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Organic-ionic liquid biphasic catalysis multiphase reaction systems

Multiphase catalysis performed in I Ls can lead to various phase systems in which the catalyst should reside in the IL. Before the reaction starts, and where there is no involvement of gaseous reactants, two systems can usually be formed a single phase, in which the substrates are soluble in the ionic liquid or biphasic, in which one or all of the substrates reside preferentially in an organic phase. If a gaseous reactant is involved, two-phase and three-phase systems can be formed. At the end... [Pg.242]


See other pages where Organic-ionic liquid biphasic catalysis multiphase reaction systems is mentioned: [Pg.242]    [Pg.234]    [Pg.13]    [Pg.7]    [Pg.234]    [Pg.12]    [Pg.364]    [Pg.5]    [Pg.647]    [Pg.136]   


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Biphase

Biphasic

Biphasic catalysis, liquid

Biphasic reaction

Biphasic system

Biphasic systems, catalysis

Catalysis biphasic

Catalysis ionic

Catalysis multiphasic

Ionic liquids biphasic reactions

Ionic liquids catalysis

Ionic liquids systems

Ionic organic reactions

Ionic reactions

Ionic systems

Liquid Biphasic Reactions

Liquid Biphasic Systems

Liquid catalysis

Multiphase catalysis

Multiphase reaction systems

Multiphase reactions

Multiphase system systems

Multiphase systems

Multiphasic ionic liquids

Organ systems

Organic biphasic system

Organic catalysis

Organic ionic liquids

Organic ionicity

Organic liquids

Organic systems

Organic-ionic liquid biphasic catalysis

System organization

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