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A shape-memory-metal based sensor for monitoring atmospheric-electrical processes

机译:基于形状记忆金属的传感器,用于监测大气电气过程

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A sensor based on a paramagnetic substance (titanium nickelide) is developed. An element made of this material is capable of oscillating under constant mechanical loading with a cyclic temperature change relative to a certain critical point at which a phase transition of a substance from one modification to another takes place. Near this critical point, the system is essentially nonlinear and potentially capable of reacting to the effects of external factors that determine environmental conditions.
机译:开发了一种基于顺磁性物质(镍钛)的传感器。 由该材料制成的元素能够在恒定机械负载下振荡,相对于某个临界点的循环温度变化,其中物质从一个改变到另一个修改的相位转变。 在此临界点附近,该系统基本上是非线性的,并且可能能够反应确定环境条件的外部因素的影响。

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