37 results on '"Ugrozov, V. V."'
Search Results
2. Resistance of an Ion-Exchange Membrane with a Surface-Modified Charged Layer
3. Determination of the Differential Resistance of a Bilayer Ion-Exchange Membrane according to the Theoretical Current–Voltage Curve
4. Influence of Adsorption Kinetics on Gas Transfer through a Composite Membrane
5. The Effects of the Viscous Flow of a Gas and the Porous Structure of a Support on the Permeability of a Composite Membrane
6. Asymmetry of Gas Transfer through a Composite Membrane
7. Effect of Support on Gas Transport Properties of PTMSP/UFFK and PTMSP/MFFK-1 Composite Membranes
8. The Influence of Structural Heterogeneity of Layers of a Two-Layer Membrane on Diffusion Transfer
9. Interlayer Resistance of a Bilayer Membrane to Gas Transport
10. Asymmetry of Hydrogen Transfer through a Composite Membrane
11. Mathematical Simulation of Gas Transfer through a Bilayer Membrane with Account for Adsorption Kinetics
12. Hydrogen diffusion transfer through an asymmetric three-layer vanadium membrane
13. Mathematical simulation of atomic hydrogen diffusion transfer through a multilayer metal membrane at finite pressures
14. Mathematical simulation of atomic hydrogen diffusion transfer through a bimetallic membrane
15. Transmembrane gas transfer through a two-layer membrane
16. Effect of the nonlinearity of sorption on the permeability of two-layer membranes
17. Asymmetric transmembrane transfer caused by a difference in adsorption characteristics at interfaces
18. Cluster model of kinetics of vapor sorption by amorphous polymers
19. Reversible kinetics of physical adsorption on homogeneous surface
20. Water vapor sorption by chitin-containing materials
21. Sorption and desorption of water vapor by grains of native starch of some crops
22. Theoretical description of the hygroscopicity of hydrophilic biopolymers and their mixtures
23. Mathematical Modeling of the Dependence of the Vapor Permeability Coefficient of a Membrane on Its Pore Structure
24. Model of bound water formation in fractal clusters resulting from reversible aggregation of colloidal particles
25. Gas-solid elution chromatography in a column with surface-layer biporous packing
26. The effect of structural parameters of biporous packing with an impermeable core on the gas separation efficiency
27. The kinetics of adsorption by biporous sorbents with an osmotic-adsorption-theory isotherm: 2. The case in which adsorptional equilibrium in transport pores and micropores is established in arbitrary time: The initial stage of the process
28. Kinetics of adsorption by biporous adsorbents with osmotic adsorption theory isotherm. 1. The case in which mass transfer in transport pores is the limiting step in the adsorption process
29. Allowance for thermal effects in sorption on biporous sorbents 1. The case in which mass transfer in the transport pore system is the limiting step in the process
30. Kinetics of nonisothermal adsorption by biporous adsorbents Communication 3. Kinetics of the adsorption of xenon by CaA zeolite
31. Kinetics of nonisothermal adsorption by biporous adsorbents Communication 2. Application of moment method in analysis of experimental data on kinetics of nonisothermal adsorption
32. Theoretical description of the kinetics of sorption on spherical sorbent granules, for certain types of actual sorption isotherms
33. Theoretical description of the kinetics of adsorption on spherical sorbent granules with Freundlich isotherm
34. Kinetic curves for a biporous sorbent with linear sorption isotherms with allowance for sorption in transport pores: 1. General formulas for granules in the form of membrane or cylinder
35. Method for determining mass-transfer coefficients for a biporous adsorbent from a kinetic adsorption curve developed under varying adsorbate concentration at the grain surface
36. On a mathematical description of the isotherm of water vapor sorption on grains of various cereals
37. Errata
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.