胶凝

In contrast, the Schiff bases without long alkyl chain could not form supramolecular chiral assemblies in organogel.

表明通过凝胶的形成，胶凝剂的手性能传递到带有长链的席夫碱上。

Early hydration characteristics and paste structure of complex binding material containing high-volume steel slag were studied by the determination of hydration heat evolution, type of hydration products as well as micromorphology of hardened paste using calorimetry, X-ray diffraction, pressure porosimeter, and envirnoment scanning electron microscope.

通过对胶凝材料早期水化放热性能和水化产物种类的测定，以及对硬化浆体显微形貌和孔结构的观察，研究了大掺量钢渣复合胶凝材料的早期水化性能和硬化浆体结构。

Under different cuing regimes, variation rules of binding water amount of aiding gelation materials and the reaction degree were analyzed, using function of sample hydration extent was determined.

分析了不同养护制度下，掺加辅助胶凝材料的水泥体系的结合水量及辅助胶凝材料反应程度的变化规律，确定了不同养护制度下，水化样品的相对水化程度随龄期变化的回归方程。

Studies show that the dense packing of the different ultra-fine powders availably debases the porosity and improves the structure of the pore in cementitious materials. Thus, the density of the fresh ...

试验表明：超细粉体之间良好的颗粒填充，降低了胶凝材料的孔隙率，改善了胶凝材料的孔结构，提高了新拌浆体密实性，对硬化后混凝土的强度和透气性有明显的改善。

This paper mainly introduces experimental methods and basic principle about gelled acid reaction kinetics.

介绍了胶凝酸反应动力学的试验方法及基本原理，进行了普通酸和胶凝酸与灰岩的反应动力学试验，得到不同条件下的酸岩反应动力学参数及反应动力学方程，对优化碳酸盐岩油藏酸压设计有一定的指导作用。

The gelling time, thermal stability and mechanical property of this material were studied.

针对目前矿井密闭填充材料在应用中的局限性，采用双溶液混合法制备了新型水凝胶密闭填充材料，研究了该材料胶凝时间影响因素、热稳定性与力学性能等。

The ethylene glycol plays an important role in gelling process and it makes the organic-gel decomposed in several steps.

乙二醇在胶凝过程中起到重要的促进作用，使干凝胶粉分步分解。

Experimental results show that the reaction between hydrochloric acid and sludge under airtight condition is an equilibrium reaction, the reaction rate decreases exponentially with the increase of the initial pressure, the system gelling time increases with the decrease of the pH value, and the plugging performance of the waterglassgel enhanced foam system is superior to that of ordinary foam system due to the small foam diameter and high interfacial film strength.

实验结果表明：盐酸与污泥的反应在密闭条件下是一个平衡反应，且其反应速度随初始压力的增加呈指数降低；体系的胶凝时间随着pH值的降低而增加。由于体系的泡径小，界面膜的强度高，因而水玻璃凝胶增强泡沫体系的封堵效果明显优于普通泡沫体系。

Water-quenched samples were prepared by re-melting blast furnace slag and then quenching it at different temperatures. The effects of forming process on the relationship between structure and cementitious reactivity of quenched slag were studied by XRD, DTA, TEM, SEM and EDX techniques in combination with mechanical property and alkali leaching tests.

采用重新熔融水淬的方法制备不同水淬矿渣样品，综合进行净浆强度实验和碱溶出实验研究，借助XRD，DTA，TEM，SEM和EDX等分析手段，研究了矿渣形成过程、形成结构和胶凝性能之间的关系，并在此基础上探讨了矿渣潜在胶凝活性的形成机理。

According to the concept of cementitious coefficient of fly ash, a mathematics formula of calculating cementitious coefficient that comprises three parameters (fineness, ignition loss, ratio of water demand ) has been established on the basis of experimental results.

根据粉煤灰胶凝系数概念，通过试验研究，建立了细度、需水量比和烧失量三参数的胶凝系数计算模型。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。