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1
Progress in Inorganic Chemistry, Volume 55
Wiley-Interscience
Kenneth D. Karlin
complexes
ligand
coordination
ligands
chemistry
species
dna
electron
soc
complex
reaction
structures
bispidine
h2o
reactions
figure
observed
rhii
transfer
reduction
formation
bond
alkyne
hydrogen
containing
ions
oxidation
protein
peptide
transition
duplex
enyne
oxygen
systems
activation
binding
pacman
duplexes
nucleic
catalytic
inorg
groups
2þ
intramolecular
materials
redox
bonds
molecular
radical
studies
年:
2007
语言:
english
文件:
PDF, 54.49 MB
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/
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english, 2007
2
Progress in Inorganic Chemistry, Volume 55
Wiley-Interscience
Kenneth D. Karlin
complexes
ligand
coordination
ligands
chemistry
species
dna
electron
soc
complex
reaction
structures
bispidine
h2o
reactions
figure
observed
rhii
transfer
reduction
formation
bond
alkyne
hydrogen
containing
ions
oxidation
protein
peptide
transition
duplex
enyne
oxygen
systems
activation
binding
pacman
duplexes
nucleic
catalytic
inorg
groups
2þ
intramolecular
materials
redox
bonds
molecular
radical
studies
年:
2007
语言:
english
文件:
PDF, 12.05 MB
您的标签:
0
/
0
english, 2007
3
Neue Reaktivitäten in RhIII-Katalyse für die effiziente Synthese hochwertiger Reaktionsprodukte: RhIII-katalysierte C-H-Bindungsaktivierung
Springer Spektrum
Andreas Lerchen (auth.)
schema
tabelle
äq
mol
eintrag
mmol
ausbeute
bindungsaktivierung
rhiii
produkt
nmr
erhalten
reaktionsbedingungen
katalysierte
ppm
synthese
reaktion
darstellung
scf3
chloroform
beobachtet
chlorierung
so2
dirigierende
diazen
gruppen
lösungsmittel
pyridin
etoac
agsbf6
cinnolin
ergebnisse
verwendung
carboxylat
daten
getestet
zunächst
dirigierenden
ausbeuten
bedingungen
dce
rhcl2
dabso
derivaten
aufreinigung
einführung
sowie
verschiedene
verschiedenen
führte
年:
2016
语言:
german
文件:
PDF, 7.20 MB
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/
0
german, 2016
4
Efficient electrocatalytic H2O2 evolution utilizing electron-conducting molecular wires spatially separated by rotaxane encapsulation
Elsevier B.V.
Sheng-Ying Chou
coii
doi.org
molecular
surface
electrode
fto
h2o2
solution
immobilized
insulated
oep
molecules
surfaces
complexes
rhiii
wires
substrate
conjugated
transfer
aggregation
electron
rotaxane
structures
catalytic
substrates
electrocatalytic
investigation
observed
afm
interaction
japan
modification
oxide
reduction
uninsulated
peak
modified
complex
electrodes
method
catalysis
chou
cyclic
efficiency
hydrogen
peroxide
chlorin
crystalline
electrical
environmental
年:
2023
语言:
english
文件:
PDF, 4.41 MB
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/
0
english, 2023
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