coincidence measurement的意思|示意

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coin·ci·dence mea·sure·ment

英[kəuinsidəns ˈmeʒəmənt] 美[koɪnˈsɪdəns ˈmʒərmənt]

n. 共振测量

Coincidence measurement (also known as resonance measurement) is a type of physical measurement that relies on the principle of coincidence (or resonance) to measure a physical quantity. This method of measurement is usually used for measuring the energy of particles. It involves the observation of the same particles at two different points in time and space, such as a particle detector at two different angles from a particle source. This allows for the determination of the energy of the particles according to the angle and distance between the two detectors.

共振测量（也称为共振测量）是一种物理测量方法，它依赖于共振原理来测量物理量。这种测量方法通常用于测量粒子的能量。它涉及在两个不同的时间和空间观察同一粒子，例如一个来自粒子源的粒子探测器的两个不同的角度。这样可以根据两个探测器之间的角度和距离来确定粒子的能量。