解剖结构

• This paper summarized shading effects on growth environment , physiological and biochemical characteristics , morphological and anatomical structure , nutrient allocation and yield of herbage plants
  摘要从遮荫对草本植物的生长环境、生理生化特性、形态解剖结构、营养分配及产量影响方面进行了综述。
• Light microscopy was used to investigate the anatomy of 5 species of salt - enduring plants lived in the songnen plain . the result showed that humulus scandens ( lour . ) merr . ,
  为了阐明耐盐植物颉颃盐逆境的解剖结构特征，使用石蜡制片和光学显微镜技术对松嫩平原五种耐盐植物进行结构植物学研究。
• This lab examines ways in which different brain anatomical structures can be classified based on the signal intensity of high spatial resolution anatomical mr images acquired with different contrast weightings
  这个实验将探讨如何利用不同对比权重的高解析度核磁共振解剖影像，来区分不同的脑解剖结构。
• The highest resolution dataset collected by tmmu is a male dataset consists of 18 , 200 digital axial anatomical images obtained at 0 . 01 - mm intervals , and it is 1 , 143gb in size
  1毫米，所要处理的数据高达1 , 143gb 。这些经创新技术处理的虚拟人数据集，具超高解析精度，能互动地立体显示非常精细解剖结构。
• The simulating eye model was created based on anatomy and muscle characteristics , and animated by multi - curve spectrum , which indicates time - varying muscle contraction
  首先依据人眼解剖结构及肌肉控制原理建立仿真模型，再用表示各肌肉归一化收缩量随时间变化的多线谱曲线驱动模型，仿真不同的人眼运动及表情。
• In this article , a rather complete survey to medical image segmentation methods and their characteristics are given , especially to the new methods or improvement of the classical methods which was put forward recently
  图像分割能够自动或半自动描绘出医学图像中的解剖结构和其它感兴趣的区域，从而有助于医学诊断。
• With the advancement in digital technology , a three - dimensional virtual human which can show the detailed and accurate anatomical structures of the human body can be constructed from serial body sections
  随著数码技术的发展，一个能详尽和准确地介绍人体的解剖结构的立体虚拟人已可以经连串的人体切片中重组出来。
• Human lower extremity anatomy structure was introduced in this paper , the mechanism of driver lower extremity injury during a frontal impact was discussed and categorized , and injury criteria and their basis were reviewed
  本文介绍了人体下肢解剖结构,讨论并归类了前碰撞中驾驶员的下肢损伤机理,并阐述了各类下肢损伤准则。
• In order to help doctor to check the tissue of prostate and diagnose illness exactly , it is increasingly demand that how to realize the automatic segmentation from ultrasonic image
  为了使医生可以对人体的解剖结构以及病变进行更有效的观察和诊断，提高前列腺疾病诊断的正确率，利用计算机图像技术准确分割前列腺体就成为一个紧迫的课题。