Released - Globe Thesis

Keyword [Released] Result: 161 - 175 \| Page: 9 of 9
161.	The Study Of Determination Of Chlorinated Propanols Contaminants Released From Food Contact Papers And Their Health Risk Assessment
162.	In Situ Study On The Effects Of Carbon Nanotubes On The Properties And Process Of Dissolved Orgainc Matter Released By Prorocentrum Donghaiense
163.	Research On Hydrodynamic Characteristics And Water Quality Improvement Effect Of Slowly-stored And Quick-released Inflow To Scenic Water Bodies
164.	Dynamic Characteristics And Effects Of Volatile Organic Compounds Released By Landscape Plants
165.	Study On Interaction Between Biochar-based Phosphate Fertilizer And Phosphorus-dissolving Bacteria RS-198 And Its Effect On Transformation Of Released Phosphorus
166.	The Construction Of Gastrointestinal Controlled-released Emulsions With Capsaicin Loaded And Their Application On Gastric Mucosa Protection
167.	Research On The Preparation And Performance Of Pesticide Loaded-released Porous ZIF Nanocarriers
168.	Characteristics And Toxicity Analysis Of PAHs Released From The Combustion Of Moxa-like Substances
169.	Study On Raman Spectroscopy And Imaging Detection Method Of Microplastics Released From Tea Filter Bags
170.	Study On Bound Polyphenols Released From Defatted Rice Bran Insoluble Dietary Fiber By Solid-state Fermentation Of Trichoderma Viride And Its Anti-aging Effects On Caenorhabditis Elegans
171.	The Construction Of Electrochemical Sensing Platform Based On Composite Hydrogel For Monitoring Nitric Oxide Released By 3D Cultured Breast Cancer Cells
172.	Stretchable Electrochemiluminescence Sensors For Monitoring Of Hydrogen Peroxide Released In Endothelial Cells
173.	Preparation And Nutrient Release Performance Of Biodegradable Coated Fertilizer
174.	Characterization Of Dissolved Organic Matter Released From Fast-growing Eucalyptus In Southern China,and Its Risk And Control Of Disinfection By-products
175.	The PH-responsive Tan Ⅱ_A Nanoemulsion Hydrogel Drug Delivery System Based On The Self-assembly Behavior Of Carboxymethyl Chitosan-oxidized Hyaluronic Acid
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