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LEADER: 02313aam a2200373 i 4500
001 017632380
003 Uk
005 20160222133722.0
006 m || d |
007 cr |||||||||||
008 151124r20152008gw a gob 001 0|eng
015 $aGBB625544$2bnb
020 $a9783527802609$qEPUB
020 $z9783527318247$qhardback
037 $a9783527802609$bWiley
040 $aUk$beng$cUk$erda
042 $aukblcatcopy
082 04 $a541.395$222
100 1 $aRothenberg, Gadi,$eauthor.
245 10 $aCatalysis :$bConcepts and Green Applications /$cGadi Rothenberg.
264 1 $aWeinheim :$bWiley-VCH,$c[2015?]
264 4 $c©2008
300 $a1 online resource :$billustrations
336 $atext$2rdacontent
337 $acomputer$2rdamedia
338 $aonline resource$2rdacarrier
500 $aOriginally published: 2008.
530 $aAlso issued in print format.
504 $aIncludes bibliographical references and index.
505 0 $aINTRODUCTION<br> Green chemistry and sustainable development<br> What is catalysis and why is it important?<br> Tools in catalysis research<br> Exercises<br> THE BASICS OF CATALYSIS<br> Catalysis is a kinetic phenomenon<br> Practical approaches in kinetic studies<br> An overview of the basic concepts in catalysis<br> Exercises<br> HOMOGENEOUS CATALYSIS<br> Metal complex catalysis in the liquid phase<br> Homogeneous catalysis without metals<br> Scaling up and down: Pros and cons<br> "Click chemistry" and homogeneous catalysis<br> Exercises<br> HETEROGENEOUS CATALYSIS<br> Classic gas/solid systems<br> Liquid/solid and liquid/liquid catalytic systems<br> Advanced process solutions using heterogeneous catalysis<br> Exercises<br> BIOCATALYSIS<br> The basics of enzymatic catalysis<br> Applications of enzyme catalysis<br> Developing new biocatalysts: Better than nature's best<br> Non-enzymatic biocatalysts<br> Industrial examples<br> Exercises<br> COMPUTER APPLICATIONS IN CATALYSIS RESEARCH <br> Computers as research tools in catalysis<br> Modelling catalysts and catalytic cycles<br> Predictive modelling and rational catalyst design<br> An overview of data mining methods in catalysis<br> Exercises
650 0 $aCatalysis.
859 $aELD$bebook
852 $aBritish Library$bHMNTS$cDRT$jELD.DS.42162
903 $aELD.DS.42162