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1)  esterification modified
酯化修饰
1.
Radish red was esterification modified by succinie anhydride to improve its stability.
用丁二酸酐对萝卜红色素进行酯化修饰以提高其稳定性。
2)  genistein acetylferulic acid esters
酯化修饰物
1.
The abilities of free radical scavenging and ferrous iron chelating and inhibition of hydroxyl radicalsmediated DNA degradation of genistein acetylferulic acid esters were evaluated by using various chemical and biological assays.
研究结果表明,染料木素酯化修饰物比染料木素具有更强的清除DPPH·、·OH自由基的能力,且保护DNA免受羟基自由基损伤的能力与染料木素相当,但染料木素酯化修饰物比染料木素螯合金属Fe2+离子的能力有一定程度的减弱。
3)  chemical modification
化学修饰
1.
Chemical modification the surface of lacquer film with titanium tetrachloride;
四氯化钛在天然生漆膜表面的化学修饰
2.
Study on pepsin′s chemical modification of nattokinase;
胃蛋白酶对纳豆激酶的化学修饰研究
3.
Polarize studies and chemical modifications of congo red compounds;
刚果红分子的化学修饰及偏光性研究
4)  α-modification
α-化修饰
5)  modification [英][,mɔdɪfɪ'keɪʃn]  [美]['mɑdəfə'keʃən]
化学修饰
1.
The suitable modification procedures were found as followsing: for every 1.
采用以三聚氯氰活化的单甲氧基聚乙二醇(mPEG-5000),对从赤子爱胜蚓体内提取的抗血栓酶——蚓激酶进行了化学修饰,以期降低其抗原性及增加它的稳定性。
2.
Developments of silica packings in high performance liquid chromatography are reviewed with 65 references Preparative and modification methods of silica packings are introduced The physical characterization on silica surface is elucidated The applications of silica packings in HPLC are outlined and the trends of silica packings in China are describe
介绍了硅质填料的制备及化学修饰 ,评价了硅胶表面的物理表征 ,概括了硅质填料在高效液相色谱中的应用 ,并对我国的硅质填料前景进行了展望。
3.
Modification of IFNs by covalent attachment of soluble and nonimmunogenic polymers (for example polyethylene glycol, P.
结果表明,干扰素经聚乙二醇化学修饰后相对分子质量为62。
6)  Chemical modified
化学修饰
1.
The experimental results have been shown that the humid sensitive properties were greatly enhanced via chemical modified.
实验结果表明 ,经由化学修饰后碳纳米管的湿敏效应有了极大的增强。
2.
The emphasis of this dissertation is to apply chemical modified Sol-Gel process to the field of high temperature superconductor for developing the fine-p.
本论文把溶胶-凝胶与化学修饰相结合的薄膜微细加工工艺应用到高温超导领域,对YBCO超导薄膜的微细图形进行研究,并结合超导薄膜图形的制备和I-V曲线测试装置的设计,实现YBCO超导薄膜临界电流密度(J_c)值的测量。
补充资料:二异丙氧基化双三甲基硅氧基化钛酸酯
CAS:18205-00-0
中文名称:二异丙氧基化双三甲基硅氧基化钛酸酯
英文名称:di-Isopropoxy-di-(trimethylsiloxy)titanate
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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