第二部分探讨把得到的衍射实验数据转换成原子排列模型的问题。
Part II examines the problem of converting the experimentally obtained data into a model of the atomic arrangement that scattered these beams.
基于以上分析，提出了响应度补偿法和波长数据-波数数据转换线性补偿法，并对样品进行了实验验证。
Based on the above analysis, the CCD response compensation method and the linear interpolation arithmetic were suggested and tested by the sample imaging.
在对论文的实验系统进行实现的过程中，由于采用广东省土地利用数据为实验数据，研究了MAPGIS数据到GML数据的转换问题。
During the course of realizing experimental system in the paper, the land using data of Guangdong province was adopted as the experimental data, the conversion from MAPGIS data to GML data is studied.
针对不同类型的监测实验设备特点和数据采集接口，编写了相应的数据采集或转换程序，为监测诊断提供数据基础。
According to different communication ports of experimental equipments, several data collection programs or data communication programs are written to provide database for monitoring and diagnosis.
实验表明，该方法是一种由遥感分类图自动转换成g IS通用数据的高效方案。
Finally, the experiment demonstrates that the method is a highly efficient scheme to automatically convert classified raster map to general format GIS data.
因而，微阵列实验的范围和复杂性需要计算机软件程序做很多数据处理，存储，可视化，分析和转换工作。
As a consequence, the scale and complexity of microarray experiments require that computer software programs do much of the data processing, storage, visualization, analysis and transfer.
本文还对坐标转换、串口通信、数据库技术和LOD进行了研究和实验，这些技术也是三维空间数据实时获取和处理中需要用到的。
This paper researches and tries coordinates transformation, serial port communication, database and LOD, which are needed when acquiring real-time 3-dimensional spatial data and disposing it.
本文还对坐标转换、串口通信、数据库技术和LOD进行了研究和实验，这些技术也是三维空间数据实时获取和处理中需要用到的。
This paper researches and tries coordinates transformation, serial port communication, database and LOD, which are needed when acquiring real-time 3-dimensional spatial data and disposing it.
应用推荐