Bacterial - Globe Thesis

Keyword [Bacterial] Result: 21 - 40 \| Page: 2 of 10
21.	Study On Fabrication, Structure And Properties Of Bacterial Cellulose/Carbon Nanotube Composite Materials
22.	Study On SBBR One-step Completely Autotrophic Nitrogen Removal Process And The Microecological Characteristics
23.	Studies On The Bacterial Species Diversity In Lake Poyang
24.	Study On The Mechanism And New Technology Of Bacterial Accelerating Leaching In Copper Ore Dump
25.	The Feasibility Of Reduced Liner For Controlling Heavy Metals Pollution
26.	Synthesis Of Macromolecular Coupling Agents And Their Application In Interface Modification Of Nature Fiber/Polylactide Composite
27.	Preparation Of Insoluble Catalytic Electrode For Degradation Of Organic, Bacteria, Algae And Cellulosic Materials
28.	Application Basis And Technology Research On The Bioleaching Of Jinchuan Low Grade Nickel-bearing Sulfide Ore Containing High Magnesium
29.	Biodegradation Of Crude Oil By Microalgal-bacterial Consortia And Melocular Characterization Of The Consortia
30.	Measurements To Suppress Bacteria Contamination In White-rot Fungal Reactors
31.	Efficiency And Influence Factors Of Electrodialysis-microbiological Remediation Of Oil Contaminated Soil
32.	Construction Of Bacterial Agent And Its Bioaugmentation Efficiency In The Wastewater Treatment
33.	The Research On The Corrosion Mechanisms Of Sulfate Reducing Bacterial On Metal Materials
34.	Efficiency And Influence Factors Of Electrodialysis-Microbiological Remediation Of Oil Contaminated Soil
35.	Bacterial Community And Shelf-life Predictive Model Of Freshly Prepared Chicken Products
36.	Multicomponent Nanomaterials For Anti-bacterial Agents Based On Silver
37.	Development Of An Immobilized Nitrogen Removal Bacterial Consortium For Treating With Nitrogenous Sewage
38.	Synthesis And Properties Of The Novel Bacterial Cellulose Hybrid Nanofiber
39.	High-temperature Bacteria Combination Of Leaching Of Chalcopyrite And Bacterial Population Structure And Succession Laws
40.	Preparation And Properties Of The Bacterial Cellulose Fibers
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