研究人员通过激光共焦显微镜在高分辨率下观察细胞。
A confocal microscope with lasers allowed the researchers to image the cells at very high resolutions.
但是，直到最近几十年，科学家才能够在高分辨率下研究这一现象。
But only in the last few decades have scientists been able to study the phenomenon at high resolution.
而在场放射X射线源下就不会有这样的问题，可以在拍摄高分辨率图像的同时进行治疗。
There are, however, no interference problems with field-emission X-ray sources, so these can be used to take high-resolution pictures while treatment is proceeding.
下就不会有这样的问题，可以在拍摄高分辨率图像的同时进行治疗。
So these can be used to take high-resolution pictures while treatment is proceeding.
在高分辨率的电子显微镜下核糖体各种旋转棘轮中快速凝固。
The ribosomes were flash-frozen at various mid-swivel and mid-ratchet configurations and examined under a powerful electron microscope.
OCO将用三个高分辨率分光计来尝试这一工作。分光计在精确的波长下研究反射出地球的太阳光，这一波长揭示二氧化碳及分子氧的存在。
OCO will attempt the work by using three high-resolution spectrometers to study sunlight reflected off Earth at the precise wavelengths that reveal the presence of carbon dioxide and molecular oxygen.
我们能够定位精确是因为操作是在一独特的高分辨率的超声显微镜下引导（该设备在哈佛大学）。
We were able to locate it thanks to unique high-frequency ultrasound microscopic guidance available at Harvard University.
本文提出一种使用发射参考（TR）UWB脉冲信号在多径环境下的高分辨率到达时间（TOA）估计技术。
This paper presents an investigation of time-domain super-resolution time-of-arrival (TOA) estimation employing transmitted-reference (TR)-UWB signals for indoor multipath location.
本文提出一种使用发射参考（TR）UWB脉冲信号在多径环境下的高分辨率到达时间（TOA）估计技术。
This paper presents an investigation of time-domain super-resolution time-of-arrival (TOA) estimation employing transmitted-reference (TR)-UWB signals for indoor multipath location.
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