High power technological lasers are heat-stressed devices, to a high degree. For example, gas-discharge CO_2 laser of mean power 50 kW (developed in TRINIT I) requires 15 tons/hour of water. A conventional gas-dynamic laser (GDL) requirs at least same amount.It is know that continuous operation of GDL requires a source of compressed air rated at 10 - 15 kg/s/ The most advantageous approach is to construct such a source (turbocompressor aggregate - TCA) on a basic of an airplane jet, the jets of acceptable power being two-sectioned, as a rool. That means that available are two kinds of compressed air: 2.8 atm from the fan section and approx 20 atm from the high-pressure compressor. Application of this air enables to solve the problem of AMT GDL heat regime compliance.
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机译：高功率技术激光器是热应力的装置，高度。例如，平均功率50kW的气体放电CO_2激光器（在Trinit i中开发）需要15吨/小时的水。传统的气体动力激光器（GDL）需要至少相同的量。它知道GDL的连续操作需要在10-15kg / s /最有利的方法下额定压缩空气的源代理是构建这种源（涡轮机聚集 - TCA）在飞机喷射的基本上，可接受功率的喷气机作为rool。这意味着可用的是两种压缩空气：2.8瓦型风扇部分，高压压缩机大约20个ATM。这种空气的应用能够解决AMT GDL热度合规性的问题。
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