| 417 - 417 |
Special issue - 8th UK National Heat Transfer Conference Oxford, UK, 9-10 September 2003
Kenning D |
| 419 - 429 |
Surface tension effects and enhancement of condensation heat transfer
Rose JW |
| 430 - 434 |
A theoretical model of film condensation in square section horizontal microchannels
Wang HS, Rose JW, Honda H |
| 435 - 444 |
Comparison of a mechanistic model for nucleate boiling with experimental spatio-temporal data
Golobic I, Pavlovic E, Von Hardenberg J, Berry M, Nelson RA, Kenning DBR, Smith LA |
| 445 - 456 |
Operation of a vertical thermosiphon reboiler experimental facility at reduced pressures
Benson HRS, Schnabel T, Webb DR, Heggs PJ |
| 457 - 461 |
Critical heat flux prediction for pool boiling of binary mixtures
Yagov VV |
| 462 - 470 |
Active and potential bubble nucleation sites on different structured heated surfaces
Luke A |
| 471 - 480 |
Experimental and numerical investigation of the evaporation into air of a drop on a heated surface
Mollaret R, Sefiane K, Christy JRE, Veyret D |
| 481 - 489 |
A new technique to measure the effective diffusivity in a catalytic monolith washcoat
Zhang F, Hayes RE, Kolaczkowski ST |
| 490 - 498 |
Direct measurement of bubble-particle adhesion forces on the effects of particle hydrophobicity and surfactants
Spyridopoulos MT, Simons SJR |
| 499 - 512 |
Using process simulators for steady-state and dynamic plant analysis -An industrial case study
Bezzo F, Bernardi R, Cremonese G, Finco M, Barolo M |
| 513 - 516 |
Thermodynamic factors governing centrifugal separation of natural gas
Golombok M, Morley C |
| 517 - 526 |
A methodology for estimation of mass transfer parameters in a detailed chromatography model based on frontal experiments
Persson P, Kempe H, Zacchi G, Nilsson B |
| 527 - 552 |
Industrial experience with object-oriented modelling - FCC case study
Rao RM, Rengaswamy R, Suresh AK, Balaraman KS |
