SBIR Phase I: Compact, Robust Integral Three-Axis Motion Detector

这个小型企业创新研究第一阶段项目，如果通过第二阶段完成，将导致一个单一的整体运动传感器，将同时测量速度（或加速度）沿沿着三个正交轴。这些传感器将是一个突破性的应用证明分子电子技术（MET）采用一种新的几何形状，改进的响应特性，以及一个独特的反馈系统为基础的电荷和质量转移现象。这种传感器功耗低，结构紧凑，坚固耐用，没有活动部件，由于它们完全对称，可以在任何方向上工作。这些传感器应立即应用于：地震学，特别是海底和钻孔地震学;地震工程;惯性导航;工业处理;以及任何需要测量速度或加速度的应用。它们的小尺寸，坚固性和对方向的不敏感性使它们特别适合现场使用。

This Small Business Innovation Research Phase I project, if completed through Phase II, will result in a single integral motion sensor that will simultaneously measure velocities (or accelerations) along three orthogonal axes. These sensors will be a ground-breaking application of the proven molecular electronic technology (MET) employing a novel geometry, improved response properties, and a unique feedback system based charge and mass transfer phenomena. They will be low in power consumption, com-pact and extremely robust, have no moving parts, and, as a result of their total symmetry, will operate in any orientation.These sensors should find immediate applications in: seismology, especially ocean bottom and borehole seismology; earthquake engineering; inertial navigation; industrial processing; and any application requiring measurement of velocity or acceleration. Their small size, robustness, and insensitivity to orientation make them especially attractive for field use.