1)biomimetic仿酶
1.Study on Effect of Biomimetic Pretreatment on CMP of Wheat Straw and the Treatment of Effluent;仿酶预处理对麦草机械制浆性能的影响及后续废水的高效处理
2.Bamboo pulp TCF bleaching with GIF biomimetic pretreatment was studied,the results showed that the optimum condition of GIF pretreatment was as following: NaOH charge 1.研究了竹浆GIF仿酶预处理全无氯漂白,结果表明竹浆GIF仿酶预处理较适宜的条件为:NaOH用量1。
3.The biomimetic degradation of lignin including iron porphyrin,manganese porphyrin,metallophthalocyanine,GIF system,shiff base,copper amine complex,binuclear metal complex,flavin and methylene blue was reviewed.综述了仿酶在木素降解中的应用,包括铁卟啉、锰卟啉、金属酞菁、GIF体系、系夫碱、铜-胺配合物以及双核金属络合物。
英文短句/例句
1.Co-Salen Biomimetic Bleaching of Softwood Kraft PulpCo-salen仿酶的合成及其漂白性能
2.Mimic enzyme catalysis is a new challenging project in green chemistry.仿酶催化是绿色化学研究中的一个重要课题。
3.Studies on the Synthesis of Biomimetic Compounds Tetraazaparacyclophane Derivatives;仿酶化合物四氮杂环蕃化合物的合成研究
4.Study on the Treatment of Paper Mill Effluent by Biomimetic Oxidation and Flocculation;仿酶氧化与絮凝在造纸废水处理中的应用研究
5.Study on the Mechanism of Delignification by Co-salen Biomimetic System and It's ApplicationCo-salen型仿酶体系的脱木素机理及其应用研究
6.Reaction Dynamics of Ester Hydrolysis by Fat-soluble Steroids Enzyme Model as Catalysts脂溶性甾体仿酶模型催化酯水解的动力学研究
7.Mechanism Analysis For Co-salen Biomimetic Bleaching of Bamboo Pulp by Gas Chromatography-Mass Spectrometry应用气相色谱-质谱分析竹浆Co-salen仿酶漂白机理
8.Preparation and Mimic Enzymic Activity of Novel Metal Phthalocyanines and Thermosensitive Copolymer;新型金属酞菁及其温敏聚合物的合成和仿酶催化性能
9.Synthesis, Biomimetic Catalytic Oxidation and Selective Coloration of Novel N-Pivot Lariat Ethers;新型N-支套索冠醚的设计合成、仿酶催化氧化和选择变色作用
10.Design,Synthesis,Supramolecular Recognition and Mimic Enzyme Catalysis of Macrocyclic Polyamine Metal Complexes;新型大环多胺金属配合物的设计合成、超分子识别与仿酶催化作用
11.Synthesis of Calixarene-Hydroxamic Acid and the Properties of Their Transition Metal Complexes as Artificial Model of Monooxygenase;杯芳烃—异羟肟酸的设计合成及其过渡金属配合物的仿酶功能研究
12.Study on Effect of Biomimetic Pretreatment on CMP of Wheat Straw and the Treatment of Effluent;仿酶预处理对麦草机械制浆性能的影响及后续废水的高效处理
13.Studies on Technology and Mechanism of Bamboo Pulp Biomimetic Bleaching Catalyzed by Co-salen Complexes;竹浆Co-salen配合物仿酶催化漂白工艺和机理的研究
14.Study on Imitated Enzyme Activity of New Chiral Amio Acid Tailed Porphyrin Copper(II) Complexes;新型手性氨基酸尾式卟啉铜(II)配合物的仿酶活性
15.Study on degradation reaction of syringyl lignin model compound in Co-salen biomimetic system by GC-MS,FTIR and ~(13)C-NMR质谱、红外和核磁研究木质素模型物在Co-salen仿酶体系中的降解反应
16.Studies on Oxygenase-mimic and Hydrolase-mimic of Crowned Schiff Bases and Crowned Hydroxamic Acids;冠醚Schiff碱及冠醚异羟肟酸仿加氧酶和仿水解酶研究
17.Extraction and Properties of Acid Phosphatase from Sea Cucumber Apostichopus japonicus仿刺参酸性磷酸酶的提取及粗酶性质研究
18.The Mimic Enzyme Activity of Phthalocyanines and Its Application;金属酞菁的仿生酶催化性能及其应用
相关短句/例句
biomimetic bleaching仿酶漂白
1.Unbleached softwood kraft pulp was treated with a biomimetic bleaching system, i.研究结果表明,GIF仿酶漂白在溶出木素大分子方面能力并不强,主要通过将木素氧化为含羰基的产物,使其在后续碱抽提和H2O2漂白中容易降解或溶出。
2.The structural change of residual lignin of bamboo pulp in Co-salen biomimetic bleaching was studied with GPC,FT-IR,1H-NMR,31P-NMR and element analysis.采用GPC、FT-IR、1H-NMR、31P-NMR和元素分析法研究了竹浆Co-salen仿酶漂白过程中残余木素结构的变化。
3)biomimetic catalysis仿酶催化
1.The application perspective of biomimetic catalysis appling to pulp bleaching was also prospected.就仿酶催化降解木素的研究现状及发展趋势作出综述,重点介绍了金属卟啉配合物以及非卟啉金属配合物作为仿酶催化剂催化降解纸浆中残余木素的效果和机理,并对仿酶催化技术于纸浆漂白工段的应用前景进行了展望。
4)biomimetic flocculation仿酶处理
5)Enzyme model仿酶模型
1.Preparation of water-solubility steroids enzyme model and study on its dynamics of catalyzing ester hydrolyze;水溶性甾体仿酶模型的制备及催化酯水解的动力学研究
2.The new enzyme model compounds 1a～1d,2a～2d and 3a were synthesized by linking together of p tert butyl calix[6]arene and two porphyrins via a ether chain and by inserting the metal ions(Mn,Fe,Co and Zn).通过醚链将对叔丁基杯［６］芳烃与二个卟啉键连，然后引入金属离子（Ｍｎ、Ｆｅ、Ｃｏ 和Ｚｎ），合成了新的仿酶模型１ａ～１ｄ、２ａ～２ｄ 和３ａ。
3.According to the method proposed by Guthrie,imidazole is added to steroids to forming enzyme model.仿Guthrie等人的研究方法,在甾体上引入咪唑基作为仿酶模型,研究了脂溶性甾体模型对羧酸对-硝基苯酯的仿酶催化结果,为进一步探究仿酶模型的催化机理以及寻求理想的酯催化仿酶模型,奠定了一定的基础。
6)hydrolysis enzyme-mimicking仿水解酶
延伸阅读
仿効1.见"仿效"。
