Abstract The scientific and technological progress in space engineering, creation of new supersonic aircrafts, nuclear power and other modern industries require the development of methods of measuring forces, deformations, stresses and other parameters of devices and equipment. The most important problems here are more accurate forecasting of reliability and resource work equipment in a wide range of stresses, temperature, environment, the influence of various physical fields (acoustic, electromagnetic, radiation etc.) and other external factors. In this manuscript introduced potential applications of samarium monosulfide in the fields of small deformations, low weight, minimum dimensions, as well as radiation resistance, which is especially important for space tribology.

中文翻译：

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半导体张力计中的新材料

摘要 空间工程的科技进步、新型超音速飞机的研制、核电等现代工业的发展，要求发展测量装置和设备的力、变形、应力等参数的方法。这里最重要的问题是在各种应力​​、温度、环境、各种物理场（声学、电磁、辐射等）和其他外部因素的影响下，更准确地预测可靠性和资源工作设备。在这份手稿中，介绍了一硫化钐在小变形、低重量、最小尺寸以及抗辐射等领域的潜在应用，这对空间摩擦学尤其重要。