원문정보
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초록
영어
Environmental pollution monitoring has been a very important concern in global community as the global environment goes from bad to worse by industrialization. In this paper, we suggest a technology applicable to real-time monitoring for gas-phase or liquid-phase contamination. This technique is based on IR molecular spectroscopy. We think that it is very effective in determining a wide variety of contamination materials in water purification including organic compounds harmful to the human body. In addition, we expect that this technique is also applicable to air-pollution detection.
목차
ABSTRACT
1. INTRODUCTION
2. THE THEORIES RELATED WITH IR MOLECULAR SPECTROSCOPY
2.1 The explanation on the wave equation
2.2 The Fourier theorem & the Fourier transform
2.3 The structure of the Michelson interferometer
2.4 Molecular samples with covalent bonds
2.5 The structure of IR molecular spectroscopy
2.6 The data analysis from the IR molecular spectroscopy
3. DISCUSSION ON WATER ANALYSIS METHODS
3.1 Traditional Methods
3.2 The IR Spectroscopy Method
4. CONCLUSIONS
5. ACKNOWLEDGEMENTS
6. REFERENCES
1. INTRODUCTION
2. THE THEORIES RELATED WITH IR MOLECULAR SPECTROSCOPY
2.1 The explanation on the wave equation
2.2 The Fourier theorem & the Fourier transform
2.3 The structure of the Michelson interferometer
2.4 Molecular samples with covalent bonds
2.5 The structure of IR molecular spectroscopy
2.6 The data analysis from the IR molecular spectroscopy
3. DISCUSSION ON WATER ANALYSIS METHODS
3.1 Traditional Methods
3.2 The IR Spectroscopy Method
4. CONCLUSIONS
5. ACKNOWLEDGEMENTS
6. REFERENCES
저자정보
참고문헌
자료제공 : 네이버학술정보