1) control configuration
图形控制组态
1.
This paper elaborates the whole design of the hardware and software for multi-loop PID,and introduces the design of hardware for multi-loop PID based on DSP,the design of software for multi-loop PID based on picture control configuration.
阐述了多回路PID调节器的硬件和软件总体设计方案,详细介绍了以DSP为CPU的多回路PID硬件设计和采用图形控制组态设计用户程序的多回路PID的软件设计。
2) drawing
图形
1.
Application of the object-oriented technology in developing the WEDM drawing software;
面向对象技术在线切割加工图形软件中的应用
2.
Research and Practice of Integrating Drawing and Database;
图形数据库集成研究与实践
3.
For the CAD drawings largely used in measuring and mapping work,the method is studied for quick conversion from DLG to DEM data with VC+ OPENGL software.
针对目前测绘行业中大量应用的CAD图形进行研究,在VC+OPENGL平台下实现了从DLG到DEM数据的快速转换方法,在DEM的基础上进行三维可视化,并解决了CAD矢量数据难以处理的体积计算、坡度计算等技术难题。
3) graph
图形
1.
The Creation of the Calculation Models of Macrocycle Molecules by Combining of the Graph and Quantum Chemistry Program;
图形软件与量化软件联合用于创建大环分子计算模型
2.
Basic graph drawing based on Windows CE;
基于Windows CE的基本图形绘制
3.
The Display of the Dynamic 3D-Simulationing-graph of Rolling-bearing Based on OpenGL;
基于OpenGL的轴承仿真三维图形动态显示系统
4) figure
图形
1.
Rail Head Abrasion Monitoring System based on figure technology;
基于图形技术的钢轨头部磨损监测系统
5) graphics
图形
1.
The application of electronic graphics media;
电子图形媒体在医学教学中的应用探讨
2.
Software design and realization of graphics platform in operation tickets system;
操作票系统图形平台的软件设计与实现
3.
Design and realization of expert system of graphics aided intelligent switch generation;
图形辅助智能开票专家系统的设计与实现
6) Graphic
图形
1.
Research and Development of Graphic Automatic Programming System for NC Lathe;
图形化数控车床自动编程系统的研究与开发
2.
Study of graphic automatic NC programming system;
数控加工中图形自动编程系统研究
3.
GIS’ s graphic implementation on MapXtreme2005 and C#;
基于MapXtreme2005和C#的GIS图形实现
参考词条
补充资料:电子组态
| 电子组态 electron configuration 原子内电子壳层排布的标示。又称电子构型。原子中的电子排布组成一定的壳层,例如 ,硅原子的电子组态是 1s22s22p63s23p2,表示其14个电子中2个排布在1s态,2个排布在2s态,6个排布在2p态,2个排布在3s态和最后 2 个电子排布在3p态,有时可简示为 3s23p2如果一个电子激发到4s态,则相应的电子组态为1s22s22p63s23p4s。或简示为3s23p4s。电子组态清楚地显示出核外电子的排布状况。 |
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