1) visual
可视化
1.
Visual Software Development on Pneumatic DTH Design;
可视化气动潜孔锤设计软件系统的开发
2.
Application of the technique of visual computer numerical simulation in analysis of the deep stope stability;
基于可视化的计算机数值模拟技术在深部采场稳定性分析中的应用
3.
The Visual Realization For Parameter Management of Open CNC Based-on Linux;
基于LINUX的开放式数控系统参数管理可视化实现
2) visual
视觉
1.
The effectiveness of laser in situ keratomileusis for anisometropic amblyopia in children past the sensitive period for visual development based on clinical observation;
准分子激光原位角膜磨镶术治疗视觉敏感期后远视性屈光参差性弱视
2.
Comparison of multifocal visual evoked potential between normal subjects and patients with glaucoma;
正常人与青光眼患者多焦视觉诱发电位检测的比较
3.
Clinical observation of mannitol therapeutic treatment on high intracranial pressure patients by flash visual evoked potentials;
闪光视觉诱发电位监测甘露醇降颅压效果的临床研究
3) visual
可视
1.
The power distributing station with five remote-controller-An intellectually visual system;
变配电站“五遥”—智能化可视系统
2.
The Application of AT89S51 in Visual Speaker-phone;
AT89S51在可视对讲门口机中的应用
3.
Researched the situation of building intellectualized system,making use of currently popular wireless video transfers technology,design a new embedded visual door bell system based on the Freescale i.
该文提出一种无线可视对讲系统设计方案,系统采用了飞思卡尔i。
4) visual
双绞线传输
5) visual
Visual
1.
GPS Data Acquisition with Visual C++;
Visual C++编程获取GPS观测数据
2.
The object of article is the LabWindowsCVI which is a visual instrument kit promoted by National Instruments Corporation , The application programming and the software realization method introduced which communicates between LabWindowsCVI and Visual C++ by the DDE function library under Windows platform .
本文以NationalInstruments公司推出的虚拟仪器软件开发工具LabWindowsCVI为对象,介绍了运用DDE(DynamicDataExchange)函数库实现与VisualC++在Windows平台下进行动态数据交换的应用编程与软件实现方法。
6) visual
可视的
参考词条
visual control, visual examination
visual assessment;visual evaluation
visual contact;visual liaison
visual identification; visual cognizance
Visual Thinking
visual basic
visual management
Visual MINTEQ
visual sensing
Visual Modflow
Visual colorimetry
visual texture
水平位移预测模型
补充资料:亵视
1.犹轻视。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。