多功能信息测量系统传感器薄膜异质结构稳定性的保障问题

P. Mikhailov, Z. Ualiyev
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引用次数: 2

摘要

金属片传感器由于其先进的稳定性而非常受欢迎。因此,它们被用于电子测量系统来控制重要的物体。这些物体包括飞机、火箭和航天器系统、热力和水力发电厂、船只和潜艇、核电站。所列领域中使用的物理量传感器必须提供相当高的长期时间和参数稳定性,因为它们通常不能拆卸或更换。金属薄板传感器的结构稳定性可根据具体工程和施工提供解决方案和方法。施工方案根据热膨胀系数、表面电阻率、附着力、绝缘电阻、温度范围、完美配置、金属片材应变电阻布局模式等规格,对片材(应变、粘接、接触)材料进行适当选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Issues of Ensuring the Stability of Thin-Film Heterostructures of Multifunctional Sensors of Information-Measuring Systems
Metal sheet sensors are quite popular due do their advanced stability. And therefore, they are used in electronic measuring systems to control essential objects. Those objects include aircraft, rocketry and spacecraft systems, heat and hydroelectric plants, ships and submarines, nuclear plants. Physical quantity sensors used in listed areas must provide pretty high long-term temporal and parametric stability because they, as usual, can't be dismantled or replaced. Metal sheet sensor structural stability can be provided based on specific engineering and construction solutions and methods. Construction solutions assume appropriate choice for sheeting material (strain-resistive, adhesive and contacting) choice based on such specifications as heat expansion factor, surface resistivity, adhesion, insulation resistance, temperature range, perfect configuration and metal sheet strain resistor layout pattern, etc.
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