1) deep channel micro heat exchanger
深槽结构微型换热器
1.
The results indicated that the heat transfer performance of the sintered porous media micro heat exchanger is best, the heat transfer performance followed by the shallow channel micro heat exchanger, then the deep channel micro heat exchanger with ratio 3∶1 of deepness to width of t.
但烧结颗粒及烧结网丝多孔式微型换热器的压力损失比较大 ;从传热和阻力损失两个方面综合评价 ,深槽结构微型换热器优于其他几种微型换热
2) micro/nano deep trench structures
微纳深沟槽结构
1.
Therefore, it is important to perform the on line monitoring of etching process of the micro/nano deep trench structures accurately and nondestructively so as to ensure the effective process control.
为此,本学位论文以此为研究背景,系统研究了微纳深沟槽结构基于模型的反射光谱测量理论与方法,并成功研制开发一套基于模型的红外反射谱测量原型系统。
3) deep groove structure
深槽结构
4) micro heat exchanger
微型换热器
1.
A high-performance micro heat exchanger has been constructed by using a novel microfibrous structured wick.
采用烧结Ni微纤多孔结构材料(简称Ni微纤)制备了微型换热器,对其传热和流动性能进行了研究,考察了微型换热器结构对传热系数及流动阻力的影响。
5) enhanced surface
微结构换热面
6) microchannel structures
微槽结构
1.
The single-phase forced convective heat transfer and flow characteristics of water in microchannel structures/plates with small rectangular channels having hydraulic diameters of 0.
367mm微矩形槽的微槽结构进行了换热和流动特性实验研究。
补充资料：深槽型输送带
分子式：
CAS号：
性质：采用人造丝、合成纤维或钢丝网作带芯，经贴胶硫化而成。横向柔软度特别高，有良好的成槽性能，断面成“U”形，运载量大于普通输送带。适于易下滑物料的输送以及作高倾角物料的输送。
CAS号：
性质：采用人造丝、合成纤维或钢丝网作带芯，经贴胶硫化而成。横向柔软度特别高，有良好的成槽性能，断面成“U”形，运载量大于普通输送带。适于易下滑物料的输送以及作高倾角物料的输送。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条