Late Transition Metal Amido Complexes: Electronic
... coordination of the metal and subsequently attacked by the amine. E.g. hydroamination of olefins catalyzed by electrophilic platinum and palladium complexes proceeds via this route which generally results in Markovnikov addition and is consequently similar to acid catalyzed hydroamination.[27c,28] ( ...
... coordination of the metal and subsequently attacked by the amine. E.g. hydroamination of olefins catalyzed by electrophilic platinum and palladium complexes proceeds via this route which generally results in Markovnikov addition and is consequently similar to acid catalyzed hydroamination.[27c,28] ( ...
as a PDF
... or monograph. The organometallic chemistry is confined to cr-bonded compounds in normal oxidation states; compounds with 7r-bonding ligands are generally excluded. Their inclusion would have increased the length of the book considerably and, moreover, their recent chemistry has been extensively and ...
... or monograph. The organometallic chemistry is confined to cr-bonded compounds in normal oxidation states; compounds with 7r-bonding ligands are generally excluded. Their inclusion would have increased the length of the book considerably and, moreover, their recent chemistry has been extensively and ...
THE SYNTHESIS AND CHARACTERIZATION OF PHOSPHONIUM INDENYLIDE COMPLEXES OF RUTHENIUM(II)
... Kingston, Ontario, Canada (April, 2014) ...
... Kingston, Ontario, Canada (April, 2014) ...
Cyclam ``capa` POT.4` to ``capa` POT.3` denticity change
... ligand denticity to κ6. Besides this unexpected coordination mode, the presence of a free carboxyl group (that can be used as a linker) and a nitrosyl ligand (that could turn it into a potential NO donor) imparts very promising properties to this complex. In addition, the κ3 N-coordinated I structur ...
... ligand denticity to κ6. Besides this unexpected coordination mode, the presence of a free carboxyl group (that can be used as a linker) and a nitrosyl ligand (that could turn it into a potential NO donor) imparts very promising properties to this complex. In addition, the κ3 N-coordinated I structur ...
Ru11Lu20, a New Intermetallic Compound with Eight
... Keywords: ruthenium; lutetium; polar intermetallic; crystal structure ...
... Keywords: ruthenium; lutetium; polar intermetallic; crystal structure ...
A1988Q865200001
... VO(H2O)52~is described in terms of molecular orbitals. In particular, the most significant feature of the electronic structure. of V02+ seems to be the existence of considerable oxygen to vanadium it-bonding. A molecular orbital energy level scheme is estimated that is able to account for both the “ ...
... VO(H2O)52~is described in terms of molecular orbitals. In particular, the most significant feature of the electronic structure. of V02+ seems to be the existence of considerable oxygen to vanadium it-bonding. A molecular orbital energy level scheme is estimated that is able to account for both the “ ...
Ruthenium
Ruthenium is a chemical element with symbol Ru and atomic number 44. It is a rare transition metal belonging to the platinum group of the periodic table. Like the other metals of the platinum group, ruthenium is inert to most other chemicals. The Baltic German scientist Karl Ernst Claus discovered the element in 1844, and named it after Ruthenia, the Latin word for Rus'. Ruthenium usually occurs as a minor component of platinum ores; annual production is about 20 tonnes. Most ruthenium produced is used for wear-resistant electrical contacts and the production of thick-film resistors. A minor application of ruthenium is its use in some platinum alloys, and as a catalyst.