polymer solutions的意思

polymer solutions中文翻譯：

聚合物溶液

高分子溶液

相似詞語短語

polymer solution───聚合物溶液；高分子溶液

amorphous polymer───非晶態聚合物

branched polymer───支鏈型高分子，[高分子]支化聚合物；分支聚合物

flocculating polymer───絮凝聚合物

synthetic polymer───[高分子]合成聚合物；合成高分子

polymer clay───軟陶

polymer science───[高分子]高分子科學；高分子材料

coordination polymer───配位高聚物，配位聚合物；[高分子]配位聚合物

bimsm polymer───雙金屬間化合物

雙語使用場景

flow laws of the polymer solutions of different viscoelastic properties in porous reservoir media are obtained.───具有不同黏彈性質的聚合物溶液在油藏多孔介質中的流動規律。

The most common quenchants are water aqueous, polymer solutions and mineral oil.───最常見的淬火介質有水溶液、聚合物溶液和礦物油。

In the field of polymer chemistry an understanding of polymer solutions is important.───聚合物溶液在高分子化學領域的理解是非常重要的。

The photoluminescence spectra of all polymer solutions showed a strong emission in the blue region of the visible spectra.───所有的光致發光光譜顯示出強大的聚合物溶液中的藍色區域發射的可見光譜。

The treatment included two stages of associative polymer solutions and 20 wt% HCl with additives.───處理過程包括兩個階段：復配的聚合物溶液和含添加劑的20%（質量百分比）鹽酸。

Measurement, Correlation and Prediction on the Surface Tension of Polymer Solutions───高分子溶液表面張力的測定、關聯與預測

Comparison of the Activity Coefficient Models for the Calculation of Diffusion Coefficients of Polymer Solutions───用于聚合物溶液擴散系數計算的活度系數模型比較

Experimental study on enhancing displacement efficiencies using polymer solutions───利用聚合物溶液提高驅油效率的實驗研究

Separation of Deoxyribonucleic Acid by Capillary Electrophoresis in Polymer Solutions───毛細管電泳中聚合物溶液篩分脫氧核糖核酸

英語使用場景

In this paper, the basic concept of coal structure has been in- trouduced, and then the theory of polymer solutions about coal-sorbate system has been remarked briefly.

Applications: non-interacting Bose and Fermi gases; mean field theories for real gases, binary mixtures, magnetic systems, polymer solutions; phase and reaction equilibria, critical phenomena.

The most common quenchants are water aqueous, polymer solutions and mineral oil.

Overall this book is a well produced scholarly account of the physics of polymer solutions.

In 1925, Svedberg first achieved this by subjecting polymer solutions to large force fields, generated at high speeds of rotation.