1.
Three-dimensional Microfabrication on GaAs by Using Regular Patterns Molds by the Confined Etchant Layer Technique;
约束刻蚀剂层技术用于砷化镓三维规整细微图形的复制加工
2.
Regional Fractal Property of Leukocyte Image
白细胞显微图像的区域分形特征分析
3.
Preparation of BST Thin Films and Their Fine-Patternings;
钛酸锶钡薄膜的制备及微细图形加工
4.
Fabrication of the Fine-patterns of YBCO Superconducting Thin Film by Sol-Gel Process
溶胶-凝胶法制备YBCO超导薄膜微细图形
5.
Preparation of Fine Patterning of Ferroelectric Films and Their Performances;
铁电薄膜的微细图形制备及其性能研究
6.
ITO Thin Films and Their Fine Patterning by Sol-Gel Process;
溶胶—凝胶法制备ITO薄膜及其微细图形的研究
7.
Fine Pattern Forming on Organic Resin Substrate by Electroless Plating and Laser Radiation
利用化学镀和激光照射在有机树脂基板形成微细图形
8.
The microscopic appearance of the pituitary adenoma is shown here. Note the monotonous appearance of these small round cells.
此处显示垂体腺瘤的显微镜图像。可见肿瘤细胞圆而小，形态一致。
9.
Fine Patterning YBa_2Cu_3O_(7-δ) Films and Their Critical Current Density;
YBa_2Cu_3O_（7-δ）薄膜的微细图形化及其临界电流密度的测试
10.
Studies on the Classification and Recognition of Red Blood Cell Microscope-Images Based on Morphology;
基于数学形态学的红细胞显微图像分类识别研究
11.
Application Research of Mathematical Morphology Processing and Feature Extraction for Micro-cell Image;
显微细胞图像的数字形态学处理及特征提取应用研究
12.
refinements of metaphysical thought
形而上学思考的微细
13.
Study on Bone Scaffolds Microstructure Based on Fractal Methodology
图像分形法研究多孔骨支架微观形态
14.
This is then dusted with a fine powder, which may be pigmented, and which is then heated to fuse it to the paper in a relief pattern.
洒上微细有色或无色粉末，然后加热，使粉末融化，粘附纸面，成为凸起图形。
15.
Studies on Image Processing and Analysis Method for Red Blood Cell Deformability Measurement System Based on Silicon Micro-channel;
硅微通道阵列红细胞变形性测量系统图像处理分析方法研究与实现
16.
Fabricate Micrometer and Nanometer Sized Gold Patterns by SECM and Image Gold Patterns by Fluorescence;
扫描电化学显微术构建金微、纳米图形及金图形的荧光表征法
17.
Application of Hough Transform in Segmentation of Microscopic Cell Image;
Hough变换在显微细胞图像分割中的应用
18.
The Automatic Segmentation and Recognition of Microscope Image of Binuclear Cell;
双核细胞显微图像的自动分割与识别