In contrast, if the fluorescence spectra do not overlap (Fig.
3-6 (b)), quantitative analysis of each compound can be made by
selecting the appropriate fluorescence emission wavelength
(even if the absorption wavelengths of two components are the
same).
Absorption spectra
Component A
Component B
Excitation spectra
Component A
Fluorescence spectra
Component B
(a) Absorptiometry (b)
Fluorometry
Fig. 2-6 Spectroscopic Measurement of a Sample
Containing Two Components
Table 3-1 compares the analytical information obtained via
absorptiometry and fluorometry.
Table 2-4
Comparison of Analytical Information
Attainable with Absorptiometry and Fluorometry
Absorptiometry Fluorometry
Absorption spectra only
(corresponding to excitation spectra)
•
Excitation
spectra
•
Fluorescence
spectra
2 - 10
Содержание CHROMASTER 5160
Страница 54: ...3 17 Fig 3 3b Connecting with the Chromaster 5260 Autosampler Injection valve Syringe valve Port4 ...
Страница 165: ...INDEX 3 U UI Pad 2 6 UTLTY 2 7 3 18 W Wiring covers 2 4 APPENDIX 1 19 Z Zero pressure calibration 3 18 ...
Страница 190: ...APPENDIX 3 2 Log book Means the information containing records of instrument operating conditions ...
Страница 221: ...3 1 Replacement Procedure b Replace the fuse with a new one and then attach the fuse holder by pressing it 3 2 ...
Страница 244: ......
Страница 406: ......
Страница 433: ...SAFETY 10 SAFETY SUMMARY WARNING and CAUTION Labels on Instrument 7 Before Turning on Xenon Lamp Front View ...
Страница 999: ...Retaining screws Fixing bracket Appended Fig 1 5 Removal of Fixing Brackets APPENDIX 1 13 ...
Страница 1016: ......
Страница 1022: ...Sample rack A component part on which a sample is set Logbook A historical record of instrument operation APPENDIX 3 2 ...