cemented carbide的例句大全

When the temperature drops from 800 ℃ to 0 ℃ for TiC/ Al2O3/ TiN composite coating with cemented carbide substrate, there is tensile stress in TiN coating.

TiC/Al2O3/TiN复合涂层温度从800℃下降到0℃时，在TiN涂层内以拉应力为主，在硬质合金基体内以压应力为主。

multi-purpose two-chamber vacuum sintering furnace for cemented carbide

双室多功能硬质合金烧结炉

design and calculation of cemented carbide vacuum sintering furnace heating unit

硬质合金真空烧结炉电发热体的设计与计算

some recommendations for prevention of cemented carbide from binding boats during vacuum sintering

介绍几种防止真空烧结硬质合金粘舟的方法

plain milling cutter with cemented carbide tips

硬质合金平面铣刀

study of adhesion failure of cemented carbide milling insert

硬质合金铣刀片粘结破损的研究

the evaluation of measurement uncertainty for rockwell hardness ( scale a) test of cemented carbide

硬质合金洛氏硬度（A标尺）测量不确定度的评定

increasing incorruptibility of cemented carbide threading inserts by esc technology

采用ESC工艺提高硬质合金螺纹刀片耐用度

investigation on carburized predecessor matrix of gradient cemented carbide

梯度硬质合金渗碳前驱体的研究

Grinding performance of the brazed wheel in surface grinding of cemented carbide is studied.

以硬质合金为加工对象,研究了该砂轮的磨削性能.

MIM of cemented carbide adaptor of bayonet have been investigated.

研究了硬质合金刺刀座注射成形工艺过程.

The electroplating and hydrogen plasma treatment process for Ni coating on YT 5 cemented carbide are studied.

研究了在YT5硬质合金上镀镍工艺和镀层的氢等离子体处理工艺,在YT5上得到了质量较好的镍镀层.

Adding triethanolamine oleate to the solution can obviously inhibit the leaching of cobalt from cemented carbide.

油酸三乙醇胺与硼砂复配,对硬质合金中钴浸出的抑制效果更佳.

CarbonControl in MIM Process of Nonmagnetic Fine cemented Carbide was studied.

研究了细晶无磁硬质合金金属注射成形工艺中碳含量的控制.

The effect of adding rare earth elements, metals, metal carbides into cemented carbide, are summarized.

本文综述了向硬质合金中加入稀土元素 、 金属和(金属)碳化物对硬质合金性能的影响.

Formation mechanism of sintering cemented carbide pockmarks is studied.

研究了硬质合金烧结麻面的形成机理.

For the materials with high hardness, such as cemented carbide, glass , jadeware, etc.

适用于各种高硬材料的磨削及研磨加工, 如硬质合金 、 玻璃、玛瑙 、 珩磨汽缸套等.

Recovery of cobalt and copper from nitric acid leaching solution of cemented carbide scrap was studied.

对从硬质合金碎屑的硝酸浸出液中置换回收金属钴和铜进行了研究.

After 1963, tungstic acid, APT, W powder, WC powder and cemented carbide could be produced too.

1963年以后,进一步发展到生产钨酸 、 钨酸钠 、 仲钨酸铵 、 钨粉 、 碳化钨粉、硬质合金等.

The influence factors of nanometer WC cemented carbide powder produced by mechanical alloying are also reviewed.

论述了用机械合金化技术制备纳米WC硬质合金粉的影响因素.