Overview

This book is a historical accounting of Canada's R&D programs in infrared signature suppression (IRSS) for military platforms, particularly warships and tactical helicopters. The R&D program that took place at Defence Research Establishment Suffield (DRES) between 1975 and 1980 is detailed. The Canadian Navy was preparing to build new City class patrol frigates and to refit existing Tribal class DDH-280 destroyers at the time. The most significant infrared (IR) emitter on a warship is the hot engine exhaust ducts. An IRSS system capable of preventing heat-seeking missiles from detecting warships was invented. The DRES Ball is a cooled exhaust system with optical blockage. It was patented in 1982 and later licensed to W.R. Davis Engineering Limited ( Davis ). The DRES Ball was installed on all Canadian Patrol Frigates and a light-weight variant, known as the Eductor/Diffuser, was installed on all DDH-280 destroyers. Both maritime systems were adapted for use on tactical helicopters and 30 Canadian CH-146 Griffon helicopters are fitted with these systems today. Davis was involved in all of this work under contracts with the Canadian Department of National Defence (DND) in which DND retained ownership of all intellectual property (IP). Software dubbed ShipIR was developed to model the IR signature of warships beginning in 1992. A module known as the Naval Threat Countermeasures Simulator (NTCS) was also developed capable of modelling the engagement between a warship and an incoming IR-guided missile. ShipIR/NTCS was developed by Davis under contracts with DND. It has been the NATO standard software for IR studies for the last two decades. Having addressed the most significant IR emitters on warships, attention turned to the problem of IR radiation from sun-heated surfaces of the ship. This work began in 2003. The Onboard Signature Manager allows the ship operator to control the ship's IR signature in real time. The ship's skin is divided into zones that are fitted with temperature sensors and spray nozzles. Sea water is sprayed on the skin to maintain a temperature that enables the ship to blend in with the sky/sea background. A sea water injection system was also developed that further cools the exhaust gases from the ship's engines. These Davis proposed concepts were reduced to practice under contracts with DND. The second theme and major focus of the book is on the mismanagement of the IRSS intellectual property (IP) by Canadian Patents and Development Limited (CPDL) and DND as well as the unauthorized use and misappropriation of that IP by Davis. The book describes a 22-year long dispute between DND and the inventors that began with letters of complaint, the filing of formal grievances, and finally the conduct of a Crown-funded Independent Review intended to settle the matter. The Independent Reviewer concluded that serious communication problems within government had resulted in a deficient license being issued to Davis. The license had also been poorly administered and not enforced. The Reviewer was also critical that the license duration was the term of the patents rather than the useful life of the technology. The Reviewer recommended that: (i) Davis be approached to amend the license retroactively and that legal action be taken if Davis refused to do so, and (ii) the inventors be compensated for unrealized royalties. Neither recommendation was implemented. The inventors subsequently filed a lawsuit against DND and Davis. The suit was dismissed more than 14 years later on the basis of undue delay. A second law suit for solicitor's negligence was filed after Davis was able to extricate himself from the action due to a procedural error. That suit was eventually settled by the Alberta Lawyers Insurance Association. Davis has sold an estimated $1B worth of IRSS products world-wide. The inventors have only received about $6,000 in royalties under the terms of the Public Servants Inventions Act.

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9781534719514

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Dr. Stephen Murray was employed as a Defence Scientist at the Suffield laboratory of Defence Research and Development Canada (DRDC) for nearly 32 years. He was the most senior bench scientist in the Department of National Defence when he retired in 2008. Dr. Murray has extensive R&D experience in all aspects of shock and blast wave physics, combustion, detonation and blast effects as these relate to explosive minefield breaching, weapon threat assessment, force protection, counter-terrorism, accidental explosions, and hypersonic propulsion. He was formerly Head of the Threat Assessment Group at DRDC Suffield (18 scientists, technologists and military officers), Deputy Thrust Leader for the Army's R&D program on Munitions and Firepower, and Special Advisor to the Director General Intelligence on Russia's thermobaric and fuel-air explosive weapons. Dr. Murray has represented Canada in numerous bilateral and multi-lateral R&D and intelligence collaborations with other Allied nations and on international panels in NATO, TTCP and OECD. He is the recipient of several national and international awards including a Public Service Merit Award (for IRSS systems), the R.I. Soloukhin Golden Hands Medal for career accomplishments in experimental combustion, the DRDC Performance Excellence Award for excellence, innovation and dedication to increasing the survivability of Canadian Forces personnel and assets against enhanced blast weapons, a TTCP Achievement Award for his work on enhanced blast explosives for future generations of Allied weapon systems, and the United States CIA Medallion for staging the Northern Lights Trials to characterize the blast fields and fireball signatures of enhanced blast weapons and terrorist explosives.

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