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Keyword [polyurethane foam]
Result: 101 - 120 | Page: 6 of 10
101. The Surface Modification Of Garphene Oxide And The Preparation Of Its Composite Material
102. Study On Degradation Of Nitrobenzene By The Synergies Of Electrochemically Active Bacteria And Quinoid-modified Polyurethane Foam
103. Study On The Epoxy Resin/Polyvinyl Hloride Modified Polyurethane Foam
104. Polyisocyanurate-Oxzolidone Modified Rigid Polyurethane Forms
105. Preparation Of Glazed Hollow Bead/Poly Urethane Foam Composite Materials
106. Application Research On Nitrogen And Phosphorus Removal By Polyurethane Foam-Metal Filler In Domestic Wastewater
107. Preliminary Study On Recovers Polyol From Waste Rigid Polyurethane Foam By Alcoholysis
108. Preparation And Study The Flame Retardant Property Of Rigid Polyurethane Foam Material Filled With Perlite
109. Studies On The Synthesis Of Polythioether-polyurethane Foam And Application Of Treating Heavy Metal Inwater
110. Study On Preparation And Its Applications Of Conducting Polyaniline/Polyurethane Foam
111. Synthesis Of New Environment-friendly Flame Retardants And Its Application In Rigid Polyurethane Foam
112. Synthesis Of Flame Resistant Retardant Pop And Its Application On Flexible Polyurethane Foam
113. The Application Of Lignin In Polyurethane Foam
114. Sound Absorption Properties Of Polyurethane Foam And Polyproylene Fiber
115. Development On New-type Liquid Release Agents For Polyurethane Foam
116. The Research Of Using Sugar And Molasses Produce Kojic Acid By Aspergillus Oryzae
117. Preparation And Characterization Of Flame Resistance Polyurethane Foam Composites
118. Epoxidation Of Fatty Acid Methyl Ester Catalysted By Ionic Liquid And The Preparation Of Polyurethane Foam
119. Preparation And Application Of Castor Oleic Acid Modified Montmorillonite
120. Study On Nutrition And Crafts Conditions Of Oil Bacteria NY3Biodegrading High Concentrations Of Oilfield Wastewater
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