1) Oxygen turboexpander
氧透
2) oxygen permeation
透氧
1.
The La2-xBaxCuO4 samples were synthesizedby solid state method and were investigated for use as oxygen permeation membranes.
采用XRD、碘量法和透氧测定等手段对它们进行了表征。
2.
The effects of pH value and aging time on the properties of the precursors and the oxygen permeation fluxes of the membranes were studied.
采用并流共沉淀法合成了掺杂Cu的钙钛矿型混合导体透氧膜材料。
3.
Based on the characteristics of oxygen permeation process through inorganic membranes at high temperature and the economical needs of industrial applications, the combination of oxygen permeation process with power recovery processes and high temperature processes is accomplished.
根据无机膜透氧过程的高温特点 ,并结合工业应用的经济性要求 ,对无机膜透氧过程的工艺路线进行了探索性研究 ,初步实现了无机膜透氧过程与能量回收和高温过程的耦合 ,构筑了面向过程的无机膜透氧工艺设计 ,为实现无机膜透氧过程的工业化应用提供了指南。
3) oxygen permeable membrane
透氧膜
1.
A novel mixed conducting oxygen permeable membrane material, Ba 0.
用EDTA 柠檬酸联合络合法合成了新型混合导体透氧膜材料 ,成功地制备了致密膜片并对其透氧性能进行了考察 。
2.
This article reviews the catalytic reactions in mixed conductor oxygen permeable membrane reactors.
综述了混合导体透氧膜反应器中的催化反应。
4) oxygen permeability
透氧性
1.
The oxygen permeability of the hydrogel materials,with different assembly,water content and thickness were studied.
实验发现,随NVP含量的增大,水凝胶的含水量越大,透氧性增大,水凝胶材料的透氧率(Dk/L)的倒数与其厚度成正比。
2.
Edible films with desirable oxygen permeability can be prepared from wheat gluten under certain conditions.
一定的条件下 ,以小麦蛋白为原料可以制得具有良好透氧性的薄膜。
5) oxygen permeation
氧渗透
1.
The oxygen permeation processes and stability of the SCFA membrane were investigated by high temperature oxygen permeation measurement and thermal decomposition of carbon dioxide (TDCD) coupled with partial oxidation of methane (POM) to syngas.
2O3δ(SCF)晶胞间隙位,降低了材料的氧非化学计量系数,并有效提高了材料的结构稳定性;对不同厚度的SCFA3[Al2O3掺杂量为3%(质量)]片式膜的氧渗透性能测定结果表明,SCFA3膜的氧渗透过程受到表面交换过程和体扩散过程的共同影响,其临界厚度约为131。
2.
Oxygen permeation through dense SrFe1.
375Oy致密陶瓷膜在高氧梯度下的氧渗透行为。
3.
8O3- was characterized by it electrical conductivity and oxygen permeation measurement.
１１Ｓ／ｃｍ，氧渗透率为１０－８～１０－１０ｍｏｌ／ｃｍ２·ｓ。
6) oxygen-permeability
氧透量
补充资料：一透都透
1.犹言一通百通。谓一理既明，众理皆可贯通。
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