1) titanium plate
钛基板
2) Ti-based
钛基
1.
Ti-based amorphous brazing material is a new brazing material with great application prospect.
钛基非晶态钎焊料是一种较有应用前景的新型钎焊材料。
3) Ti-based anode
钛基阳极
4) titanium substrate
钛基体
1.
Influence of medium-tempering treatment on microstructure and properties of Ni based spray-welded coating on titanium substrate;
中温回火对钛基体上镍基喷焊涂层组织和性能的影响
2.
The titanium surface is treated by sandblast, mechanical abrasion, chemical corrosion, etc, and activated before brush plating, so as to effectively improve the cohesion between titanium substrate and silver coating.
采用无氰电刷镀银溶液,通过对钛基体进行喷砂、机械打磨、化学刻蚀等表面处理,电镀前再经过表面活化,可有效地提高钛基体与镀银层之间的结合力。
3.
The amorphous Ni-Co-P alloy coating on titanium substrate is prepared by electrodepositon.
通过电沉积在钛基体上制备了非晶态Ni-Co-P合金镀层。
5) RuO_(2)/Ti
钛基RuO2
1.
The results indicated that in the electrochemical reactor with stainless steel, RuO_(2)/Ti and active carbon particles as the anode, cathode and filled electrode, respectively, anion surfactants in wastewater had good degradation effect under appropriate technological condit.
结果表明,在无隔膜复极性固定床电解槽内,以不锈钢为阴极,以钛基RuO2电极为阳极,以活性炭颗粒为填充电极,在合适的工艺条件下,阴离子表面活性剂废水具有较好的降解效果,降解率可达到96%以上,CODCr去除率大于84%。
6) titanium-base alloy
钛基合金
1.
These high temperature materials include heat-resisting steels, iron-base nickel-iron-base, nickel-base, titanium-base alloys, intermetallics and also super-high temperature tungsten-base refractory alloys.
综述了耐热钢、铁基、铁 镍基、镍基、钛基合金、金属间化合物以及钨基超高温材料的发展、应用及其在高温合金领域中的重要研究进展。
参考词条
补充资料：板钛矿
化学成分为TiO2、晶体属正交（斜方）晶系的氧化物矿物。英文名源出于纪念英国结晶学家和矿物学家H.J.布鲁克(Brooke)。与金红石和锐钛矿成同质三象。除通常均呈板状晶形、具两个方向的不完全解理、硬度和比重稍低外，板钛矿的其他物理性质、产出条件和用途都与金红石相似，但不如金红石稳定和常见。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。