bianyaqi

程序模板，可以自由在上面写软件，继承了一些板卡控制的DLL文件，直接调用(Program template, you can freely in the above writing software, inherited some board control DLL file called directly)

生成理论记录模块,适合物探方面编程，仅供参考(generated record theory module, suitable geophysical aspects programming, for reference purposes only)

说明：  处理激光雷达数据，计算消光系数的程序。学大气学和激光雷达的人明白。(Processing of laser radar data to calculate the extinction coefficient procedure. Study atmospheric science and laser radar understand.)

光伏控制器，自动充放电控制12V/10A光伏控制器（ERA-04-10-A）： 额定工作电压：DC12V 最大充电电流：10A 最大放电电流：5A/路（共两路负载） 太阳能组件开路电压：25V 空载电流：<15mA 温度补偿：-20Mv/°C 工作环境温度：-25°C～+50°C 使用海拔：<5500M 控制器尺寸（mm）: 光控电压（25°C）：<=3.3V 过放保护电压（25°C）：<10.8V 过放恢复电压（25°C）：>10.8V 过充保护电压（25°C）：>15.0V 过压保护电压：17.68V 过压恢复电压：14.7V 浮充电压（25°C）：13.4V～13.7V 恢复正常充电电压（25°C）：13.2V 结束正常充电电压（25°C）：15.0V (PV controller, automatic charge and discharge control 12V/10A PV controller (ERA-04-10-A): Rated voltage: DC12V Maximum charge current: 10A Maximum discharge current: 5A/Road (a total of two loads) Solar components of the open circuit voltage: 25V No-load current: < 15mA Temperature Compensation:-20Mv/° C Operating Temperature:-25 ° C ~+50 ° C with elevation: < 5500M Controller Size (mm): light control voltage (25 ° C): < = 3.3V over-discharge protection voltage (25 ° C): < 10.8V over-discharge recovery voltage (25 ° C):> 10.8V overcharge protection voltage (25 ° C):> 15.0V over-voltage protection Voltage: 17.68V overvoltage recovery voltage: 14.7V float voltage (25 ° C): 13.4V ~ 13.7V back to normal charging voltage (25 ° C): 13.2V end of the normal charging voltage (25 ° C): 15.0V)

可用于beps模型的构建，运用visual c++代码(Can be used to construct the BEPS model)

this program change title of menu of windows

药品管理系统，MFC+Access,MFC+SQL Server(Drug management system, MFC+Access, MFC+SQL Server)

家电维修源码自用的 家电维修源码自用的(jiadianweixiuyuanma ziyongde)

非平衡式101规约开发环境c++,CPU使用的是富士通MB90545系列芯片,具体功能是电力系统问答式规约(101 Statute of the non-balanced development environment c++, CPU use is the Fujitsu MB90545 series chips, the specific function is to power system question-and-answer Statute)

地震勘探反演方法 正演延拓 假设炮点在地层最底层，向上延拓(Forward seismic inversion method assuming continuation shot in the bottom of the formation, upward continuation)