Response surface - Globe Thesis

Keyword [Response surface] Result: 181 - 200 \| Page: 10 of 10
181.	Optimization Of Bacillus Licheniformis L3 Fermentation Techniques And It's Application Research
182.	Studies On Selection Of New Solvent And Oil Extraction Technology From Cold-Pressed Meal Of Rapeseed With Mixture Solvent
183.	Purification And Immobilization Of BphC For Biodegradation Of Aromatic Compounds
184.	Simulation And Optimization Of Process Parameters In Gas Assisted Injection Molding For Flat-pannel With Ribs
185.	Study On Pristinamycins Immobilized Fermentation And The Integrated Fermentation-seperation Process By Streptomyces Pristinaespiralis
186.	Optimization Of Supercritical Fluid Extraction Of Paeoniflorin By Using Response Surface Methodolog And Mathematical Simulation
187.	Study On Screening And Its Enzymatic Characteristics Of Cellulolytic Strains From Rumen
188.	Study On Key Technology In Texturing Of North Pacific Squid Protein
189.	Pollutant Transformation And Molecular Biology Analysis In An Anaerobic Process Using Electrode As The Electron Acceptor
190.	Study On Preparation Technology Of Biodiesel And Intelligent Controller Apparatus Designing
191.	Synthetical Technological Research Of Cu-Mo Separation Inhibitor Sodium Thioglycollate
192.	Study On Preparation And Antioxidant Activity Of Hydrolysates From Squid By-products
193.	Optimization Of Production Process Of Chondroitin Sulfate
194.	Culture Medium Optimization For The Fermentation Production Of Adenosine By Bacillus Subtilis ATCC 21616
195.	The Research On Isolation And Fermentation Conditions For Lignin-degrading Fungi
196.	Construction Of A Genetically Modified Strain Of Pseudomonas Sp. M18GQ Harboring PME6032Phz And Optimization Of Phenazine-1-carboxylic Acid Prodcution Using Response Surface Methodology
197.	Optimization Research On Low-Temperature Drying Technology Of Cultured Pseudosciaena Crocea
198.	Study On Isolation,Identification And Characterization Of Desulphurizing Bacteria
199.	Experimental Studies For Levulinic Acid Production From Diosgenin Solid Waste
200.	Optimization Of Growth Conditions Of Microcystis Aeruginosa Using Response Surface Methodology
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