钨棒

以镍的特效试剂丁二酮肟作为滴定剂，阳极极化的铂丝作为指示电极，阴极极化的钨棒作为参比电极，极化电流为2μA。

Dimethylglyoxime is used as titrant , platinum wire as anodic polarized indicator electrode and tungsten rod as cathodic polarized re - ference electrode . Polarizing current is 2 μ A.

钨棒加热生长Nd：YAG晶体

Nd : YAG Crystal Growth using Tungsten Rod as the Heater

钨棒炉生长Nd~（3+）：YAG的工艺讨论

On the Technical Process for Growing Nd : ~ ( 3 + ) YAG in a Tungsten-rod Furnace

本文对在钨棒炉中应采用什么工艺、如何改变热系统，才能生长出优质Nd~（3+）：YAG激光单晶进行了探讨。

An investigation is made on the technical process that should be adopted and the method of modifying the heating system when a tungsten-rod furnace is used for growing a high-quality single crystal Nd3 + : YAG for laser .

本文指出：生长YAG时，钨棒炉中试料的污染是由于钨钼氧化物的热稳定性差，因而在高温的坩蜗中分解析出钨钼所致。

During the growth of YAG , the material specimen in the tungsten-rod furnace becomes contaminated because of poor heat stability of oxides of both tungsten and molybdenum . The oxides are decomposed with tungsten and molybdenum separated in the high temperature crucible .

本文介绍了TPCS-1型钨棒炉程序控温系统的软、硬件设计及其特点。

This paper deals with the software and hardware designing and its characteristics of the controlling system TPCS-1 for tungsten bars furnace by microcomputer .

铈钨棒的氧化铈含量及其电极使用性能氧化铈和磷酸铈介孔材料的可控合成研究

Study on CeO_2 Content of Ce-W Bar and Its Electrode Performance in GTAW

粗钨棒的低温烧结

Pure Tungsten Bar Sintered at Lower Temperature

1984年，赣州钨钼材料厂投产，引进日本技术，生产出了钨粉、棒、丝等产品。

In 1984 , Ganzhou Tungsten and Molybdenum Materials Factory was into production .

基于这种产业链关系，三者衍生出了关于钨粉、钨合金棒买卖的关联交易。

Based on this industry chain , the three derived from relating-trade on the tungsten powder and the tungsten alloy rod .

本研究以电浆电弧为加热源蒸发钨靶材，并藉由气凝合成机制，外加一套吹气装置制备氧化钨奈米棒，分别探讨腔体压力与奈米棒平均直径及产率的关系。

In the present study , tungsten oxide nanorods were prepared by a plasma arc gas condensation technique where a gas nozzle was introduced to provide blowing gas .