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complexes
    STUDY ON SOME COMPLEXES FOR FRESH KEEPING
    几种配合物用于食品保鲜的研究
    ANTISEPTIC PROPERTIES OF NEW RARE EARTH COMPLEXES IN APPLICATION TO TEXTILES
    稀土新型配合物的抗菌性能比较及在纺织品中的应用
    Study on Complexes of Chromium Ions with Water Soluble Maleic Anhydride Copolymers
    水溶性顺酐共聚物与铬离子配合物研究
    Investigation on a novel less-chrome tanning agent comprised of macromolecule-metal complexes(I) The synthesis and structure of polyurethane-chromium complexes as tanning agent
    新型少铬高分子金属配合物鞣剂的研究(I)聚氨酯-铬配合物鞣剂的合成与结构
    Study on the reactivity of organic acid masked aluminum(Ⅲ) complexes with collagen
    有机酸蒙囿铝(Ⅲ)配合物与皮胶原反应性的研究
    Studies on the formation and stability of Cr-Al multi-metal complexes in solution
    溶液中Cr-Al异金属配合物的形成及稳定性研究
    Relationship between physical-mechanical properties of leather and composition of Al(Ⅲ) complexes
    铝(Ⅲ)-有机酸配合物组成结构与皮革的物理机械性能的关系
    The reactivity of collagen to aluminum(Ⅲ) complexes in different GFC fractions of organic acid masked aluminum(Ⅲ) solutions were studied.
    研究了有机酸蒙囿铝 (Ⅲ )配合物溶液各段 GFC分离流份中的配合物与皮胶原的反应性 ;
    In the mean time, the reactivity of collagen to organic acid masked aluminum(Ⅲ) complexes under different tanning conditions were also investigated
    同时考察了不同鞣制工艺条件下有机酸蒙囿铝 (Ⅲ )配合物与胶原的反应性。
    The composition difference of three tanning agents of Al(Ⅲ)-organic acid solution complexes were proved by 27 Al-NMR.
    用2 7Al-NMR验证 3种铝 (Ⅲ ) -有机酸溶液配合物鞣剂存在组成结构的差别。
    A cation exchange resin associated with the elution system of H2O - NaClO4 - HCl was used to separate and de-terminate the distribution of chromium complexes in spent tanning liquors during tanning recycle.
    采用离子交换-H2O-NaClO4-HCl梯度洗脱体系,对废铬液14次循环利用过程中的中性盐、铬配合物组分进行了跟踪测定。
    In Tris-HCl buffer suolution(pH=4.0),the crystal violet reacts with protein to form stable red complexes with λ_(max) of 575 nm. The apparent molar absorbance of the complex was 3.25×10~5 L/(mol ·cm). Beer′s law was obeyed in the range of 0.0-(80.0) μg/mL for protein content.
    在pH=4.0的Tris-HC l缓冲溶液中,结晶紫与蛋白质结合形成稳定的深红色配合物,该配合物的最大吸收波长为575 nm,表观摩尔吸光系数为3.25×105L/(mol.cm),蛋白质含量在0.0~80.0μg/mL范围内服从朗伯比耳定律,检出限为6.47μg/mL,回收率为97%~101%。
 

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