Environmental Engineering Reference
In-Depth Information
59. Chernyakov A.L., Kirsch A.A., Roldugin V.I., Stechkina I.B. Diffusion deposition of aerosol particles on
ibrous ilters at small Peclet numbers.
Colloid J
., 2000, 62(4), 490-494.
60. Kirsh V.A., Kirsh A.A. Penetration of nanoparticles through screen-type diffusion batteries.
Colloid J
.,
2010, 72(4), 491-498.
61. Kirsch A.A., Stechkina I.B. Pressure drop and diffusional deposition of aerosol and polydisperse model
ilter.
J. Colloid Interface Sci
., 1973, 43(1), 10-16.
62. Kirsch A.A., Stechkina I.B., Fuchs N.A. Gas low in aerosol ilters made of polydisperse ultraine ibres.
J. Aerosol Sci
., 1974, 5, 39-45.
63. Chernyakov A.L., Lebedev M.N., Stechkina I.B., Kirsh A.A. Hydrodynamic resistance of the row of
parallel polydisperse ibers.
Colloid J
., 1998, 60(1), 91-103.
64. Brown R.C., Thorpe A. Glass-ibre ilters with bimodal ibre size distributions.
Powder Technol
., 2001,
118(1), 3-9.
65. Lebedev M.N., Stechkina I.B., Chernyakov A.L. Viscous drag of periodic row of polydisperse ibers with
allowance for slip effect.
Colloid J
., 2003, 65(2), 211-221.
66. Kirsch A.A., Stechkina I.B., Fuchs N.A. Effect of gas slip on the pressure drop in ibrous ilters.
J. Aerosol
Sci
. 1973, 4, 287-293.
67. Kirsch A.A., Stechkina I.B., Fuchs N.A. Effect of gas slip on the pressure drop in a system of parallel
cylinders at small Reynolds numbers.
J. Colloid Interface Sci
., 1971, 37(2), 458-461.
68. Cercignani C.
Mathematical Methods in Kinetic Theory
. London, U.K.: MacMillan, 1969.
69. Kirsch A.A., Chechuev P.V. Experimental study of air iltration by ibrous ilters at high temperature.
AAAR 1990 Annual Meeting
, June 18-22, Philadelphia, PA, Abstract book, p. 190, 1990.
70. Roldughin V.I., Kirsch A.A., Emel
,
yanenko A.M. Simulation of aerosol ilters at intermediate Knudsen
numbers.
Colloid J
., 1999, 61(4), 492-504.
71. Roldughin V.I., Kirsch A.A. Diffusion deposition of inite size particles on ibrous ilters at intermediate
Knudsen numbers.
Colloid J
., 2001, 63(5), 619-625.
72. Kirsh V.A. The deposition of aerosol submicron particles on ultraine iber ilters.
Colloid J
., 2004, 66(3),
311-315.
73. Kirsch V.A. Calculation of the van der Waals force between a spherical particle and an ininite cylinder,
Adv. Colloid Interface Sci
., 2003, 104, 311-324.
74. Kirsh V.A. Gravitational deposition of aerosol particles in a ibrous ilter with account for the effect of
van der Waals forces.
Colloid J
., 2001, 63(1), 68-74.
75. Kirsh V.A. Inertial deposition of “heavy” aerosol particles in ibrous ilters.
Theor. Found. Chem. Eng
.,
2005, 39(1), 47-52.
76. Kirsh V.A. Diffusional deposition of heavy submicron aerosol particles on ibrous ilters.
Colloid J
.,
2005, 67(3), 313-317.
77. Kirsh, V.A. The effect of van der Waals forces on the deposition of highly dispersed aerosol particles on
ultraine ibers.
Colloid J
., 2004, 66(4), 444-450.
78. Kirsh V.A. Diffusional deposition of heavy submicron aerosol particles on ibrous ilters.
Colloid J
.,
2005, 67(3), 313-317.
79. Kirsh V.A. Method for the calculation of an increase in the pressure drop in an aerosol ilter on clogging
with solid particles.
Colloid J
., 1998, 60(4), 439-443.
80. Kirsch A.A. The inluence of an external electric ield on the deposition of aerosols in ibrous ilters.
J. Aerosol Sci
., 1971, 2(5), 29-33.
81. Kirsh V.A. Deposition of nanoparticles in ilters composed of permeable porous ibers.
Colloid J
., 2007,
69(5), 609-614.
82. Kirsh, V.A. Deposition of aerosol nanoparticles in ilters composed of ibers with porous shells.
Colloid
J
., 2007, 69(5), 615-619.
83. Kirsh V.A. Pripachkin D.A., Budyka A.K. Inertial deposition of aerosol particles from laminar low in
ibrous ilters.
Colloid J
., 2010, 72(2), 206-210.
84. Higdon J.J.L., Ford G.D. Permeability of three-dimensional models of ibrous porous media.
J. Fluid
Mech
., 1996, 308, 341-361.
85. Clague D.S., Philips R.J. A numerical calculation of the hydraulic permeability of three-dimensional
disordered ibrous media.
Phys. Fluids
, 1997, 9(6), 1562-1572.
86. Chernyakov A.L., Kirsh A.A. Resistance force in a three-dimensional grid formed by cylindrical ibers.
Colloid J
., 1997, 59(5), 698-708.
87. Chernyakov A.L. Fluid low through three-dimensional ibrous porous media.
J. Exp. Theor. Phys
., 1998,
86(6), 1156-1166.
Search WWH ::
Custom Search