HighResolution相关论文
The model-driven inversion method and data-driven prediction method are effective to obtain velocity and density from se......
The preparation of high-resolution micro-patterns is urgently demanded for developing opto-/electric-devices in various ......
A Preliminary Investigation of Ultrasonic Evaluation of Carbon Fiber-reinforced Composite Laminate w
The additives of carbon nano-particles may improve properties of carbon fibber-reinforced composites (CFRCs).So, it is v......
Purpose To investigate a 3D combined carotid and intracranial vessel wall imaging protocol with high isotropic resolutio......
Trypsin was immobilized on a variety of materials to improve digestion efficiency.However,because the immobilized trypsi......
Single-molecule techniques have become an indispensable tool for studying the dynamics of bio-molecules and biomembranes......
Comprehensive Analysis of Acylcarnitine Species in db/db Mouse Using a Novel Method of High-Resoluti
Acylcarnitines are exerting a variety of biological functions depending on the differences in lengths,saturation levels,......
Decreased analyte resolution, shorter column lifetimes, and reduced reproducibility when working with complex mixtures o......
Probe the Adsorption of Acetone on RutileTiO2(110)Surfaces with High-Resolution Sum Frequency Genera
In order to understand the adsorption behavior and photodegrade reactions of organic pollution on titanium dioxide at th......
GC/Q-TOF for Target,Non-target and Unknowns:The Benefits of High Resolution,Accurate Mass and Fast A
Although GC/TOF systems have been applied to a variety of quantitative and qualitative tasks for target analytes, non-ta......
18 nm resolution near-field scanning optical lithography using nanoscale bowtie apertures with ultra
Nanoscale ridge apertures have been demonstrated to be applied for high resolution lithography.In this paper,we perform ......
With the increasing demand of the high-resolution remote sensing images by military and civilians,Countries around the w......
Analytical Performance of HPLC and UHPLC with High Performance Time of Flight Mass Spectrometry usin
High performance mass spectrometry has grown appreciably in use in recent years with the availability of new instrumenta......
A segmentation method based on texture gradient is proposed for the high resolution remote sensing images which have ric......
High‐precision land survey data is important foundation for fine management of land resources and enhancement of land u......
Panchromatic Remote-sensing Instrument for Stereo Mapping (PRISM),one of onboard sensors carried on the Advanced Land Ob......
In the past decades, Moore’s law drives the semiconductor industry to continuously shrink the critical size of transist......
投影曝光工艺是集成电路制造过程中的关键环节，ArF光刻投影曝光作为实现100～32 nm特征尺寸微细加工的首选技术，其中光刻物镜的光学性......
提出一种制造辅助的光学相干层析成像(M-OCT)方法来实现高分辨、无损、全纵深、大体积成像。该方法融合离散制造原理和显微层析成......
短波紫外拉曼光谱仪具有拉曼散射强度高、荧光噪声和背景光噪声低等优点。为了实现短波紫外拉曼光谱仪的小型化并扩展其应用领域,......
复眼成像系统具有视场大、体积小、质量轻等优势,近年来得到国内外的广泛研究,是光学成像技术未来发展的方向之一。受限于较小的子......
高分辨率大视场成像使得航天遥感可以在更广阔的范围内进行更精细的感知,提出一种基于计算成像基本原理的大视场次优计算成像设计......
在完成了107 cm WVGA彩色等离子体显示(PDP)屏及模块研究和开发的基础上,又进行了对角线为64 cm、单元节距为0.63 mm×0.63 mm、分......
提出了一种对大尺寸样品实现大范围、高分辨的原子力显微镜(AFM)扫描成像的新方法，并建立了相应的软硬件检测系统及装备。该方法设......
强激光系统中，光学元件表面中频段误差会导致光学元件的丝状破坏，引起光束的高频调制和非线性自聚焦，从而影响系统工作。现阶段还没有......
当被测物体不满足稀疏条件时,传统同轴数字全息相位恢复方法无法消除共轭像的干扰,也无法获得正确的相位重建结果;而离轴数字全息......
Optical imaging has served as a primary method to collect information about biosystems across scales—from functionaliti......
利用基于空间外差光谱技术的中高层大气OH自由基甚高光谱探测仪,配合太阳跟踪器,对晴空太阳直射光谱进行测量,获得了308 nm波段高......
以南京市为例,利用陆地卫星和夜间灯光卫星的光学遥感信息并结合地理信息,构建了气象观测站局地(周边2 km缓冲区)探测环境表征参数......
针对基于SMT技术生产的PCB板产品的三维缺陷检测问题,设计了一款高分辨率、高远心度及低畸变的双光路双远心光学系统。它通过远心......
幸运成像技术是自适应光学(AO)图像高分辨率重建的一种事后处理技术。传统的幸运成像算法要先对短曝光图像进行像质评价，并选取像质......
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为了克服光电成像系统中广域和高分辨率相互制约的问题,想要在获得更大成像视场范围的同时获取更多的细节信息,广域高分辨率计算光......
用高分辨二极管激光光谱仪对乙炔v5区域的几个Q支作了研究.在725cm~(-1)附近观察到(2v4 v5)I-2v4的Q支.并对(2v5-v5)和(v4 v5)-v4......
The aircraft system has recently gained its reputation as a reliable and efficient tool for sensing and parsing aerial s......
Progresses in LC column technology including small particles, monolithic, core shell and temperature stable material......
利用计算成像的方法得到不同方向、位置、景深处的图像以满足不同需求,实现先拍照后对焦的功能,克服了传统相机机械式调焦带来的缺......
定量磁化率成像(QSM)可以提供组织的磁化率信息,在临床诊断和研究中有重要价值。目前9.4T下高分辨活体猴脑QSM工作尚未见报道。本......
Transcutaneous perianal sonography:A sensitive method for the detection of perianal inflammatory les
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为探究吕家坨井田地质构造格局,根据钻孔勘探资料,采用分形理论和趋势面分析方法,研究了井田7......
分析系统的幅相误差对高分辨SAR成像的影响,在此基础上提出利用预失真补偿技术对发射机的幅相误差进行补偿,给出一种利用FPGA实现......
建筑物是城市化建设的主要地物特征,是地理库中最易发生变化和更新的部分,也是城市化建设不断发展的重要体现,高分辨率的遥控影像......
本文在矢量量化中引入了分辨率思想，并从分辨率的角度考察了原有算法，针对它们在分辨率方面存在的缺点，提出了一种典型的分辨率调制方......
目的:复习分析高分辨率CT(HRCT)扫描及辅以三维重建(3D成像)对外鼻骨折的诊断,并参照常规CT平扫、X线片,论述其诊断价值.方法:对50......
目的针对近似于球形的脑生物医学电磁逆问题求解,以实现对脑电活动的源定位.方法本文基于拉普拉斯方程给出由头皮测量脑电逆推皮层......
高分辨率层序地层是近年来层序地层的新发展,它极大地提高了层序地层分析的分辨率和储层预测的准确性,对油气勘探具有重要意义.文......
建立了一种高分辨率格式的有限元法,并在此基础上对二维浅水流动的间断问题进行了数值模拟。该有限元格式同传统的有限元法相比,既......
