c2h5oh

1

The swelling coefficient of the carriers in different solvent was also studied , and the results showed that the swelling coefficient in C2H5OH was the highest .

分析了载体的孔结构，测试了载体在不同有机溶剂中的溶胀行为，发现载体在无水乙醇中溶胀显著。
2

Good agreement was found between simulation results and the experimental data for the CO2 + C2H5OH system , but deviations in the calculated equilibrium compositions from the experimental values for the ternary system were noticeable .

结果发现，CO2+C2H5OH的预测结果与实验值十分吻合，超临界CO2+C2H5OH+H2O的平衡组成与实验值在定性上是一致的。
3

Under atmospheric pressure and 300C , the effect of different carriers , reaction temperature , a bit of additive and different C2H5I / C2H5OH ratios on the carbonylation of ethanol to ethyl propionate over supported Ni-Cu catalyst was studied .

研究了Ni-Cu催化剂的不同载体、反应温度、添加剂和C2H5I/C2H5OH比对乙醇羰化合成丙酸乙酯的影响。
4

Results showed that the optimal conditions for preparation of acrylic emulsion dosage were silicone acrylate emulsion 25 % ( Wt % ), the molar ratio of TEOS : MTES : C2H5OH : AMP-95 : NH3 · H2O was 1:4:30:0.63:10 , 6h at room temperature .

实验结果表明制备的最佳工艺条件为硅丙乳液加入量为25%（Wt%），TEOS：MTES：C2H5OH：AMP-95：NH3·H2O摩尔比例为1：4：30：0.63：10，室温反应6h。