Study on the Production of Anhydrous Alcohol Through Fixed-bed Absorption Method by Cassava Absorbent 双亲型胆固醇吸附剂及其吸附效果研究木薯吸附剂固定床吸附法生产无水乙醇
Conclusion The anhydrous alcohol with low basic substances was the best suitable for nitroglycerin injection. 结论碱性杂质含量低的无水乙醇配制的硝酸甘油注射液稳定性最好,适于硝酸甘油注射液的生产。
Effects of anhydrous alcohol on devitalization and repair of neural and vascular vessels 无水乙醇对兔神经血管灭活与修复影响的观察
It proved that the use of fixed-bed absorption technique by cassava absorbent to produce anhydrous alcohol is feasible in practice. 采用木薯吸附剂固定床吸附法生产无水乙醇的工艺是可行的。
The results showed that cassava sorbent displayed excellent absorption capacity and it could be used to produce anhydrous alcohol. 研究结果显示,木薯吸附剂具有良好的吸附性能,可用于吸附法制无水乙醇。
Analog calculation of az eo tropic rectification tower in the process of anhydrous alcohol was done. 对无水酒精恒沸精馏工艺中恒沸精馏塔进行模拟计算。
Moving the starch, protein, fat and wax contained in glutinous-corn skin dregs with chemical reagents combined with enzymes and anhydrous alcohol, purer dietary fiber was produced. 以糯玉米皮渣为原料,通过化学试剂结合酶法及无水乙醇来除去其中的淀粉、蛋白质、脂肪和蜡质,从而得到较纯净的膳食纤维;
Methods: LC was prepared with lecithin of various purity as surfactant, isopropyl myristate as oil phase and anhydrous alcohol as co-surfactant. 方法:使用不同纯度的卵磷脂作为表面活性剂,无水乙醇为助表面活性剂,十四酸异丙酯为油相制备液晶。
Aluminum titanate gel is prepared by nonhydrolytic sol-gel route using titanium tetrachloride and anhydrous aluminum trichloride as precursors and anhydrous alcohol as an oxygen donor. 以无水三氯化铝和四氯化钛为前驱体,以无水醇为氧供体通过非水解溶胶-凝胶法制备钛酸铝凝胶。
Studies on the extraction method of Thea Saponin by using anhydrous alcohol as the extracting agent 以无水乙醇为提取剂的茶皂素提取方法研究
Study on the Super-Absorbent Material in the Production of Anhydrous Alcohol 超强吸水材料在无水酒精生产过程中的应用研究
Conclusions The intratumour injection with anhydrous alcohol is a supplementary measure to inhibit the expansion of tumour. 结论瘤内无水酒精注射是抑制肿瘤发展的一种辅助措施。
Method on extraction and purification of tea saponin by using anhydrous alcohol as solvent and cholesterol as purifying agent was reported. 以无水乙醇为提取剂并采用改进的胆甾醇纯化法,得到了精制茶皂素。
Diethyl phosphite was continuously synthesized from phosphorus trichloride and anhydrous alcohol without any solvent in a special glass apparatus. 在特制的玻璃仪器内,三氯化磷与无水乙醇于无溶剂的条件下连续合成了亚磷酸二乙酯。
The effects of anhydrous alcohol, dispersant and water on the quality and storage stability of the No. 93 alcohol blended gasoline ( ABG) were studied. 试验研究了无水乙醇、分散剂和水对含醇汽油质量及贮存稳定性的影响。
99.6% ( v/ v) anhydrous alcohol was produced by this way. 最终制备出99.6%(v/v)的无水乙醇。
Conclusion: Anhydrous alcohol can directly deteriorate the epithelia in the gastric mucosa surface of rats. 结论:无水乙醇可直接损伤大鼠胃粘膜表面的上皮细胞。
Production of Anhydrous Alcohol by Constant Boiling Rectification Method 恒沸精馏法生产无水酒精
Study on The Preparation of Anhydrous Alcohol by Salt-Adding Extractive Distillation 加盐萃取精馏制备无水乙醇的研究
Benzene, cyclohexane and normal pentane etc. are frequently used as entrainers in industrial production of anhydrous alcohol through constant boiling and fine distillation. 工业生产中常用苯、环己烷、正戊烷等作夹带剂进行恒沸精馏生产无水乙醇。
Objective To discuss the feasibility and indications of cystoscopic injection of anhydrous alcohol in the management of vesicovaginal fistula. 目的探讨膀胱镜下无水酒精注射法治疗膀胱阴道瘘的可行性及适应证。
Methods the rats model of hot-stomach syndrome was established by oral administration with anhydrous alcohol and pepper decoction; And the rats model of cold-stomach syndrome was established by oral administration with ice water and sodium hydroxide. 方法选用SD大鼠,以辣椒煎液和无水乙醇造成胃热证模型,以冰水和氢氧化钠造成胃寒证模型,比较左金丸和反左金对两个模型胃黏膜损伤的防治作用。
Objective: To provide anatomy basis for the puncture to treat intractable pancreatic pain with anhydrous alcohol. 目的:为经皮穿刺注射无水酒精治疗顽固性胰腺源性疼痛术提供形态学基础。
This paper studies the synthesis of β-naphthyl ethyl ether under microwave radiation with β-naphthol and anhydrous alcohol as raw material and concentrated sulfuric acid as catalyst. It also explores the effects of reaction condition upon the yields. 研究了以β萘酚、无水乙醇为原料,浓硫酸为催化剂,采用微波辐射方法合成β萘乙醚,并探索了反应条件对产物产率的影响。
Study on Producing Anhydrous Alcohol by Extractive Distillation with Salts 加盐萃取蒸馏生产无水乙醇
New Dehydration Process to Prepare Anhydrous Alcohol with Azeotropic Distillation 共沸精馏分水新技术制备无水乙醇