合理化药物设计利用靶分子和其结合分子的高分辩率结构。
Rational drug design (also known as structure-based drug design) uses the high-resolution (atomic) structure of the target molecule, and of molecules that bind to it.
近场光显微镜(NFOM)是一种高分辩率的扫描探针显微镜。
Near Field Optical Microscope (NFOM) is a kind of scanning probe microscopy with high resolution.
利用地震资料研究储层物性不但要求提高分辩率，还要提高讯号的保真度。
To study reservoir petrophysics by using seismic data does not only require the improvement of resolution, but also the improvement of fidelity of seismic data.
以高分辩率的数码相机作为图象采集设备，研制了实验室图象成象及分析系统。
A imaging and analysing system of lab-image was developed using a high resolution digital camera as an image acquiring device.
探地雷达作为最新的物探方法，具有高精度、高分辩率、自动化程度高等优点。
Ground Penetrating Radar (GPR) is the newest geophysical investigation method, and is better than the other geophysical methods in higher precision, resolution and automatic.
目的：探讨高分辩率CT (HRCT)在颞骨骨折及其并发症的诊断和治疗中的临床价值。
Objective: To investigate the clinical values of high resolution ct (HRCT) scan in diagnosis of temporal bone fractures and their complications.
充分利用各个频带的反射能量，在每个频带内进行分频精细处理，提高分辩率，达到分辩较小断层的目的。
Take full advantage of reflective energy in each wave band; carry out precision process in every wave band to raise resolution for the purpose of to minor fault finding.
高分辩率荧光显微镜是我们这一年的年度技术。由于它的巨大潜力，使得人们可以更真实地理解细胞生物学。
With its tremendous potential for understanding cellular biology now poised to become a reality, super-resolution fluorescence microscopy is our choice for Method of the Year.
本发明方法是用两种不同聚合度的聚乙烯醇溶液与重铬酸铵混合，得到高分辩率的、耐水冲洗显影的感光胶液。
Two kinds of PVA solution, which have different polymerizing degrees, are mixed with ammonium dichromate to obtain a high-resolution, water-proof developing photosensitive glue solution.
针对目前国内十分流行的VGA及EGA等高分辩率图形卡，本文提出并实现了一种新的图象压缩编码与解码回显的方法。
Aiming at the high resolution graphic adapter VGA or EGA widely adopted in this country, a new method for compressed coding and decoding display of the images is proposed and realized in this paper.
一旦更多了解受体、配体的相互作用以及从对靶子在溶液中的特性的高分辩率研究中获得更多的信息，人们就可以设计出更好的药物。
Better drugs will be designed once more is understood about receptor-ligand interactions and more information about targets is available from high-resolution studies of their properties in solution.
一旦更多了解受体、配体的相互作用以及从对靶子在溶液中的特性的高分辩率研究中获得更多的信息，人们就可以设计出更好的药物。
Better drugs will be designed once more is understood about receptor-ligand interactions and more information about targets is available from high-resolution studies of their properties in solution.
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