rot fungus - Globe Thesis

Keyword [rot fungus] Result: 21 - 40 \| Page: 2 of 5
21.	Effect Of White-rot Fungus Pretreatment To Populus Xiaohei On Bio-chemical Pulping
22.	Laccase Secreted By White Rot Fungus Coriolus Versicolor And Its Application In The Treatment Of Paper Mill Effluent
23.	Study On Biodegradation Of 2, 4-dicholrophenol On Loofa Sponge Immobilized Biomass Of White Rot Fungus
24.	Study On The Treatment Of Black Liquor By Acid Producing Brown Rot Fungus
25.	Continuous Pretreatments For Improving Saccharification Efficiency Of Corn Straw By White Rot Fungi Under Non-sterile Conditions
26.	Study On Novel Drinks Containing Fruit-vegetable Juice And Residue Liquefied By White-rot Fungus
27.	Investigation About The Separation Of White Rot Fungi From The Soil And Its Application In The Waste Water Disposal
28.	Induction Of Cytochrome P450 And Preliminary Study On Biodegradation Of Pentachlorophenol By White-rot Fungus
29.	Treat Citrus Pulp With Bio-pretreament And Optimized Anaerobic Fermentation Technology
30.	The Study On Treating Oxytetracycline Wastewater By Immobilizing White Rot Fungus
31.	Optimization Of Incubation Conditions Of Phanerochaete Chrysosporium And Its Decolorization Performance Of Azo Dye
32.	Optimization Of Condition For Producing Laccase By White Rot Fungus And Its Application On PAHs Degradation
33.	Study On Cyclic Treatment Technology Of Dyes Using White Rot Fungus-rice Straw System
34.	The Effects Of Inoculation White Rot Fungus On Maturity And Nutrients Transformation Of Sewage Sludge Compost
35.	Treatment Of DDNP Wastewater With Coagulation-fenton Process Andwhite Rot Fungi
36.	Fermentation Of White Rot Fungus And The Application Of Its Laccase In The Treatment Of Wastewater From Chlorine Bleaching Process
37.	Biodecolorization Kinetics Of Dyes By White Rot Fungus
38.	Co-metabolic Degradation Of Pyrene By White-rot Fungus Pseudotrametes Gibbosa
39.	Study On Comparative Of Biological And Chemical Pretreatment Of Corn Stover
40.	Preliminary Studies On Decolorization Or Degradation Of Triphenylmethane Dyes And Bamboo Alkali Lignin By Ligninolytic Enzymes
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