丝极
- filament
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产生这些巨大差别的原因是诸如反应器中的丝极温度、丝极基体距离、气体速度等所有其它参数,这些参数的范围很宽。
These large differences are caused by all the other parameters , such as filament temperature , filament substrate distance , gas speed in the reactor , etc. , which can vary in wide ranges .
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脑缺血后1个月MAP2减少,GFAP增加,6个月GFAP丝极消失。
MAP 2 stains were lessened and GFAP increased gradually after 1 month MCAO and GFAP filament disappeared after 6 mouth MCAO .
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丝极在一些电子管中形成阴极的高电阻的金属丝或金属带
A high - resistance wire or ribbon forming the cathode in some thermionic tubes . Containing or producing the type of electric charge carried by electrons
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根据计算结果,讨论了椭圆封头瓜瓣丝极电渣拼焊工艺的可行性,并将计算结果用于指导生产。
The possibility of the welding ellipsoidal head procedure as above referred is discussed on the basis of calculation result which is applied to guide the fabrication .
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钢管对接&非填丝自动钨极脉冲氩弧焊的应用
Non-filling Wire Automatic Pulsed Tungsten Arc Welding Technology of Small Tubes
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双丝脉冲熔化极气体保护焊的数字化协同控制
Digitalized Synchronized Control of Twin-Wire Pulsed Gas Metal Arc Welding
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对不同拉拔变形程度及不同温度退火后的钽丝织构,借助极图与现代ODF分析术进行了研究。
The cold drawing textures of the tantalum wires for different reductions in area and their recrystallization textures at different temperatures were investigated by pole figures and ODF .
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水生假丝酵母能在极低的pH值环境中生长,其发酵产物中有三种酶具有耐酸性α-淀粉酶活性,原始菌株的淀粉酶活力为133U/g。
Candida aquatica could survive in the environment of extremely low pH , it could produce three kinds of acid-stable α & amylase . The original amylase activity of the Candida aquatica was 133U / g.
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吸附丝法追踪非极性化合物的土壤污染
Tracing to Contamination of Nonpolar Compounds in the Soil With the Adsorption Wires
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弦丝动态电晕注极海拔高度对导线起晕电压影响的研究
String-wire Dynamic Corona Injecting The Influence of Altitude on Corona & Starting VoLtages
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双丝窄间隙熔化极气体保护焊的焊接稳定性低氢型涂料电弧焊条
Stability of Double Wires Narrow-gap Gas Metal Arc Welding low hydrogen type covered electrode
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弦丝动态电晕注极可实现对高聚物薄膜注极的连续生产。
A string-wire dynamic corona injecting can realize the continuous production of high polymer film .
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弦丝动态电晕注极
String-wire Dynamic Corona Injecting
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为了大幅度提高焊接速度,在维持焊接线能量大体上保持不变的情况下,一般采用双丝甚至多丝熔化极气体保护焊接方法以提高焊接速度。
In order to improve the welding speed greatly , twin-wire or multi-wire gas metal arc welding technologies are adopted to maintain the heat input unchanged in order to improve welding speed .