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在发展热工动力过程中为解决主要的实际任务,必须进一步改进目前采用的材料,掌握新的、更先进的钢和合金,研制计算数据更高的钢种以及采用全新的工艺过程。由于必须节约有机燃料,就附加提出了一些极复杂的任务。其中之一是提高初温的问题。初步的试验研究已经在高温的复合金钢材方面建立了科研储备,但还必须进行更仔细的研究和工业试验。更复计的任务是将新设计的火电设备的使用期限和计算寿命延长至200000小时。在
In order to solve the major practical tasks in the development of thermal engineering, the materials currently used must be further improved, new and advanced steels and alloys must be mastered, new steels of higher computational data have to be developed and new processes have to be adopted. Due to the need to conserve organic fuels, additional complex tasks have been proposed. One of them is to raise the initial temperature. Preliminary pilot studies have established research reserves for high-temperature composite gold steels, but more careful research and industrial testing are also required. The more complex task is to extend the useful life and calculated lifetime of the newly designed thermal power equipment to 200,000 hours. in