The experiment results of different recycling agent showed that the peptization of recycling agent developed in this paper for the asphaltene is better, and the advantage of this recycling agent was proved from the point of view of asphalt colloid structure.

對不同再生劑的試驗結果表明本文開發(fā)的再生劑對瀝青質的膠溶能力較好，從瀝青本質的膠體結構角度證明了該再生劑的優(yōu)越性能。

The effect of the amount of silica powder and sulfuric acid employed as well as polyacrylamide added on the properties of the gel electrolyte was studied and the mechanism of the peptization of silica powder to form thixotropic silica gel electrolyte was discussed.

研究了SiO2粉末和H2SO4用量及聚丙烯酰胺添加量對凝膠電解液性能的影響，并分析討論了SiO2粉末膠溶形成觸變性硅凝膠電解液的機理和特點。

Nanoporous TiO〓-based photocatalysts with near textural structure and narrow porous distribution were synthesized by sol-gel route combining with controlling gel peptization and suitable preparation conditions.

將Sol-Gel過程與控制凝膠的膠溶和適當的制備條件相結合精品日韩性爱，合成了表面結構相近、窄孔徑分布的納米孔道TiO〓基光催化劑国产又大又硬又爽免费视在线观看。

During the preparation of AlOOH sol , Effects of peptizator, H2O/AL,hydrolysis time, hydrolysis temperature, aging time and composition were studied, it had been found that preparation period could be shortened by extending hydrolysis time. It was possibily because that , iso-propanol produced in the reaction could be volatilized when extending hydrolysis time, its harmful role to peptization process could be avoid in this condition.

在制備AlOOH溶膠過程中国内永久网址，系統研究了膠溶劑、H2O/AL午夜肥婆、水解溫度最新a片视频网站、水解時間、陳化溫度和陳化時間的影響黄色网站黄色毛片，并首次發(fā)現了延長水解時間可以顯著縮短制膜周期国产丨精品国产亚洲区，通過分析認為延長水解時間可以使反應過程中生成的異丙醇揮發(fā)出去，避免了其對膠溶過程的阻礙作用欧美在线VAV。

The A13 sol and Al(0H)3—Zr4 sol is prepared by peptization method with A1(NO3)3 , ZrOCl2 and NH3H2O as starting materials, using A1(NO3)3 solution and Zr4 sol as peptizing agents, and the preparation process, preparation conditions and colloid structure are analyzed.

本文以Al(NO_3)_3免费观看18禁网站入口，ZrOCl_2和氨水為原料，分別以Al(NO_3)_3溶液和Zr_4溶膠作為膠溶劑男人天堂黄色网址，通過膠溶法制備Al_3溶膠和Al_3—Zr_4溶膠一级又大爽又黄的免费毛片，并對兩種溶膠的制備過程，制備條件和膠團結構進行了分析国产在线中心com。

peptization：膠溶

這樣做可以使離子的水化程度較小,并能促使沉淀微粒凝聚(coagulation),以防止形成膠體溶液,即膠溶(peptization);能減少雜質的吸附;另外還可以避免沉淀失去水分而聚集得更為緊密,被吸附的雜質難以洗去.

peptization：解膠

penumbra 半影 | peptization 解膠 | percent absorption 吸收百分率

peptization：膠溶酌

peptidoglycan 肽聚糖 | peptization 膠溶酌 | peptized fuel 膠溶燃料

peptization：膠熔酌

peplolite 塊堇青石 | peptization 膠熔酌 | peralkaline rock 過堿性巖

gel peptization：凝膠分散

gel 凝膠體 | gel peptization 凝膠分散 | gelatin 煤