直到最近这个比例都被认为是量子测量灵敏度的绝对极限。
Until recently it was thought that this scaling represented an absolute limit on the sensitivity of quantum measurements.
这是使迈克尔逊干涉仪在同样条件下提高灵敏度及测量精度的一条途径。
This is an effective approach to improving the sensitivity and measuring accuracy under the same condition for the Michelson interferometer.
因而通过控制主要影响因素能提高该测定方法的灵敏度，减小其测量误差，以提高其准确性和重复性。
The measuring accuracy and reproducibility of the testing method could be improved obviously through increasing its sensitivity and decreasing measuring error by means of control of its major factors.
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