1.
The shorter the wavelength, the smaller the limit of resolution of a microscope.
波长越短，显微镜的分辨限就越
2.
horizontal resolution (limit)
水平方向分辨率极限
3.
Human powers of sensory discrimination are limited.
人类感官分辨能力有限。
4.
Research on High-Resolution Finite-Difference Methods for the Shallow Water Equations;
浅水方程高分辨率有限差分方法研究
5.
High Resolution Finite Volume Method for Hyperbolic Conservation Laws on Unstructured Mesh;
双曲型守恒律方程的高分辨率有限体积方法
6.
Diffraction Effects of Laser Beam and Its Influences on Resolving Power of Scanning System
激光束受限衍射对扫描系统分辨本领的影响
7.
Differentiation and Analysis Between the Limited-Components Theory and the Multi-Components Theroy:the issue about the pharmaceutical effective constituents of Traditional Chinese Medicine;
有限成分论和多成分论的辨析——中药药效成分争论的焦点
8.
Comparison Study of MRTD and FDTD Methods for Analysis of 2-D Resonant Structure
基于时域多分辨和时域有限差分的二维谐振结构的分析
9.
A Technique for Increasing the Resolution of the Subdomain in Finite-Different Time-Domain Method
时域有限差分法中提高局部区域空间分辨率的技术
10.
With so many gray areas in society, it's getting harder to distinguish between what's right and what' s wrong.
社会上有那么多（量标准之间的）昧界限，分辨善恶就变得更困难了。
11.
The useful magnification by an optical instrument is limited by the resolving power of that instrument.
光学仪器有效的放大倍数受到该仪器分辨能力的限制。
12.
As a natural limit for angular resolution, one may take the angular size of the central diffraction disk.
我们可以取中心衍射环的角直径作为角分辨率的一种自然极限。
13.
The Raman Spectroscopy Broken the Diffraction Limitation --Introduction to the near field optics and the near field Raman spectrum
突破分辨率极限的拉曼光谱学——简介近场光学与近场拉曼光谱
14.
visual acuteness
视觉分辨率[锐度]
15.
It can compute the seismic resolution limit in time and space(1/4 wavelength) according to seismic apparent dominant frequency and the velocity of targets.
根据地震视主频和目的层的速度可以计算出空间和时间地震分辨率(/波长)限。
16.
The optical near-field distribution of nanometric apertures wasinvestigated using the finite-difference time-domain( FDTD) method.
扫描近场光学显微镜突破了传统远场光学的衍射极限，能够获得超高光学分辨率。
17.
Designing for handheld devices is an exercise in hardware limitations: input mechanisms, screen size and resolution, and power consumption, to name a few.
手持设备的设计要考虑很多硬件限制，比如输入方式、屏幕大小和分辨率及耗电量等。
18.
Optical tweezers can catch dozens of transparent nano-particles, but the resolution limit of optical microscopy and be observed.
光镊可以捕获几十纳米透明粒子，但受光学显微镜分辨的极限而无法观察。