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Keyword [Michael Addition reaction]
Result: 101 - 120 | Page: 6 of 8
101. The Research Of Asymmetric Oxidative Aza-diels-alder Reactions And Oxa-michael Addition Reactions By Organocatalysis
102. Study On The Asymmetric Michael Addition Reaction Catalyzed By Resin-supported Catalyst Based On(1R,2R)-(+)-(1,2)-DPEN
103. Alkaline Zeolite ETS-10 In The Application Of The Michael Addition Reaction
104. Synthesis And Properties Of Magnetic Polyamide-amine Dendrimer
105. Cationic Palladium(?)-Catalyzed Michael Addition Reaction By Hydropalladation Of Alkynes
106. Synthesis Of Organic Fluorine Compounds And Study Of Organic Fluorine/Silicon Modified Waterborne Polyurethane
107. Study On The Reaction And Mechanism Of Acrylamide And Thiol Flavor Substances In Food Processing
108. Studies On The Asymmetric Total Synthesis Of Monoterpenoid Alkaloids(+)-Arboridinine
109. The Development Of Novel Tertiary Amine-Phosphoramide Bifunctional Catalysts And Their Applications In Stereodivergent Synthesis
110. Study On Asymmetric Michael Addition Reaction Based On The Synthesis Of Aizoaceae Alkaloid
111. Synthesis Of Novel Fluorescent Polydopamine Nanoparticles Based On Michael Addition Reaction And Its Application In Analysis
112. N-heterocyclic Carbene Catalyzed Stereoselective Glycosylation Of 2-nitrogalactals
113. Synthesis Of Phosphine-bisamide Catalyst Based On Chiral Sulfenamide And Its Application In Asymmetric Michael Addition Reaction
114. Phosphine Catalyzed Asymmetric [1+4] Cycloaddition And Conjugate Addition
115. Synthesis And Properties Of Organosilicon Elastomer Via Aza-Michael Reaction
116. Synthesis And Properties Of Crosslinked Polyamides Through Bulk Michael Addition And Polycondensation
117. Synthesis And Properties Of Helical Poly(Phenylacetylene)s Bearing L-proline Derivatives As Chiral Catalysts
118. Studies On The Synthesis And Application Of POSS Supported Chiral Catalysts
119. The Total Synthesis Of Homofarnesenes And The Synthetic Studies Of (-)-Retigeranic Acid A
120. Synthesis And Properties Of Hybrid Luminescent Materials Based On Rare Earth Complexes
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