1.
A STUDY OF TURPENTINE USED AS LIQUID-PHASE PASSIVATION MEDIUM
松节油作为液相钝化介质的应用研究
2.
The medium is prepared in a special tank and then is pumped into circulate tank by a feeding pump in which the medium is heated to working temperature.
钝化介质在专门的槽中准备,然后用加料泵泵入循环槽,在槽中加热至工作温度。
3.
"The chromating treatment system includes spray-rinsing tank, circulate tank and medium storage tank."
钝化处理系统包括喷淋槽、循环槽和介质储存槽。
4.
The Research of Semiconducting Properties of the Passive Film Formed on 304 Stainless Steel in Seawater;
304不锈钢钝化膜在海水介质中的半导体特性研究
5.
Analysis of Si_3N_4 Passivation Layer Quality
Si_3N_4钝化层质量分析研究
6.
Device Processing: Etching. Surface passivation; dielectric films.
元件制程：蚀刻，表面钝化，介电材料薄膜。
7.
Stainless steel have the wide-ranging application in petrochemical industry, but theirequipment of contact corrosion medium in petrochemical units must carry on acid cleaning andpassivation.
不锈钢在石油化工行业中应用十分广泛,而接触腐蚀装置介质的设备必须进行酸洗钝化处理。
8.
The Passive Film on Ti-15Mo Alloy Studied by Plasma Source Mass Spectrometry
用等离子质谱法研究钛钼合金钝化膜
9.
Study of Surface Properties of GaP Semiconductors Passivated by Sulfur Treatment;
硫钝化GaP半导体表面性质的研究
10.
Excellent aluminum or copper, Ni-plated or processed by colorful oxidizing.
优质铝型材或铜材，表面彩色钝化或镀镍。
11.
Influence of Zn~(2+) on Semi-conductivity of Passive Films of Stainless Steel
Zn~(2+)对不锈钢钝化膜半导体性质的影响
12.
Effects of Interfering Ions on the Performance of Trivalent Chromium Blue-White Passivation Bath
杂质离子对三价铬蓝白钝化液性能的影响
13.
Passivation Layer Quality Impact on the Reliability of High-voltage Power Device
钝化层质量对高压功率器件可靠性的影响
14.
Passivation,Field Plate and Heterostructure Design in GaN HFETs
GaN HFET研究中的钝化、场板和异质结构设计
15.
The influences of the temperature on passivation operation and production quality for ammonia synthesis catalyst after reduced are explored, and the optimum passivation temperature is found.
探索了氨合成催化剂还原后的温度对钝化操作与产品质量的影响,确定了最佳的钝化温度。
16.
New Wet Process of Phosphoric Acid from Poor Grade Phosphate Ores and Passivation of Sesquioxide Impurities;
贫质磷矿湿法磷酸新工艺及钝化铁铝杂质的研究
17.
For improving the extraction efficiency of anthocyanins, inactivate these substances is needed during raw material processing and pigment extraction.
在色素提取时要首先将这些活性物质钝化，以提高花青素的产率。
18.
In Situ Immobilization of Cu by Plant Polyphenols in Contaminated Soils;
栲胶物质原位钝化污染土壤Cu的机理与效果研究