「Catalysis」の共起表現(1語右で並び替え)

「Catalysis」の共起表現一覧(1語右で並び替え)

Catalysis

1語右で並び替え

該当件数:71件

zation with dppf) used in borrowing hydrogen catalysis, a catalytic reaction that is based on the a
neral, meaning it has many important uses in catalysis, absorption of carriers in drug delivery, DN
r more details see: acid-base reaction, acid catalysis, acid-base extraction
nsa-metallocenes are active in Ziegler-Natta catalysis, although none are used commercially.
istry (microkinetics), reaction engineering, catalysis, and renewable energy.
gories: selection for binding, selection for catalysis and selection for regulation.
He studies asymmetric catalysis, and is particularly noted for his work on d
ue to its widespread application in chemical catalysis and the electronics industry.
chemistry reactor exploiting both fixed-bed catalysis and the use of external gases.
processes involved in laboratory/industrial catalysis, and particularly water-mediated assemblies
with calcium oxide as a basic heterogeneous catalysis and serves as an example of an aldol condens
d Engineering opened in 1977, the Center for Catalysis and Surface Science in 1986, and Cook Hall i
dal in 1936 "For his pioneer work on contact catalysis and his researches on the mechanism of combu
hemical and biological sensing, lithography, catalysis, and optics.
Catalysis and chemical engineering
Catalysis and Nano-Building Blocks
inatorial chemistry applied to heterogeneous catalysis and homogeneous catalysis, polymer formulati
n) that have been identified as important in catalysis are included as well; the overview (right) i
Residues important for catalysis are shown in magenta.
chemistry, in homogeneous and heterogeneous catalysis as well as in theoretical chemistry.
ctor of the Leverhulme Centre for Innovative Catalysis at the University of Liverpool.
le is of practical importance in homogeneous catalysis because the size of the ligand affects the r
active in the promotion and organisation of catalysis, being the President-Founder of EFCATS (Euro
in biology, the physics of proteins, enzyme catalysis, bioenergy, environmental biogeochemistryand
own area of interest focused on homogeneous catalysis by nickel complexes.
A model of the Pauling principle - catalysis by maximum binding to the transition state -
sion of the research is to unify concepts in catalysis by bridging the gaps between homogeneous and
Additionally, acid/base catalysis by the amino acid residues has been suggeste
ough enzyme cofactors can be modified during catalysis, cofactors always return to their original s
e transportation of diatomic gases, chemical catalysis, diatomic gas detection, and electron transf
mpound classes find practical application in catalysis, especially in polymerization.
anoscience, polymers, soft matter materials, catalysis, food bioscience, plant sciences and microbi
e particularly useful in the petrochemistry, catalysis, gas separation and fine chemistry fields.
oxidative process, the major pathway of its catalysis has evolved to utilise oxidoreductases, whic
ddition to providing direct evidence for RNA catalysis in the spliceosome, and thus, settling the l
tial applications of these complexes include catalysis, ion-exchange materials for radioactive wast
Catalysis is very efficient.
Journal of Catalysis is a peer reviewed scientific journal devote
confluence of heterogeneous and homogeneous catalysis, J.M. Thomas, J.C. Hernandez-Garrido, R. Raj
Nitrosylation is independent of enzyme catalysis, labile modification, on/off switch-like pho
on the enzyme structure and its mechanism of catalysis leading to the better understanding of its r
Catalysis Letters had a 2008 impact factor of 1.867 ra
Catalysis Letters is a peer-reviewed scientific journa
magnetic metal ions/complexes introduced for catalysis; metal clusters producing magnetic materials
In an early application in homogeneous catalysis, NiBr2(PPh3)2 was used by Walter Reppe for t
d fatty acid to the diacylglycerol under the catalysis of diglyceride acyltransferase.
ilizes a common mechanism of recognition and catalysis of DNA found in other type II enzymes such a
ld hydride source and is used in homogeneous catalysis of conjugate reduction reactions of various
l intermediate similar to that formed in the catalysis of the natural substrate, and is a potent in
er details involved in the general acid-base catalysis of reversible addition reactions to carbon e
inetics and mechanism of chemical reactions, catalysis of chemical reactions, theory and dynamics o
Conventional solid support catalysis often suffers from reduced reactivity and se
tional, biological properties such as enzyme catalysis or specific binding of other molecules.
ynamic factor in crystal growth, and studied catalysis, particular in relation to ammonia oxidation
Prize for his contributions to understanding catalysis phenomena.
Catalysis proceeds via a covalently bound intermediate
The catalysis relies on a handful of charged amino acid re
Leibniz Institute for Catalysis reports inexpensive iron carbonyl complexes
Free online access is available to all Catalysis Science & Technology articles until the end
shed in January 2011, and the first issue of Catalysis Science & Technology published in March 2011
Catalysis Science & Technology publishes articles from
In catalysis silver is active as silver oxide in the Wolf
ted in the Unified Modeling Language, in the Catalysis software design method, and in other develop
known for his research in organic chemistry, catalysis, synthesis, explosives, and reaction mechani
Another proposal explaining enzyme catalysis tested through KSI is the geometrical comple
In coordination chemistry and homogeneous catalysis, triethylphosphite finds use as a soft ligan
ther chemical fields, such as organometallic catalysis, turnover number (abbreviated TON) is used w
a firmly established belief in biology that catalysis was reserved for proteins.
An early example of a catalysis with Rhodium attached to magnetic nanopartic
his interest in organometallic chemistry and catalysis with John Bercaw.