在眼球模型结构的基础上分析了眼球角膜曲面对视线落点偏差产生的影响。
First is the analysis of the influence of ocular cornea surface to the gaze point error based on eyeball structure.
目的：观察凹透镜和凸透镜对豚鼠眼球生长和屈光变化的影响，建立透镜诱导型屈光不正动物模型。
Objective: to observe the effect of concave and convex on growing and the refractive developing of guinea pig eyes and to establish lens-induced animal model of myopia or hyperopia.
所以机器人的视觉系统，当然包括探测影像的摄像头，但也包括控制眼球运动的模型。
So the vision system of the robot, of course, include both the camera in a sense that detect the image, but also the models controlling the movement of the eyes.
目的：研究正常豚鼠眼球生长发育变化规律，为豚鼠作为近视研究的动物模型提供理论依据。
Objective To study the emmetropization in guinea pig eyes during the normal development from birth in order to provide theoretical basis to use guinea pigs as model for research on nearsightedness.
这款市面唯一款奥迪模型跑车，绝对“雷”到你的眼球。
This unique market conditions money Audi model slides down, absolute "thunder" arrives at your eyeball.
结果模型组大鼠注射药物后出现小便失禁，呼吸急促，竖毛肌收缩，眼球突出，肢体抽搐等。
Results There were many significant symptoms in model group after injection, such as urinary incontinence, shortness of breath, contraction of erector muscle, eyeball proptosis, limb twitch.
本文通过对已有模型的改进，建立了一个更为精确的眼球的运动模型，并利用计算机三维显示技术实现了所建模型可视化。
In this paper a new accurate eyeball movement model was developed by improving the existing model. The visualization of it was achieved by computer 3d display technique.
本研究拟建立开放性眼球损伤低眼压动物模型，在损伤后不同时间点检测视网膜电图的表现、观察视网膜各层细胞凋亡的情况，为治疗开放性 眼球损伤引起的视功能损害提供实验依据。
We establish the animal model on open wound of eyeball with hypotony and examine ERG in different time, observe the apoptosis in the retina, provide the theoretical basis for clinical treatment.
本文根据眼球的解剖与运动生理特点，提出了眼球在全部六条动眼肌作用下的三维运动模型。
According to the properties of anatomy and physiology of orbit and eye movement, a 3-d eyeball movement model was developed, in which all the six extraocular muscles were concerned.
本文根据眼球的解剖与运动生理特点，提出了眼球在全部六条动眼肌作用下的三维运动模型。
According to the properties of anatomy and physiology of orbit and eye movement, a 3-d eyeball movement model was developed, in which all the six extraocular muscles were concerned.
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