首页> 外文会议>International Crimean Conference on Microwave Telecommunication Technology >A SINGLE FRACTIONALLY RATIONAL MEASUREMENT SCALE AS THE BASE OF QUANTUM THEORY OF MEASURING CONVERSION OF PHASE-FREQUENCY AND AMPLITUDE QUANTITIES
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A SINGLE FRACTIONALLY RATIONAL MEASUREMENT SCALE AS THE BASE OF QUANTUM THEORY OF MEASURING CONVERSION OF PHASE-FREQUENCY AND AMPLITUDE QUANTITIES

机译:单个分馏合理的测量标度作为相位频率和幅度数量转换的量子理论基础

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摘要

The principles of construction and theory of measuring conversion of physical quantities using a single fractional rational measurement scale. For the first time, the example of measuring the frequency of radio signals (with unknown time access to signals) have demonstrated the possibility of practical improvement both accuracy and speed measurements at 100-1000. The prospects of use: Methodology of the new theory can be used anywhere where you need to increase simultaneously the parameter PRECISIONxSPEED MEASUREMENT of physical quantities (military technology and medicine (imaging, rapid analysis, ultrasound), nanotechnology).
机译:单一分数合理测量规模测量物理量转换的构建与理论的原理。首次,测量无线电信号频率的示例(具有未知的时间访问信号)已经证明了在100-1000时的精度和速度测量的实际改善的可能性。使用前景:新理论的方法可以使用在您需要同时增加的任何地方使用物理量的参数精密测量(军事技术和药物(成像,快速分析,超声),纳米技术)。

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