Influence of Characteristics of Nickel Complex Compounds on the Rate of Chemical Deposition and Composition of Nickel–Phosphorus Alloy

Theoretical Foundations of Chemical Engineering - The influence of characteristics of ligands and nickel complex compounds on the rate of the autocatalytic (chemical) deposition of...     

Exchange Spring in a Heterostructure with Pd0.96Fe0.04 Low-Temperature Ferromagnet

Technical Physics Letters - The exchange bias of the magnetic hysteresis loop and the exchange-spring effect have been observed in thin-film heterostructures comprising layers of Pd0.96Fe0.04...     

Protonated Nickel Bis-Glycine Chelate: Effective Precursor for Electroless Deposition of Nickel–Phosphorus Alloy

Theoretical Foundations of Chemical Engineering - The ionic equilibria in the NiSO4–H2Suc–HGly system were calculated using the Brinkley algorithm to assess the true composition of the...     

Oxidation of lube-stock sulfides by hydrogen peroxide in the presence of carbonyl compounds

The oxidation of lube-stock sulfides with hydrogen peroxide in the presence of carbonyl compounds was studied, and the activity of the additives was compared in terms of the degree depth and selectivity of the conversion of sulfides into sulfoxides. It was shown that alicyclic ketones and lower aliphatic carbonyl compounds exhibit the highest activity.     

Inactivation and stabilization of urokinase fibrinolytic activity in vitro

The first and second internal transcribed spacers (ITS1, ITS2) as well as the intervening 5.8S coding region of the rRNA gene were characterized in eight Babesia canis isolates of differing geographic origin, vector specificity, and pathogenicity to dogs. The genotypes determined by sequencing segregated into three clearly separated groups close to or near the species level and correspond to the previously proposed subspecies B. canis canis, B. canis vogeli, and B. canis rossi. The three genotypes can be distinguished by Sau96I digestion of the polymerase chain reaction (PCR)-amplified rDNA target.     

Physicochemical Model of Selection of Complex Compounds for Electroless Metal Plating

Theoretical Foundations of Chemical Engineering - A physicochemical model of the choice of a ligand for the electroless deposition of metal–phosphorus alloys is proposed based on determining...