| Session 1 |
Legal and Public Acceptance |
|
Chairman: K. Stuckenschmidt |
|
BMVg, Bonn, D |
| V 1 |
Legal Adaptation of Non-Lethal Capabilities in New
Conflict Scenarios |
|
F. Krüger-Sprengel |
|
International Society for Military Law and the Law of War,
Brussels, D |
| V 2 |
Between Principles and Absolutes: Non-Lethal Weapons and
the Law of armed Conflict |
|
P. Kim |
|
University College, London, GB |
| V 3 |
Non-Lethal Capabilities facing International Humanitarian
Law |
|
D. Loye |
|
International Committee of the Red Cross, Geneva, CH |
| V 4 |
Problems and Methods of social-humanitarian Expertise of
Non-Lethal Technologies |
|
N. Bagdasarian |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
| Session 2 |
Operational and Tactical Aspects |
|
I Operational Aspects |
|
Chairman: U. Sundberg |
|
FOI, Tumba, SE |
| V 5 |
Less-Lethal Weapons in the War against Terrorism |
|
J.B. Alexander |
|
Las Vegas, USA |
| V 6 |
Decision making Processes Lethal and Non-Lethal
Capacities |
|
H.J.W. Janssen |
|
TNO Human Factors, Soesterberg, NL |
| V 7 |
Non-Lethal Weapons, maritime Requirements |
|
M. Annati |
|
Milano, I |
| V 8 |
Influence of NLW on Command and Control Aspects |
|
M. Gillis |
|
TNO Physics and Electronics Laboratory, The Hague, NL |
|
|
| Session 3 |
Operational and Tactical Aspects |
|
II Tactical Aspects |
|
Chairman: R. De Maio |
|
MOD-SEGREDIFESA, Rome, I |
| V 9 |
Problematics of integrating new use of Force Options into
routine Policing |
|
J. Jussila |
|
Police Technical Centre, Helsinki, FIN |
| V 10 |
Proof-of-Principle for an 81-mm Non-Lethal Mortar
Cartridge |
|
J.M. Garner, D.H. Lyon |
|
U.S. Army Research Laboratory, Aberdeen Proving Ground,
USA |
| V 11 |
A non-destructive Weapon against armoured
Vehicles |
|
P. Steardo, M. Leonardi, O. Melara |
|
R & D Otomelara, La Spezia, I |
| V 12 |
Area Denial/Perimeter Defense employing Non-Lethal
Weapons |
|
N.C. Nicholas |
|
Institute for Emerging Defense Technologies, The
Pennsylvania State University, USA |
| Session 4 |
Current and Desirable Capabilities |
|
Chairman: H. Oppenheim |
|
Amt für Wehrtechnik, Wien, A |
| V 13 |
System of special Means of Non-Lethal Effect to be
applied by Police troops of Ministry of Internal Affairs, Russia, and
Experience of their Application |
|
V.N. Baranov, V.V. Lazariev |
|
Ministry of Internal Affairs, Moscow, RUSSIA |
|
V.V. Selivanov |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
| V 14 |
Stand-off electrical Incapacitation (Plasma-Taser) |
|
D. Meisterhans |
|
Rheinmetall W&M GmbH, Ratingen, D |
| V 15 |
Novel Barriers (-Systems) as Non-Lethal Weapons |
|
N. Eisenreich, J. Neutz, K.-D. Thiel |
|
Fraunhofer ICT, Pfinztal, D |
| V 16 |
The Complex Forecast of Perspectives of NLW for European
Application |
|
V.L. Klochikhin, A.V. Putilov |
|
Karpov Institute of Physical Chemistry, Moscow, RUSSIA |
|
V.S.Pirumov |
|
Russian Academy of Natural Sciences, Moscow, RUSSIA |
|
V.V. Selivanov |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
|
|
| Session 5 |
Advanced Technologies |
|
Chairman: V.V. Selivanov |
|
Bauman University, Moscow, RUSSIA |
| V 17 |
Concepts of the effective electromagnetic functional
Influence on biological Structure |
|
A.F. Korolev, S.S. Krotov, S.V. Mironov, N.N. Sysoev, A.
