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汤姆逊·马可尼声纳有限公司(TMS)与联邦科学和工业研究组织(CSIRO)正在联合研制一种超声水雷成像系统,它可在浑浊水质条件下,对海底的水雷成像。该系统将综合在澳大利亚皇家海军新的“休恩”级猎雷艇上的灭雷系统中。 通过在澳大利亚北部水域所进行的反水雷训练,确定了对水雷声成像系统的作战使用要求。由于遥控灭雷具上的微光电视摄像机在北部海岸的浑浊水域不能提供对水雷的正确识别,估计约有25％的猎雷时间被浪费了。 根据1997年的首期开发合同,TMS公司正在研制水雷声成像系统的工程样机。作为主要子承包单位的联邦科学和工业研究组织(CSIRO)在医用超声学领域有专长。国防科技组织提供了其它技术支持,开发了利用
Thomson • Marconi Sonar Ltd. (TMS) and CSIRO are jointly developing an ultrasonic mine imaging system to image underwater mine mines in turbid water conditions. The system will be integrated into the mine-killing system on the new Huynne class hunting gear of the Royal Australian Navy. Through mine-training conducted in the northern Australian waters, operational requirements for mine sound imaging systems were identified. About 25% of the hunting time is estimated to have been wasted, as the glenoid TV camera on the remote control mine does not provide the correct identification of mines in the muddy waters of the northern coast. Under the first development contract of 1997, TMS is developing an engineering prototype for a mine-borne sound imaging system. The Commonwealth Scientific and Industrial Research Organization (CSIRO), a major subcontractor, has expertise in the field of medical ultrasound. Defense Science and Technology Organization provided other technical support, development and utilization