多通道高时间分辨率脑磁探测系统为反演脑内动态电活动参数提供了一种可能性。
Multichannel MEG detecting system with high temporal resolution provides a possibility to determine the dynamical parameters of electrical activities in a human brain.
与当前典型的基于感觉熵的频域瞬态检测方法相比，具有时间分辨率高、准确和算法简单等优点。
When compared with the typical perceptual entropy detecting on frequency domain, it has some advantages, such as higher time resolution, more accuracy and simple algorithm.
结论：EPI技术具有瞬时成像、时间分辨率高的优点，脑灌注成像成为诊断脑部疾病的一个重要工具。
Conclusion: EPI is a technical with ultra-fast imaging and high temporal resolution, so MR perfusion imaging can become an important tool for the diagnosis of brain lesions.
实验测量是用具有高角度分辨率和时间分辨率的多参数飞行时间测量系统完成的。
High angular resolution for fragment measurements and high energy resolution for neutron measurements were obtained using multi-parameter TOF spectrometer.
实验测量是用具有高角度分辨率和时间分辨率的多参数飞行时间测量系统完成的。
High angular resolution for fragment measurements and high energy resolution for neutron measurements were obtained using multi-parameter TOP spectrometer.
MEG空间分辨率、时间分辨率高，有助于区分致灶和镜灶。
MEG is better in localization, with a higher time and space resolution, and may help to identify epileptogenic zone and mirror foci.
扫描相机具有很高的时间分辨率和高的灵敏度，是生物医学研究中用于测量荧光寿命，实现荧光寿命成像的重要工具。
Streak camera has high temporal resolution and high sensitivity, and is a powerful tool in biomedical study to measure fluorescence lifetime and perform fluorescence lifetime imaging.
扫描相机具有很高的时间分辨率和高的灵敏度，是生物医学研究中用于测量荧光寿命，实现荧光寿命成像的重要工具。
Streak camera has high temporal resolution and high sensitivity, and is a powerful tool in biomedical study to measure fluorescence lifetime and perform fluorescence lifetime imaging.
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