Ibuprofen - Globe Thesis

Keyword [Ibuprofen] Result: 181 - 200 \| Page: 10 of 10
181.	Preparation And Utilization Of Hydrochars From Food Waste For Adsorption Of Chromium(Ⅵ) And Ibuprofen
182.	Preparation Of Injectable Supramolecular Hydrogel Fiber And Its Drug Delivery Property
183.	Investigation Of The Construction And Detection Application Of Liquid Crystal Sensor
184.	Study On Mesoporous Molecular Sieve MCM-41 As Sustained-release Carrier Of Drugs
185.	The Study On The Preparation And Function Of Ibuprofen-loaded Unidirectional Release Double-layered Anti-adhesion Scaffold
186.	Preparation Of Nanocrystals By Precipitation Method In Microchannel Reactor
187.	Study On The Effects Of Molecular Sieves With Different Structures On The Adsorption,Controlled Release And Bacteriostatic Performance Of Citral
188.	The Study On Self-Assembly Behavior Of 1,8-Naphthalimide-Based Fluorescent Supramolecular Amphiphiles And Their Solubilization Of Ibuprofen In Water
189.	Enhanced Denitrification And Simultaneous Degradation Of OMPs By Carbon Foam
190.	Thermodynamics And Nucleation Mechanism Of Small Organic Molecule In Oiling Out Process
191.	Enhanced Removal Of Typical Pharmaceutical And Personal Care Products By Constructed Wetland-microbial Fuel Cell
192.	Characteristics And Mechanism Of Of Ibuprofen Degradation In Water Catalyzed By Ozone With Modified Biochar
193.	Treatment Efficiency And Influencing Factors Of IBP-containing Wastewater By SBR Process
194.	Study On The Key Structure Design Of Drug Extruder And Its Mixing Performance
195.	The Functional Characteristis Involve Degradation Pathway Genes In Ibuprofen And PVA Degradable Strains
196.	Toxic Effects On Aquatic Organisms And Ecological Risks Of Chiral Pharmaceutical Ibuprofen
197.	Study On Degradation Efficiency And Mechanism Of Ibuprofen By Fe(Ⅲ)-S(Ⅳ)-PDS In Homogeneous System
198.	Degradation Performance And Mechanisms Of Ibuprofen From Water By Ultraviolet-activated Percarbonate Technology
199.	Research On Efficient Degradation Of Ibuprofen In Water By Plasma/Sulfite/Fe²⁺
200.	Preparation Of UCST Type Lignin-based Thermo-responsive Materials By EATRP And Its Properties
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