The ultimate limit of resolution in an electrical measurement is defined by Johnson or thermal noise.
在电子测量中分辨率的最终极限是由约翰逊噪声或者热噪声来决定的。
The optical storage properties of both materials were compared such as sensitive spectral range, sensitivity, spatial resolution, fatigue resistance and thermal stability.
比较了两类材料的感光光谱范围，感光灵敏度，空间分辨率，抗疲劳性，热稳定性等性能。
The resolution, low-sensitivity threshold and high thermal stability are considered as design parameters.
加速度计的分辨率、灵敏度阈值和高的热稳定性是设计时主要考虑的参数。
However in the urban research, TM data is mainly applied to urban expansion urban thermal island effect and urban greenbelt for the low spatial resolution.
但在城市研究中，由于该数据的空间分辨率相对较低，因此对该数据的利用主要集中于大城市扩展、城市热岛效应和城市绿地等方面。
In order to improve the spatial resolution of the optical microscanning thermal microscopic system, the zero of microscanning should be determined to complete the oversample reconstruction.
为改善已研制光学微扫描显微热成像系统的空间分辩力，微扫描零点需要确定。
The computerised system uses a simple video camera, a high-resolution thermal imaging sensor and a suite of algorithms.
该电算化系统使用一个简易的摄像头，高分辨率的热成像传感器和一整套算法。
The computerised system uses a simple video camera, a high-resolution thermal imaging sensor and a suite of algorithms.
该电算化系统使用一个简易的摄像头，高分辨率的热成像传感器和一整套算法。
应用推荐