环槽的硬度和高温耐磨性。
15.
The hazards associated with argon are asphyxiation and the high pressure of the gas in containers and systems.
同氩相联系的危险是窒息和在容器和系统里的高压。
16.
Argon is shipped and stored in high-pressure cylinders, tubes, or tube trailers depending upon the quantity required by the user.
根据用户要求的量，使用高压钢瓶、管道或管道拖车来运输和储存氩。
17.
THE CALCULATION OF ELECTRONIC DENSITY ANO THE THERMODYMAMIC PROPERTIES FOR EQUILIBRIUM HIGH TEMPERATURE MIXTURE GAS (AK + AR)
正激波后平衡高温混合气体(空气加氩)电子密度及热力特性计算
18.
The strong magnetic field required for the excitation of an argon ion laser is of fundamental importance.
磁场是脉冲氩离子激光提高功率输出的重要条件。