Vol. 58, No. 6, 2022
Accumulation of Vapors of Liquified Natural Gas in Porous Carbon Structures
p. 1105 abstract
Sorption Properties of Freshly Precipitated Iron(III) Hydroxide toward Nickel Ions. Part 1. Mechanism and Efficiency of the Sorption Process
p. 1116 abstract
Thermal Effects in Mixtures of Boric Acid with Some Polymers and Low-Molecular-Weight Inorganic Substances after Plastic Deformation under High Pressure
p. 1125 abstract
Formation and Decay of Cluster Particles under Ionization in High-Strength Fields
p. 1135 abstract
The Chemical Composition of the Near-Surface Layer of Metal Substrates According to XPS Data and Its Effect on the Physical-Mechanical Properties of Acrylic Polymers
p. 1141 abstract
TLC/MALDI for Identification and Separation of Monosubstituted and Disubstituted Nitrobenzoic Acids
p. 1150 abstract
Revealing the Hydration of Sorbates Based on the Dependence of Their Retention Parameters in Reversed-Phase HPLC on the Concentration of the Organic Component of the Eluent
p. 1156 abstract
Study of the Adsorption Properties of Lanthanum-Doped Mesoporous Silica Gels, Modified with Nickel and Silver, by the Method of Gas Chromatography
p. 1164 abstract
The Study of the Sorption of Some Benzimidazoles on Hyper-Cross-Linked Polystyrene from Solutions Containing Imidazolium Ionic Liquids by RP HPLC
p. 1171 abstract
Features of the Chromatographic Efficiency of Adsorbents Based on Enantiomorphic Retgersite Crystals under Liquid-Chromatography Conditions
p. 1178 abstract
Power of Chromatography in Studying the Adsorption Properties of Metal–Organic Frameworks and Their Composites
p. 1183 abstract
The Surface Structure of “Monomeric” and “Polymeric” Reversed Stationary Phases and Mechanisms of Carotenoid Separation
p. 1188 abstract
Gas Chromatographic Study of a Carbon Adsorbent Based on a Liquid Crystal–Unsubstituted β-Cyclodextrin Bilayer
p. 1193 abstract
Sorption Properties and Enantioselectivity of a Binary Sorbent Based on an Ionic Liquid and Partially Methylated β-Cyclodextrin
p. 1199 abstract
Investigation of the Adsorption Properties of a Nanodiamond Surface after Liquid-Phase Oxidation
p. 1206 abstract