The results show that N-butyl diethyl imide can be synthesized easily with n-butylamine and acetyl chloride as principal raw materials and triethylamine as acid-binding agent by means of salt ice. 结果表明,以正丁胺和乙酰氯为主要原料,用三乙胺为缚酸剂,在盐冰浴条件下较容易合成N-正丁基二乙基酰亚胺。
The surface acidity of a series of MoO3/ γ-Al2O3 and MoO3/ SiO2 was determined by the adsorption isotherms of n-butylamine on the samples in solution and by means of Hammett indicators. 通过样品在溶液中对正丁胺的吸附等温线和吸附指示剂法,测定了一系列MoO3/γ-Al2O3和MoO3/SiO2样品的表面酸性。
A Study on the Properties and H~+ Ion Sensitive Function of Poly ( n-butylamine) Film Polymerized by Plasma 正丁胺的等离子体聚合膜性质及氢离子响应功能研究
Influences on Photo-catalytic Activity of TiO_2/ SiO_2 Aerogels by n-butylamine Template 正丁胺对TiO2/SiO2气凝胶光催化活性的影响
Effects of Reduction Temperature on Reaction Activity of Synthesis of n-Butylamine over CuO+ NiO/ Molecular Sieve Catalysts 不同还原温度对在CuO+NiO/分子筛催化剂上合成正丁胺反应活性的影响
Synergistic inhibition between n-butylamine and sodium nitrate for aluminum in hydrochloric acid 正丁胺和硝酸钠对铝的缓蚀协同效应
Measurement of the surface acidity on solids based on the adsorption isotherms of n-butylamine in solution 由溶液中正丁胺的吸附等温线测定固体表面酸度
Methods Aromatic aldehyde and 2, 4-pentanedione was used as the starting materials, which were dissolved in ethyl acetate in the presence of boron oxide and n-butylamine. The reaction was kept at 80 ℃ for 3 h. 方法分别用芳醛和2,4-戊二酮的硼化合物为原料在正丁胺的催化作用下,80℃反应3h,合成目标化合物;
Determination of the amount of irreversibly adsorbed n-butylamine on the above mentioned catalysts was performed by pulse gas chromatographic technique. Relationships between preparation conditions, acidity and activity of the given catalysts were also found. 并用脉冲色谱法测定了正丁胺在上述催化剂上的不可逆吸附量,找出了制备条件与催化剂酸性及活性的关系。
As a result, n-butylamine as chain-extension agent decreases the inter action of molecular and increases the elongation of PU to1400%. 结果表明,以正丁胺为扩链剂,可以减小聚氨酯分子间的作用力,提高分子的柔顺性,其断裂伸长率可达1400%以上;
Different templates, different influence on the novel potassium ionic sieve. The study show Dual-template, consist of n-Butylamine ( n-TBA) and Diethanolamine ( DEA), was the most suitable template. 不同的模板剂对合成晶体的影响也不同,研究发现,实验合成的新型钾离子筛晶体的最适模板剂是正丁胺与二乙醇胺组成的双模板剂。
The mixture of hollow spherical and granular structure was obtained when n-butylamine or diethylamine was used as amine additives instead, while only granule in the case of diethylamine. 分别以正丁胺和二乙胺为有机胺添加剂时,产品都是中空球与粉末结构的混合物,而添加三乙胺只得到粉末结构。