This short review discusses specific properties of ion exchanger catalysts in which these polymer-based materials differ from conventional heterogeneous catalysts based mostly on inorganic supports. A good understanding of these effects may help to optimize catalysts for specific process conditions.U ovome su kratkome pregledu razmotrena jedinstvena svojstva ionsko-izmjenjivačkih katalizatora po kojima se ovi polimerni materijali razlikuju od konvencionalnih heterogenih katalizatora uglavnom anorganske osnove. Temeljito razumijevanje utjecaja tih posebnosti moe pomoći optimizaciji katalizatora za primjenu u specifičnim procesnim uvjetima.</p
Includes bibliographical references.The use of ion exchange resins in the polymerization of a c 4 -m...
Ion-exchange materials, currently dominated by resins, are widely used in a plethora of areas. Howev...
Três resinas catiônicas (Amberlyst 15, Lewatit SPC 112, ambas comerciais e MLS 07, sintetizada em la...
Although macroreticular acidic ion-exchange resins have been widely used as catalysts in the industr...
Abstract At present, the chemistry of high-molecular compounds is one of the fastest growing areas ...
The simultaneous liquid-phase synthesis of 2-ethoxy-2-methylpropane (ETBE) and 2-ethoxy-2-methylbuta...
School of Studies in Chemistry, Pt. Ravishankar Shukla University, Raipur-492 010, Chhattisgarh, Ind...
This book chapter is formulated with the aim to review the literature relevant to the esterification...
This contribution deals with working-state morphology of ion exchanger catalysts and its influence o...
This material is a brief review of ion exchange materials with emphasis of inorganic ion exchangers ...
Danas se koriste ionski izmjenjivači na bazi sintetskih smola koji se sintetiziraju polimerizacijom ...
Bakalářská práce je věnována tématu iontovýměnných heterogenních membrán, přičemž její součástí je t...
Hydrolysis reaction of ethyl acetate is a reversible reaction with high activation energy. The react...
Ion exchange is a stoichiometric phenomenon commonly used in water treatment as an end-of-pipe techn...
Cationic ion-exchange resins, particularly the macroporous variety, are versatile catalysts which of...
Includes bibliographical references.The use of ion exchange resins in the polymerization of a c 4 -m...
Ion-exchange materials, currently dominated by resins, are widely used in a plethora of areas. Howev...
Três resinas catiônicas (Amberlyst 15, Lewatit SPC 112, ambas comerciais e MLS 07, sintetizada em la...
Although macroreticular acidic ion-exchange resins have been widely used as catalysts in the industr...
Abstract At present, the chemistry of high-molecular compounds is one of the fastest growing areas ...
The simultaneous liquid-phase synthesis of 2-ethoxy-2-methylpropane (ETBE) and 2-ethoxy-2-methylbuta...
School of Studies in Chemistry, Pt. Ravishankar Shukla University, Raipur-492 010, Chhattisgarh, Ind...
This book chapter is formulated with the aim to review the literature relevant to the esterification...
This contribution deals with working-state morphology of ion exchanger catalysts and its influence o...
This material is a brief review of ion exchange materials with emphasis of inorganic ion exchangers ...
Danas se koriste ionski izmjenjivači na bazi sintetskih smola koji se sintetiziraju polimerizacijom ...
Bakalářská práce je věnována tématu iontovýměnných heterogenních membrán, přičemž její součástí je t...
Hydrolysis reaction of ethyl acetate is a reversible reaction with high activation energy. The react...
Ion exchange is a stoichiometric phenomenon commonly used in water treatment as an end-of-pipe techn...
Cationic ion-exchange resins, particularly the macroporous variety, are versatile catalysts which of...
Includes bibliographical references.The use of ion exchange resins in the polymerization of a c 4 -m...
Ion-exchange materials, currently dominated by resins, are widely used in a plethora of areas. Howev...
Três resinas catiônicas (Amberlyst 15, Lewatit SPC 112, ambas comerciais e MLS 07, sintetizada em la...