| 361 - 372 |
Inherently safer design based on rapid risk analysis
Khan FI, Abbasi SA |
| 373 - 381 |
Low-temperature oxidation of coal at elevated pressures
Wang HH, Dlugogorski BZ, Kennedy EM |
| 383 - 390 |
A very simple yet accurate solution to the thermal explosion problem
Shouman AR |
| 391 - 395 |
Critical mass flow rate in accordance with the omega-method of DIERS and the Homogeneous Equilibrium Model
Lenzing T, Friedel L, Alhusein M |
| 397 - 406 |
Safety related questions for computer-controlled plants: derivation, organisation and application
Chung PWH, Broomfield E, Yang SH |
| 407 - 411 |
Towards an alternative criterion for the shipping safety of activated carbons
Jones JC |
| 413 - 421 |
Calculation of the stability criterion in the reaction of energetic materials
Luo KM, Hu KH |
| 423 - 430 |
Reaction zone structures and propagation mechanisms of flames in stearic acid particle clouds
Ju WJ, Dobashi R, Hirano T |
| 431 - 435 |
Are the so called two-phase flow densities physical and real fluid-dynamic design variables in one-dimensional critical flow?
Friedel L |
