1.
LACCASE-MEDIATOR SYSTEM(LMS) AND ITS APPLICATION
漆酶-介体体系(LMS)及其应用
2.
Study on Laccase/Mediator System Deinking and Mechanism of Old Newsprint;
废新闻纸漆酶/介体体系脱墨及其机理的研究
3.
Process and Its Mechanism of Old Newsprint Deinking by Cellulase/Hemicellulase Combined with Laccase/Mediator System
废新闻纸漆酶/介体与纤维素酶系协同脱墨及机理的研究
4.
Study on Surface Characteristics of the Masson Pine Pulp Enzymelyzed with Three Laccase Systems
漆酶体系酶解马尾松浆表面性能的研究
5.
Modification of Old Corrugated Container Pulp with Laccace/Xylanase System
漆酶/木聚糖酶体系对OCC浆料改性的研究
6.
Comparison between Laccase/Xylanase System from White Rot Fungus and Composite Laccase/Xylanase in Delignification Ability
两种漆酶/木聚糖酶体系降解木质素能力的比较
7.
Comparison between Laccase and Xylanase in Treatment of Old Corrugated Container Pulp
漆酶/木聚糖酶体系与重组木聚糖酶对OCC浆处理的比较
8.
Paints and varnishes--Determination of resistance to liquids
GB/T9274-1988色漆和清漆耐液体介质的测定
9.
Degradation of Residual Lignin of Reed Kraft Pulp by Laccase and Mediator System
漆酶/助剂体系降解苇浆残余木素的研究
10.
Effect of Buffer Solutions and Metal Ions on the Laccase Activity
缓冲体系和金属离子对漆酶催化活性的影响
11.
Study on Fiber Modification of Masson Pine Stone Ground Wood with Laccase/mediator and Related Mechanism;
漆酶/介体改善马尾松磨石磨木浆纤维特性及其机理研究
12.
Preparation and characterization of recyclable mesoporous SiO_2/Fe_3O_4 composites for immobilization of laccase
可循环使用的固定化漆酶载体—介孔SiO_2/Fe_3O_4复合材料的制备及表征
13.
Relationship between the Laccase Production of Pleurotus Ostreatus and the Full Wavelength Scan for the Fermentation Liquid
平菇液体培养液全波长光谱特性与漆酶产量关系研究
14.
The formulation and process of epoxy primer and polyester polyurethane top finish in this system were introduced.
介绍了该涂料体系的环氧底漆和聚酯聚氨酯面漆的配方和生产工艺。
15.
The laccase was immobilized on the magnetic chitosan microspheres.
以磁性壳聚糖微球为载体固定漆酶。
16.
Mutation of the Strain Highly Producing Laccase from Coriolrs Versicolor Protoplasts;
原生质体诱变选育漆酶产生菌的研究
17.
Production of laccase from Polyporus arcularius A08 by submerged fermentation
漏斗多孔菌液体发酵产漆酶条件研究
18.
Catalyzation of Gallic Acid Ester Bond by Tannase in Organic Solvents
有机介质体系单宁酶生物合成??酸酯键的研究