chemical modification造句

• Chemical modification of protease from monopterus albus
  黄鳝蛋白酶的化学修饰
• Development of chemical modification of ramie fiber
  苎麻纤维改性研究进展
• Progress in chemical modification of chitin and chitosan
  甲壳素和壳聚糖化学改性研究进展
• Study on pepsin ' s chemical modification of nattokinase
  胃蛋白酶对纳豆激酶的化学修饰研究
• Study on metal ion chemical modification of nattokinase
  金属离子对纳豆激酶的化学修饰研究
• Progress in chemical modification of enzyme
  酶化学修饰的研究进展
• Chemical modification of chitosan and application of its derivatives
  壳聚糖的化学改性及应用研究进展
• Research on the surface chemical modification of hard - sericite from fujian
  高速撞击流技术制备炸药超细微粉的工艺研究
• Study on the new technology of the mechanical and chemical modification of mineral surface
  矿物表面机械化学改性新工艺研究
• Study on technology of kaolin mechanical - chemical modification used for rubber reinforcing filler
  高岭土机械力化学改性研究
• Study on mechano - chemical modification of mineral pigment and filler
  无机非金属材料制备中机械力化学效应的基础研究及表征技术
• Presently the chemical modification of chitosan has been discussed extensively
  目前对壳聚糖进行化学改性已经成为壳聚糖开发研究的热点。
• The study on chemical modification and active site of - d - mannanase from nocardioform actinomycetes
  甘露聚糖酶的化学修饰及活性中心的研究
• Chemical modification experiment of suface of hard sericites from fujian province using mechnical force
  福建硬质绢云母的机械力化学表面改性实验
• The advances in chemical modification of ( alkyl ) phenolic resins for printing inks were reviewed
  对油墨用(烷基)酚醛树脂的化学改性研究进行了综述。
• Chemical modification of - cyclodextrin chitosan and its adsorption on phenol , n - nonylphenol and resorcinol
  环糊精接枝壳聚糖及其对水溶液中酚的吸附
• The advances in chemical modification of ( alkyl ) phenolic resins for printing inks were reviewed
  摘要对油墨用（烷基）酚醛树脂的化学改性研究进行了综述。
• The identified mechanisms of bacterial corrosion are essentially important physico - chemical modifications of the medium in contact with the material
  生物腐蚀的机理对金属接触的介质物化调整来讲是非常重要的。
• Adjustment of the positioning of the binder molecules is feasible by means of site - directed immobilization via chemical modification of the carbohydrate chain ( 24 , 28 , 29 )
  结合物分子位置可以用经碳水化合物链的化学修改的定点固定化方法来调节。
• We use the methods of chemical modifications to create active basal molecules on the matrix surface of electrodes and successfully immobilize the biomolecules onto the matrix
  我们应用化学修饰的方法，使电极基片表面产生活泼基团，从而成功地将生物分子(抗原)固定在基片上。