用TIG造句子，“TIG”造句

Observations of Molten Pool Behavior during A-TIG Welding

Multi-Function TIG Welding Controller Based on MSP430 SCM;

與TIG焊相比，A-TIG焊在消除氣孔方*有明顯的作用

介紹了不鏽鋼鑲套的TIG焊接工藝。

Numerical Simulation of TIG Welding Temperature and Stress Field for Aluminum Alloy Based on Ansys and Secondary Development;

我們提供膠合劑定子鐵芯或TIG焊接的釘子鐵芯。

Development of an Activating Flux for TIG of Stainless Steel and Effect of Activating Flux on Plasma during CO_2 Laser Welding;

提出了該合金採用TIG焊接防止熱裂紋產生的措施。

通過宏觀及微觀檢測，分析了6061鋁合金管及A7003鋁合金薄壁管經TIG(氬弧)焊後的焊接區開裂的原因。

採用步進式TIG焊，利用計算機控制，對薄板低碳鋼平板堆焊的熔透控制進行了研究。

提出熔敷焊接工藝方法，採用等離子弧、TIG電弧、高頻感應、氣保護連續爐、真空爐和模中熔鑄工藝實現了熔敷焊接工藝方法。

Three welding modles:DC TIG,PulsedTIG,DC MMA.

TIG welding rapid prototyping surfacing quality vision detecting system

The Characteristic of TIG Arc and the Application of Ultra-narrow Gap Welding Technology with Constricted TIG Arc by Two Pieces of Solid;

Microstructure and Properties of TLP and TIG+MIG Joint of T91 Steel Pipe

TIG電弧是焊接生產中的一種重要熱源，交流TIG電弧在鋁合金的焊接製造中的應用亦已相當廣泛。

TIG welding is an important welding process in modern manufacturing industry, the selection of technique parameters is a key factor of exerting efficiency, seam prevention and quality guarantee.

通過對TIG熔敷堆焊快速成形的原理的分析，介紹了選擇CCD作為TIG熔敷堆焊快速成形視覺傳感器的功能；

第三部分研究了在氦氣作保護氣體的情況下，用變極*TIG焊方法焊鋁時，焊接電流、電弧電壓的變化情況和電弧形態的變化。

TIG: Tungsten-arc Inert-Gas welding

Microstructure and Property of TIG Welding Cast Iron

Study of Technique and Mechanism on Hybrid CO_2 Laser-TIG Welding;

Study on Mechanism of SiCp/101Al Matrix Composite TIG Welding Joint with Ti Filler In-situ Reinforcement

由於鎂合金不填絲的TIG焊接接頭強度低，焊縫表面成型不好，所以，鎂合金的填絲tig焊接方法不可避免。

這些電源穩定*較好，允許專用於微型TIG焊的電流非常低，可以大量取代等離子方法用於微型焊接作業。

Three welding modes ： DC pulsed TIG, DC MMA.

TIG arc behavior of ultrafast-convert high-frequency variable-polarity square wave

採用活*化焊劑TIG焊接方法研究了奧氏體不鏽鋼焊縫熔深的變化。

TIG spot welding

The Research on the Arc-swing-typed TIG Welding Seam Tracking Sensor and Its System;

In this paper, it elaborates the applications of TIG wires on carbon steel pipeline at home and abroad, and discusses the matching relationship between the domestic wire and mild steel.

Study on the Technologies of Variable Polarity Plasma Arc (VPPA) and Activating Flux TIG (A-TIG) for Magnesium Alloy Welding;

焊接設備包括自動等離子弧和TIG表面硬化機械設備。在此只展示少數典型設備。

本文初步探討了TIG熔修工藝對潛艇耐壓殼體抗爆*的影響

Microstructure and properties of Mg alloy joint by A-TIG and TIG

Welding equipment includes automatic plasma arc and TIG hardfacing machines. Only a few typical machines are shown here.