Defence Science and Technology

Electronic Warfare and Radar Division Defence Science and Technology Organisation Edinburgh, SA5100,Australia... [Pg.269]

Defence Science and Technology Laboratory Fort Halstead, Sevenoaks Kent TN147BP United Kingdom... [Pg.292]

United Kingdom Defence Science and Technology Laboratory, Porton Down 29-Jun-1999 Designated... [Pg.128]

DODCA. 1987. A comparative assessment of U.S. and U.K. explosives qualified as replacements for tetryl. Report MRL-R-1094. Melbourne, Victoria, Australia Department of Defence of the Commonwealth of Australia, Defence Science and Technology Organization, Materials Research Laboratories. Document no. AD A191928. [Pg.94]

Lu, J. P., Evaluation of the Thermochemical Code-CHEETAH 2.0 for Modelling Explosives Performance, DSTO-DR-1199, Defence Science and Technology Organization (Australian Government), Edinburgh, 2001. [Pg.284]

The author is a Principal Research Scientist in Australia s Defence Science and Technology Organisation, and a Principal Fellow/Associate Professor in the Faculty of Law, University of Melbourne. He was scientific adviser to the Australian delegation of the Conference on Disarmament in Geneva from 1984 until 1992, and since then has been scientific adviser to the Austrahan delegation of the OPCW in The Hague. The views expressed in this chapter are those of the author and do not necessarily reflect those of the Australian government. [Pg.64]

Principal Research Scientist CBRN Defence Centre Defence Science and Technology Organisation (DSTO) and... [Pg.202]

UDM (Urban Dispersion Model) (Hall et al., 2002 [248]) is a widely-used model developed by the UK Defence Science and Technology Laboratory (DSTL) based on assumptions of a Gaussian shape and empirical parameterizations developed from special field and laboratory experiments involving obstacle arrays. [Pg.351]

Ryan, S., and P. McNelly. 2003. Eliminating Russian nerve agent weapons. Proceedings of the 2003 Chemical Weapons Demil Conference. Porton Down, England Defence Science and Technology Laboratory. [Pg.85]

Baker AA. Development of a hard-patch approach for scarf repair of composite structure 2006. Defence science and technology organisation report TR-1892, 19. [Pg.411]

Source Sferopoulos, R., A review of chemical warfare agent (CWA) detector technologies and commercial-off-the-shelf items, Defence Science and Technology Organisation, DSTO-GD-0570, Australia, 2008. [Pg.290]

J Paul and R Jones, Analysis and Repair of Impact Damaged Composites, Defence Science and Technology Organisation, ARL-STRUC-R-435, Australia 1989. [Pg.333]

R Jones, S C Galea and J Paul, Assessment of Impact Damage in Composite Structures, Defence Science and Technology Organisation, ARL-TR-23, Australia, 1993. [Pg.333]

J. DAVY, Defence Science and Technology Oiganisation, Australia ... [Pg.17]

Hobbs, W. and Curtis, N. J. (1998). Field experiments in the analysis of the Soldier Combat System. In 24th Meeting of the Quadripartite Working Group Army Operational Research. Defence Science and Technology Organisation, Austraha. [Pg.43]

G. TORRENS AND I. CAMPBELL, Loughborough University, UK, W. TUTTON, Defence Science and Technology Laboratories (Dstl), Ministry of Defence (MoD), UK... [Pg.139]

Naikar, N., Hopctoft, R. and Moylan, A. 2005. Work Domain Analysis Theoretical Concepts and Methodology. Report DSTO-TR-1665, Defence Science and Technology Otganisatiom... [Pg.115]

Beardah, A.M. (2002) Stable isotope ratio mass spectrometry of explosives—a new type of evidence (Part 3). United Kingdom Defence Science and Technology Laboratory Report DSTL/CR05104, October 2002. [Pg.369]

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