分辨率

Imaging resolution analysis of digital holographic microscopy.

数字全息显微系统的成像分辨率分析。

A method and apparatus for identifying and compensating for the effects of defective pixels in high resolution digital cameras having image processing apparatus.

用于识别和补偿具有图像处理设备的高分辨率数字摄像机中有缺陷的像素的影响的方法和设备。

However, the extent of its products make digital, resolution is not high, relatively low power densities, poor reliability shortcomings.

但其产品存在数控程度达不到要求、分辨率不高、功率密度比较低、可靠性较差的缺点。

Comparing with traditional analogue counterparts, digital receivers are of better resolution, reliability, anti-jamming and agility.

与传统的模拟接收技术相比，数字接收机具有高分辨率、高可靠性、抗干扰能力强、灵活可变等许多优点。

FIR relies on high- temperature and time-spatial resolution digital devices coupled to real-time processing.

FIR必须依靠结合有实时处理器的高温时空分辨率的数字设备。

The single frequency laser interferometer and symmetrical beam path are adopted in the dilatometer.

该装置采用单频激光干涉，对称光路设计，其干涉仪分辨率小于1nm。

Methods Acˉcording to the standard YY0290"Intraocular Lens",dioptric power,differentiate rate,axial displacement under presˉsure and optical eccentric distance of10types of intraocularlens were tested.

按照行业标准YY0290《人工晶体》规定的方法对国内外10种一件式或三件式人工晶体的屈光度、分辨率、压缩力下轴向移位和光学偏心等指标进行了测试。

Rhinosinusitis was assessed by questionnaires, direct examination of the nose and by high-resolution computed tomography.

鼻窦炎采用问卷调查和直接鼻腔检查以及高分辨率CT检查进行评估。

In this thesis, researches have been made on the structure of membrane protein and the process of protein aggregation and disaggregation by employing the two advantages of atomic force microscopy : nanometer resolution in liquids and in situ observation following a biological dynamical process during a long period. This thesis consists of four parts.

本论文利用原子力显微镜能够在溶液中观察生物大分子的结构并可以达到纳米级分辨率和能够在近生理的环境中对生物样品的活性过程进行跟踪观察的两大优势分别对膜蛋白的结构和蛋白质积聚、解聚的过程进行了研究。

At the same time, in view of some deficiency of traditional modeling methods, a new approach to system modeling梞ultiresolution modeling and aggregation/disaggregation梙as been developed since 1980s,and is now being used in the simulation and optimizing decision-making for large scale complex systems.

复杂系统的仿真和优化控制是以建立对象合理而准确的数学模型为基础的，但复杂系统本身具有一定的复杂性，对其进行建模和仿真时，会存在大量不同模式的信息数据(定量的、半定量的、定性的)，它们从不同角度不同层次反映系统的行为，而且往往具有不同的粒度和分辨率，传统的建模方法不能满足复杂系统的要求。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！