1) porous body
多孔体
1.
The Study of the Convective Heat Transfer in Tubes Using Porous Body Twisted by Metal Wire as Inserts;
花丝多孔体内插元件强化管内对流传热的研究
2.
The influence of different factors on the filler particle when pouring the liquid metal into the porous body was studied based on the experiments.
本文在试验的基础上 ,研究了金属液渗入多孔体时各种因素对填料粒子产生的影响。
3.
A theoretical and experimental investigation of the fluid flow and heat transfer in a tube filled with porous body of high porosity (ε>95%) was carried out.
本文从理论上分析了绕花丝多孔体 (孔隙率ε>95 % )的管内换热以及流动特性 ,建立贴附多孔层圆管内流体的流动模型。
2) porosint
['pɔ:rəsint]
多孔体
1.
Fabrication processes of dense article、thin film and porosint of TiNi shape memory alloy were reviewed,and the characteristic and potential application of porous TiNi alloy were also introduced.
综述了 Ti Ni形状记忆合金致密体、薄膜及多孔体的制备与加工过程 ,并简要介绍了多孔 Ti Ni合金的性能特点及应用前
2.
It is found that the porosity of the porosint is about 70% when pre-heating temperature is near 673K.
研究了自蔓延高温合成工艺制备ＴｉＮｉ合金均匀多孔体－－人造骨材料的可能性。
3) porous matter
多孔体
1.
The article also points out thatmanufacturing porous matter is the basis of obtaining good foamy tissue.
认为多孔体的制椒是获得良好的泡状组织的基础；模具与多孔体的预热温度和浇属液的浇注温度是保证海绵铝质量的关键。
4) porous sphere
多孔球体
5) porous carrier
多孔载体
1.
Biological nitrogenou compound removal with porous carrier particles;
多孔载体存在下生物脱氮技术
2.
To minimize the losses of the product quality, drying of biomass with porous carriers was applied.
详细地讨论了生物制品多孔载体干燥过程中的干燥动力学、质量降解动力学、及质量保护参数等。
3.
Based on the comprehensive review about the study on photocatalyer all over the world, the problems about the carrier, especially about the porous carrier, and the carrying method are analyzed and discussed.
综合国内外对光催化剂研究的基础上,对有关载体的问题,特别是多孔载体的问题等方面展开了分析和讨论。
6) cellular solids
多孔固体
1.
This paper reviews characteristics of the process and performance of sandwich structures with different cellular solids core and FRP skins.
本文从制造工艺和材料性能等角度评述了FRP高性能夹层结构用芯材的特性,认为不同的多孔固体芯材在高性能夹层结构中是不可替代的,它们之间互为补充。
补充资料：多孔陶瓷支撑体膜
分子式：
CAS号：
性质：在多孔陶瓷体上附着的微孔陶瓷膜层。膜层厚度一般在几微米到几十微米，外径孔径一般为0.1～0.5μm，个别也有厚度达3～5μm、孔径10μm的。多采用氧化铝、二氧化钛和二氧化锆等作膜材料。制法是：用电机带动陶瓷支撑体旋转，当溶胶液(膜材料)滴落在支撑体上，就会迅速地敷覆到支撑体表面，待溶剂蒸发、凝胶化和干燥成膜后，经热处理而制成氧化物薄膜。现已为食品(含饮料)、医药、生物技术和环境保护等领域开发利用。
CAS号：
性质：在多孔陶瓷体上附着的微孔陶瓷膜层。膜层厚度一般在几微米到几十微米，外径孔径一般为0.1～0.5μm，个别也有厚度达3～5μm、孔径10μm的。多采用氧化铝、二氧化钛和二氧化锆等作膜材料。制法是：用电机带动陶瓷支撑体旋转，当溶胶液(膜材料)滴落在支撑体上，就会迅速地敷覆到支撑体表面，待溶剂蒸发、凝胶化和干燥成膜后，经热处理而制成氧化物薄膜。现已为食品(含饮料)、医药、生物技术和环境保护等领域开发利用。
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