1.
The measurements and morphological description of two population of this nematode were given.
对此线虫两个群体进行了形态学测量和描述。
2.
Morphological Measurement and Applicantion Research of the Total Knees of Digital Chinese Human;
数字化国人膝关节形态学测量在人工膝关节领域的应用研究
3.
Significance of lumbar facet joint morphology assessment with CT for patients of isthmic spondylolisthesis
峡部裂性腰椎滑脱CT下小关节形态学测量的意义
4.
Measurement of proximal tibia in normal Chinese people with digital three-dimensional reconstruction technique
基于三维重建技术对国人胫骨近端截面的形态学测量
5.
Application of voxel-based morphometry in the study of Alzheimer's disease
基于体素的形态学测量在阿尔茨海默病研究中的应用
6.
Power Quality Detection Method and Its Application Based on Mathematical Morphology;
基于数学形态学的电能质量检测方法及应用
7.
A Runway Detection Method based on Mathematical Morphology and Support Vector Machine
基于数学形态学和支持向量机的跑道检测方法
8.
Study on Morphometrical Measurements of Resected Surface of Femurs in Total Knee Arthroplasty of Chinese;
国人全膝关节置换股骨截骨面形态测量学研究
9.
X-ray Measurement of Medullary Cavity Morphology of Proximal End Ulna and Its Clinical Significance
尺骨近端髓腔形态学X线测量及其临床意义
10.
Optics Measurement Method of Hot Deformation for Aeroengine Convergent/Divergent Exhaust Nozzle
航空发动机收扩喷管热态变形的光学测量方法
11.
Non-destructive measurement of diameter of overlapping grape fruit based on morphological image processing
基于形态学图像处理的重叠葡萄果径无损测量
12.
Methods and Prospect of Applications of Morphometry in Processing Brain Function Images
脑功能图像的形态测量学方法及应用前景
13.
Complete Bell Measurement Based on the Quantum Teleportation
基于量子隐形传态的完全Bell基测量
14.
Methods To measure the internal diameter by vernier caliper, and observe it by morphology.
方法用游标卡尺测量血管内径,并进行形态学观察。
15.
A Morphometric Study of Hard Tissue Morphology in Subjects with Class Ⅱ Malocclusions;
安氏Ⅱ类错（牙合）患者颅颌面硬组织结构特征的形态测量学研究
16.
Basic breast shape of female undergraduate in the south of China on the basic of body measurement
基于人体测量的南方地区女大学生乳房基本形态
17.
AIM: To observe the morphological changes of vestibular organs and to detect the calcium content of otoconia in rats after simulated weightlessness.
目的:模拟失重状态下观察大鼠前庭器官形态学改变和测量耳石中的钙含量.
18.
AIM:To investigate the correlation of the parameters in calcaneus quantitative ultrasound measurement with the bone mineral density and bone histomorphometry.
目的:分析跟骨定量超声骨质测量中各参数与骨密度及形态计量学指标的相关性。