3 - 3 |
Safety technology in transition? Schonbucher A, Schmidt J |
25 - 28 |
The safety contribution concerning technologically practical facilities of the dechema/gvc-research committee'safety technology of chemical plants' Pilz V |
29 - 31 |
The commission for plant safety as advisory board of the federal government Gierke W |
33 - 36 |
European law in physical-chemical safety technology: Examples from statutory orders, guidelines and standards Bothe H, Schendler T |
37 - 40 |
Plant safety'made in Germany' - securing our expertise Muschelknautz S, Pfeil N, Schonbucher A |
41 - 44 |
Collective safety philosophy in chemical park marl Kassmann KD, Mallmann T, Hellhammer J |
45 - 47 |
CHEMSAFE - a database for appraised safety-technological parameters Molnarne M, Moller W |
49 - 52 |
Learning from experience - registration and evaluation of events Balke C, Schendler T |
53 - 62 |
Quantitative risk analysis (QRA) - Application examples from large-scale plant construction Rath S, Can U, Leimer E |
63 - 72 |
Probablistic methods from plant security and their application potential Hauptmanns U |
73 - 78 |
Safety in microreaction technology Godde M, Liebner C, Hieronymus H |
79 - 95 |
Interpretation of protective features of heat-conducting instruments Schmidt J |
97 - 108 |
From a rule-of-thumb to dynamic simulation - Construction of safety valves for chemical reactors Christ M, Westphal F |
111 - 118 |
Physical experiments and numerical methods of explosion protection Sippel M, Worsdorfer K, Barth U |
119 - 126 |
Does climate change affect plant security? Stock M |
127 - 136 |
Pressure impact in pipelines: fault scenarios, safety observations and counter measures Hahn M |
137 - 144 |
A method for risk assessment of operation-technological plants with consideration of technical, organisatorial and management-specific aspects Acikalin A |
145 - 152 |
Transformation of discontinuous chemical processes in a continuous process-management while using micro-structured reactors - reaction technology and safety Hugo P, Lopez F |
153 - 158 |
Explosion limits under non-atmospheric conditions Brandes E, Schroder V |
159 - 165 |
Temperatures and spark generation in dry friction of metallic surfaces Ott T, Welzel F, Beyer M, Klages CP |
167 - 176 |
Gaseous and solid reaction products resulting from the burning of indoor fireworks Dutschke A, Lohrer C, Seeger S, Kurth L |
177 - 181 |
Ignition of acetylene caused by pressure-impact in pipelines Schroder V, Holtappels K |