结果双眼视的实际调节平面远于目标平面，彩色体视图有较大深度感。
RESULTS the plane of accommodation is more far than the target plane. The binocular vision depth is quite far.
方法对33例外伤性白内障人工晶状体植入术后矫正视力、双眼屈光状态、同时视、融合力、立体视锐度等功能进行检测。
Methods Examing the corrected visual acuity, binocular refraction state, simultaneous vision, fusion faculty and stereoscopic after intraocular lens implantation of 33 cases with traumatic cataract.
本文介绍了神经细胞整体数据的构成和根据双眼立体视觉原理绘制立体投影面的方法。
We present in this paper the integrated digital constitutions of neural cells and the way of plotting stereo projective maps according to the stereopsis principle.
目的：探讨双眼视力差异及视敏度对弱视患儿立体视形成的影响。
Objective: To discuss the effect of binocular visual acuity differences and visual acuity on stereopsis in amblyopic children patients.
双眼视功能受损中，双眼同时视障碍为2 .1% ，双眼融合视缺失为4.3% ，而双眼定性立体视丢失为16 .7%。
For binocular visual function, 2.1% had a disturbance in binocular simultaneous perception, 4.3% had defective binocular fusion, and 16.7% had a qualitative stereopsis loss.
当双眼分别接受不同颜色的等亮度立体图刺激时，与亮度对比条件相比，受试者的立体视敏度无明显差异；
When the two eyes were stimulated with chromaticity RDSs, but with different color contrast, the disparity threshold was not significantly different from that with heteroluminance RDSs;
对95例具有各种斜视与非斜视患者利用FD2（使用改良的阶段程序）进行单眼和双眼立体视觉测试。
Stereoacuity was tested monocularly and binocularly in 95 patients with a variety of strabismic and nonstrabismic conditions, using the FD2, employing a modified staircase procedure.
结果表明，人工晶体植入术后3个月大部分患者（80％）有双眼单视功能，其中有72．86—82．86％的患者获得不同程度的立体视觉功能，28．57—37．14％的患者获得了正常的立体视觉。
The results were as fellow:3 months after IOL implantation most cases(80%) have binocular vision, among them 72.86—82.86% have stereopsis to a certain extent, 28.57—37.14% have normal stereopsis.
双眼旋转运动协调很复杂，协调不佳将会导致双眼的视网膜物像产生视差，引起复视和立体视下降。
The torsional coordination of binocular eye movements is a complex task since misalignment produces retinal disparities which result in diplopia and decrease of stereopsis.
双眼旋转运动协调很复杂，协调不佳将会导致双眼的视网膜物像产生视差，引起复视和立体视下降。
The torsional coordination of binocular eye movements is a complex task since misalignment produces retinal disparities which result in diplopia and decrease of stereopsis.
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