Pulino |
|
Lomonosov Moscow State University, Moscow, RUSSIA |
| V 18 |
High Power Microwave-Systems |
|
D. Meisterhans |
|
Rheinmetall W&M GmbH, Ratingen, D |
| V 19 |
Compact High-Power RF Sources for Non-Lethal
Applications |
|
G. Staines, M. Sporer, R. Stark |
|
Diehl Munitionssysteme & Co., Röthenbach, D |
| V 20 |
FCG Results of Research and Practice Tests |
|
S. Tecl |
|
Military Technical Institute of the Ground Forces Czech
Army, Vyskov, CZ |
| Session 6 |
Target Effects and Evaluation |
|
I Electromagnetic |
|
Chairman: M. Hubbard |
|
DSTL, Sevenoaks, GB |
| V 21 |
Non-Lethal Threat to Electronic Systems from High Power
Electromagnetic Fields |
|
F. Sonnemann, M. Sporer, R. Stark |
|
Diehl Munitionssysteme & Co., Röthenbach, D |
| V 22 |
Electronic Equipment for complex Influence on biological
Objects |
|
V. Makukhin |
|
Center of Scientific Engineering and Social Activities
"Trymas", Moscow, RUSSIA |
| V 23 |
Bio-effects Research in support of the Active Denial
System (ADS) |
|
M.R. Murphy, J.H. Merritt, P.A. Mason, J.A. D'Andrea, D.W.
Blick, D.M. Scholl |
|
Air Force Research Laboratory, Brooks AFB, USA |
| V 24 |
Further Observations on biological Effects of
Non-thermalizing, High Power Microwave (HPM) Pulses |
|
M. Risling |
|
Swedish Defence Research Agency (FOI), Stockholm, SE |
| Session 7 |
Target Effects and Evaluation |
|
II Other |
|
Chairman: S. Tecl |
|
Military Technical Institute of the Ground Forces Czech
Army, Vyskov, CZ |
| V 25 |
Effects of Non-Lethal Weapons on Humans |
|
H.J. Griffioen-Young |
|
TNO Human Factors, Soesterberg, NL |
| V 26 |
Medical and legal Aspects of Application of the Gas
Weapon of Self-defence |
|
V. Khrupkin, V. Savostyanov |
|
Ministry of Defense of Russian Federation, Moscow,
RUSSIA |
| V 27 |
Portable Laser Dazzle Device |
|
M.V. Silnikov, A.I. Mikhailin |
|
NPO »Special Materials«, Sankt-Petersburg,
RUSSIA |
| V 28 |
Analysis of over 2,000 Field Applications of ADVANCED
TASER® M26 and Overview of Technology Improvements |
|
R. Smith |
|
Taser International, Scottsdale, USA |
| Session 8 |
Modelling and Simulation |
|
Chairman: Z. Verheij |
|
TNO PML, Rijswijk, NL |
| V 29 |
Crowd Control Dynamics |
|
D.A. Lund |
|
University of New Hampshire, Durham, USA |
| V 30 |
HPM Transmitter Employment in a Naval Scenario |
|
E.R. van Veldhoven, H.J. Fitski |
|
TNO Physics and Electronics Laboratory, The Hague, NL |
| V 31 |
Initial Simulations of a single shot Vortex Gun |
|
J. Edwards |
|
DSTL, Sevenoaks, GB |
| V 32 |
Impulse Transport by propagating Vortex Rings -
Simulation and Experiment |
|
J. Backhaus, W. Schweitzer, L. Deimling |
|
Fraunhofer ICT, Pfinztal, D |
| Session |
POSTER |
| P 33 |
Further Development of the Non-Lethal Multipurpose
Launcher |
|
M. Sporer, W. Garhöfer, R. Stark |
|
Diehl Munitionssysteme & Co., Röthenbach, D |
| P 34 |
Sniper Detection System |
|
D. Meisterhans |
|
Rheinmetall W&M GmbH, Ratingen, D |
| P 35 |
Development of Pyrotechnic Means for the Destruction of
Data System Components |
|
