THEORY OF ADHESION OF SMALL PARTICLES

[1] BECKER GW, 1962, KUNSTSTOFFE, V1, P331

[2] BOHME G, 1964, Z ANGEW PHYS, V16, P486

[3] BOHME G, 1962, T I CHEM ENG-LOND, V40, P252

[4] Bradley RS, 1932, PHILOS MAG, V13, P853

[5] THEORY OF THE OXIDATION OF METALS [J]. REPORTS ON PROGRESS IN PHYSICS, 1948, 12 : 163 - 184

[6] CORN M, 1961, J AIR POLLUTION CONT, V11, P1

[7] DEBYE P, 1959, J CHEM PHYS, V31, P1955

[8] Derjaguin B.V., 1961, KOLLOID ZH, V23, P544

[9] DERJAGUIN BV, 1960, 3 INT K GRENZFL ST B, V2, P349

[10] THE GENERAL THEORY OF VANDERWAALS FORCES [J]. ADVANCES IN PHYSICS, 1961, 10 (38) : 165 - 209

[1] BECKER GW, 1962, KUNSTSTOFFE, V1, P331

[2] BOHME G, 1964, Z ANGEW PHYS, V16, P486

[3] BOHME G, 1962, T I CHEM ENG-LOND, V40, P252

[4] Bradley RS, 1932, PHILOS MAG, V13, P853

[5] THEORY OF THE OXIDATION OF METALS [J]. REPORTS ON PROGRESS IN PHYSICS, 1948, 12 : 163 - 184

[6] CORN M, 1961, J AIR POLLUTION CONT, V11, P1

[7] DEBYE P, 1959, J CHEM PHYS, V31, P1955

[8] Derjaguin B.V., 1961, KOLLOID ZH, V23, P544

[9] DERJAGUIN BV, 1960, 3 INT K GRENZFL ST B, V2, P349

[10] THE GENERAL THEORY OF VANDERWAALS FORCES [J]. ADVANCES IN PHYSICS, 1961, 10 (38) : 165 - 209