| 1 - 17 |
A particle adhesion perspective on metastasis
Love BJ, Forsten KE |
| 19 - 40 |
Adhesion of cancer cells to endothelial monolayers: A study of initial attachment versus firm adhesion
Moss MA, Anderson KW |
| 41 - 51 |
Cell-cell adhesion of erythrocytes
Attenborough FR, Kendall K |
| 53 - 77 |
Particle-induced phagocytic cell responses are material dependent: Foreign body giant cells vs. osteoclasts from a chick chorioallantoic membrane particle-implantation model
Carter LC, Carter JM, Nickerson PA, Wright JR, Baier RE |
| 79 - 102 |
The body's response to deliberate implants: Phagocytic cell responses to large substrata vs. small particles
Baier R, Axelson E, Meyer A, Carter L, Kaplan D, Picciolo G, Jahan S |
| 103 - 124 |
The body's response to inadvertent implants: Respirable particles in lung tissues
Baier R, Meyer A, Glaves-Rapp D, Axelson E, Forsberg R, Kozak M, Nickerson P |
| 125 - 142 |
Measurement of the adhesion of a viscoelastic sphere to a flat non-compliant substrate
Reitsma M, Craig VSJ, Biggs S |
| 143 - 175 |
Surface forces and the adhesive contact of axisymmetric elastic bodies
Huguet AS, Barthel E |
| 177 - 194 |
Finite element modeling of particle adhesion: A surface energy formalism
Quesnel DJ, Rimai DS |
| 195 - 226 |
Creep effects in nanometer-scale contacts to viscoelastic materials: A status report
Unertl WN |
| 227 - 282 |
Experiments and engineering models of microparticle impact and deposition
Brach RM, Dunn PF, Li XY |
| 283 - 299 |
The adhesion of irregularly-shaped 8 mu m diameter particles to substrates: The contributions of electrostatic and van der Waals interactions
Rimai DS, Quesnel DJ, Reifenberger R |
| 301 - 316 |
Copper-based conductive polymers: A new concept in conductive resins
Marshall DW |
| 317 - 340 |
Interactions between micron-sized glass particles and poly(dimethyl siloxane) in the absence and presence of applied load
Toikka G, Spinks GM, Brown HR |
| 341 - 360 |
Atomic Force Microscope techniques for adhesion measurements
Schaefer DM, Gomez J |
| 361 - 371 |
Limitation of the Young-Dupre equation in the analysis of adhesion forces involving surfactant solutions
Drelich J, Beach E, Gosiewska A, Miller JD |
| 373 - 390 |
Mechanical detachment of nanometer particles strongly adhering to a substrate: An application of corrosive tribology
Dickinson JT, Hariadi RF, Langford SC |
| 391 - 409 |
The effect of relative humidity on particle adhesion and removal
Busnaina AA, Elsawy T |
| 411 - 419 |
The effect of time and humidity on particle adhesion and removal
Tang J, Busnaina AA |
| 421 - 440 |
Recent theoretical results for nonequilibrium deposition of submicron particles
Privman V |
| 441 - 444 |
Aerosol particle removal and re-entrainment in turbulent channel flows - A direct numerical simulation approach
Zhang HF, Ahmadi G |
