<http://schema.org/description>
"Contents / p5 (0005.jp2)\nAbstract / p1 (0003.jp2)\nAcknowledgements / p3 (0004.jp2)\nContents / p5 (0005.jp2)\nList of Symbols and Abbreviations / p9 (0007.jp2)\nLists of Figures and Tables / p13 (0009.jp2)\n1.List of Figures / p13 (0009.jp2)\n2.List of Tables / p20 (0013.jp2)\n1.Introduction / p1 (0013.jp2)\n1.1.Atmospheric Pollution and the Greenhouse Effect / p1 (0013.jp2)\n1.2.Laser Monitoring of the Atmosphere / p4 (0015.jp2)\n1.3.Interferences in Infrared Laser Spectrometry / p8 (0017.jp2)\n1.4.Review of Past Techniques / p12 (0019.jp2)\n1.5.Summary of Results / p13 (0019.jp2)\n2.Adjoint Spectrum:an Algorithm to Extract Target Spectra under Spectral Interferences for Use in On-line Spectrometry / p17 (0021.jp2)\n2.1.Introduction / p17 (0021.jp2)\n2.2.Mathematical Description / p18 (0022.jp2)\n2.3.Numerical Examples on the Adjoint Spectrum / p29 (0027.jp2)\n2.4.Vulnerability to Random Noise / p44 (0035.jp2)\n3.Applications of the Adjoint Spectrum / p49 (0037.jp2)\n3.1.Introduction / p49 (0037.jp2)\n3.2.Application of the Adjoint Spectrum to Multidetection of Gases / p49 (0037.jp2)\n3.3.Application of the Adjoint Spectrum to Frequency Tracking / p50 (0038.jp2)\n3.4.Application to the Measurement of Atmospheric Methane / p57 (0041.jp2)\n4.Temporal Gating Integration Technique for Pulse-Operated Spectrometry with a TDL in Cooperation with the Adjoint Spectrum / p73 (0049.jp2)\n4.1.Introduction / p73 (0049.jp2)\n4.2.Temporal Integration Technique for Suppression of Noise in a Pulse-Operated System / p74 (0050.jp2)\n4.3.Optimization of a Signal to Noise Ratio / p76 (0051.jp2)\n4.4.Detection Limit with a Pulse-Operated Spectrometer / p82 (0054.jp2)\n4.5.Experimental / p84 (0055.jp2)\n4.6.Conclusion / p89 (0057.jp2)\n5.Conclusions and Future Aspects / p91 (0058.jp2)\n5.1.Conclusions / p91 (0058.jp2)\n5.2.Future Aspects / p92 (0059.jp2)\nReferences / p95 (0060.jp2)\nAppendix A:Algorithm for an Orthonormalization Process in the Adjoint Spectrum / p105 (0065.jp2)\nAppendix B:Determination of the Expression of the SNR for Random Noise Analysis / p107 (0066.jp2)\nAppendix C:Photographs of a TDLAS for Out-Door Measurement of Atmospheric Methane / p111 (0068.jp2)\nAppendix D1:Electronic Circuits of a TDLAS Model 9 System / p115 (0070.jp2)\nAppendix D2:Electronic Circuits of a TDLAS Model 7 System / p129 (0079.jp2)\n\u535A\u58EB\u8AD6\u6587\n"^^<http://www.w3.org/2001/XMLSchema#string>
<http://ci.nii.ac.jp/naid/500000083878>