Laser Applications in Life Sciences: Proceedings [of the International Conference on Laser Applications in Life Sciences]., Parts 1-2SPIE, 1991 - Laser spectroscopy |
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Page 185
... nonresonant signal of the glass cuvette walls to coherently compensate the nonresonant signal of the sample yielding a method of measuring background free CARS spectra . The technique is especially suitable under ( pre ) resonant ...
... nonresonant signal of the glass cuvette walls to coherently compensate the nonresonant signal of the sample yielding a method of measuring background free CARS spectra . The technique is especially suitable under ( pre ) resonant ...
Page 187
... nonresonant contribution from the glass windows which is also near a maximum . In the case of a triple layer ( glass - sample - glass ) configuration one can choose such crossing angle that the phase mismatch Ak results in a minimum for ...
... nonresonant contribution from the glass windows which is also near a maximum . In the case of a triple layer ( glass - sample - glass ) configuration one can choose such crossing angle that the phase mismatch Ak results in a minimum for ...
Page 188
... nonresonant background . Experimentally the minima in the nonresonant CARS intensity are found at certain crossing and collection angles ( 0,0 ) * ( Om , $ m ) , in each spectrum point . Here is the detection angle between the CARS and ...
... nonresonant background . Experimentally the minima in the nonresonant CARS intensity are found at certain crossing and collection angles ( 0,0 ) * ( Om , $ m ) , in each spectrum point . Here is the detection angle between the CARS and ...
Contents
RAMAN SCATTERING SPECTROSCOPY OF BIOLOGICAL OBJECTS | 5 |
SESSION | 8 |
implications for protein orientation and protein | 93 |
Copyright | |
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absorption acid adenine adsorbed agarose gel analysis angle backscattered band base pairs beam biocompatibility biological Biophys calculated CARS cells chains changes Chem chlorophylls chromophore cm-¹ cm¹ complex components concentration conformational correlation cytochrome dependence depolarization detection diameter diffusion coefficient dynamic dynamic light scattering effect elastic modulus electric field electronic enhancement erythrocytes excitation experimental Figure fluctuations fluorescence frequency FT-Raman function granules heme histones hydrogen bond hydrosol inhomogeneous intensity interactions investigated laser laser light light scattering lipid M13 virus macromolecules measurements membrane method molecular molecules monolayer nonlinear nonresonant observed obtained optical parameters particles phase Phys polarization polymer porphyrin potential protein proton radiation Raman scattering Raman spectra ratio reaction centers region relaxation resonance Raman spectroscopy RR spectra sample SERRS SERS shown shows signal solvent spectrum structure subunits surface Surface-Enhanced tautomers technique temperature transition USSR vesicles vibrational