Johannes Gerlach

Kinetics and mechanism of the substitution reactions of bis(mercaptotricarbonyliron) complexes

Paul C. Ellgen, Johannes Gerlach · Inorganic Chemistry · 1973 · 51 citations

Substitution Reactions, Engineering, Altmetric Attention Score +16

Application of carbon paste electrodes to elucidate hydrometallurgical dissolution processes with special regard to chalcocite and covellite

Johannes Gerlach, E. Küzeci · Hydrometallurgy · 1983 · 41 citations

Electrometallurgy, Chemical Engineering, Carbonization +10

Mechanisms of substitution of ligand-bridged diiron hexacarbonyl complexes. .mu.-Butatriene-bis(tricarbonyliron) complexes: crystallographic determination of the structure of a carbonyl substitution product and evidence for a carbonyl-inserted intermediate

Johannes Gerlach, Richard M. Wing, Paul C. Ellgen · Inorganic Chemistry · 1976 · 28 citations

Inorganic Chemistry, Biochemistry, Carbonyl-inserted Intermediate +9

The dissolution of aluminum oxide in cryolite melts

Johannes Gerlach, Ursula Hennig, K. Kern · Metallurgical Transactions B · 1975 · 27 citations

Materials Science, Engineering, Aluminum Oxide +5

New chromyl compounds

Johannes Gerlach, Gary L. Gard · Inorganic Chemistry · 1970 · 13 citations

Derivative (Chemistry), Engineering, Chemical Analysis +13