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QuantitativeAnalysisofGasMixtureUsinganArtificialN
- 优选了分析CO、H2和CH4混合气体的传感器阵列,构造了传感器信号预处理和神经网络 训练算法,从而建立了用于混合气体定量分析的人工嗅觉系统。实验结果证明,系统能够以较高的 精度分辨出3种气体的浓度。 -Optimization of the analysis of CO, H2 and CH4 mixed gas sensor array, constructs a sensor signal pre-processing
12-step-reaction-mechanism
- 12-step reaction mechanism: O2+2CO = 2CO2 (1) H+O2+CO = OH+CO2 (2) H2+O2+CO = H+OH+CO2 (3) HO2+CO = OH+CO2 (4) O2+H2O2+CO = OH+HO2+CO2 (5) O2+ C2H2 = H+CO2 (6) O2+CH3+CO+C2
5-step
- C Five-step mechanism submitted to the 26th Symposium C version from March 1996 C Citation: C J. Hewson and M. Bollig, C Reduced Mechanisms for NOx Emissions from Hydrocarbon Diffusion Flames, C Twenty-Sis
M3uCOSII
- 基于STM32的M3-uCOS-II 多参数传感器开发文件，完整的工程文档，可检测CH4、CO、温度等参数，包含真人语音、AD5207、485、红外、eeprom等等，原创误转载-Based on the STM32 M3-uCOS-II multi-parameter sensor development documents, complete project documentation, can detect CH4, CO, te
CH4sensor
- 使用MSP430读取数字红外甲烷传感器，实现Ch4、CO2、O2、CO，温度5参数的测量-Using MSP430 to read digital infrared methane sensor, to achieve Ch4, CO2, O2, CO, temperature 5 parameters of the measurement
CH4-CO源代码
- 甲烷一氧化碳二合一气体检测仪源代码，已测试完毕，直接可以拿过来用。(Methane monoxide double one gas detector)