J. Neutz, H. Ebeling, W. Eckl |
|
Fraunhofer ICT, Pfinztal, D |
| P 36 |
Dispenser for Irritating Agents |
|
J. Neutz, W. Eckl |
|
Fraunhofer ICT, Pfinztal, D |
| P 37 |
Application of Vortex Technologies for NLW Crowd
Control |
|
E.I. Onipko, V.V. Selivanov |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
| P 38 |
Virtual Enemy — real threat Informational Warfare in
Cyberspace |
|
V. Leonov, V.V. Selivanov |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
| P 39 |
Bio-mechanical Model for Interaction of striking Elements
with protected and unprotected Bio-specimen |
|
I. Kobylkin, A. Letnikov |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
| P 40 |
A new Method of preventing Offense and Terrorism |
|
S.E. Stalenkov, I.V. Vasilevskiy |
|
NELK Company, Moscow, RUSSIA |
| P 41 |
Efficiency of Stun Gun Operation |
|
M.V. Silnikov, A.I. Mikhailin |
|
NPO »Special Materials«, Sankt-Petersburg,
RUSSIA |
|
S.L. Kulakov |
|
St.-Petersburg Technical University, Sankt-Petersburg,
RUSSIA |
| P 42 |
Remote Operation electroshocking Device |
|
V. Bessonov, V. Fortov, S. Kotov, Y. Parfenov, A. Shutov, L.
Zdukhov |
|
Karpov Institute of Physical Chemistry, Moscow, RUSSIA |
| P 43 |
Modelling the Effect of Non-Lethal Weapons |
|
G. Fadeev, V. Ermolaeva |
|
Bauman Moscow State Technical University, Moscow, RUSSIA |
| P 44 |
Bioelectrodynamic Criterion of the NLW Effectiveness
Estimation and the Interactionmechanisms of the multilayer Skin Tissues with
electromagnetic Radiation |
|
A.F. Korolev, A.V. Kozar, E.N. Sheveleva, N.N. Sysoev, A.
Pulino |
|
Lomonosov Moscow State University, Moscow, RUSSIA |
| P 45 |
Non-Lethal close–in Weapon Systems and their
Application during special–purpose antiterroristic Operations |
|
N.V. Sereda |
|
Federal State Unitary Enterprise »SRPE BAZALT«,
Moscow, RUSSIA |
| P 46 |
Imitating Models and Software for Modelling Influence of
Aerosols Means on Electron-Optical and Radar-Tracking Systems |
|
A.V. Andronova, M.A. Jordansky |
|
Karpov Institute of Physical Chemistry, Moscow, RUSSIA |
| P 47 |
Imitating Models and Software for Modelling Influence of
Aerosols Means on Complex Technical Systems |
|
A.V. Andronova, M.A. Jordansky |
|
Karpov Institute of Physical Chemistry, Moscow, RUSSIA |
| P 48 |
Ecological Aspects of Application of the Aerosol
»Non-Lethal« Weapon and Rating of an Opportunity of Work of
Electro-Optical Systems of Supervision in Conditions of Influence of Aerosol
Handicaps |
|
V.M. Minashin, V.A. Zagaynov |
|
Karpov Institute of Physical Chemistry, Moscow, RUSSIA |
| P 49 |
Less Lethal Systems, the FN303 approach |
|
T. Jacobs |
|
FN Herstal S.A., Herstal, B |
| P 50 |
Leveraging Non-lethal Technology Research in
Academia |
|
G.T. Shwaery |
|
Non-lethal Technology Innovation Center, University of New
Hampshire, USA |
| P 51 |
Preliminary Work on the Generation of a Vortex
Ring |
|
P. Gnemmi, J. Haertig, C. Rey |
|
French-German Research Institute of Saint-Louis (ISL),
Saint-Louis, F |
Chairman's Statement 
Acoustic weapons... 
