Explain why the relative intensities of the fluorescence and phosphorescence excitation spectra are the same for...

Explain why the relative intensities of the fluorescence and phosphorescence excitation spectra are the same for all excitation wavelengths.

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genius_generous answered 2 years ago

Explain why fluorescence is collected at an angle other than 180˚ to the excitation light, and...

Explain why fluorescence is collected at an angle other than 180˚ to the excitation light, and why an emission filter is used.

Explain the mirror image rule for electronic absorbance and fluorescence spectra. Why does the role sometimes...

Explain the mirror image rule for electronic absorbance and fluorescence spectra. Why does the role sometimes not apply? Thank you

Does the spacing between the vibronic peaks in the fluorescence emission spectra have to be the...

Does the spacing between the vibronic peaks in the fluorescence emission spectra have to be the same as those in absorption spectra? why?

a. what is the difference between a flourescence excitation spectrum and a fluorescence emission spectrum?. which...

a. what is the difference between a flourescence excitation spectrum and a fluorescence emission spectrum?. which resembles an absorption spectrum. b. consider a molecule that can fluoresce from the s1 state and phosphoresce from the t1state. which is emitted at longer wavelength?make a sketch showing absorption fluorescence and phosphorescence on a single spectrum.

How do you determine if peaks on an emission and excitation spectra are for Raman scattering...

How do you determine if peaks on an emission and excitation spectra are for Raman scattering or Rayleigh scattering? please give example and reasoning

Define and describe four ways in which fluorescence excitation is more sensitive than optical absorption.

Compare and discuss the relative advantages and disadvantages to using circular dichroism or fluorescence spectroscopy or...

Compare and discuss the relative advantages and disadvantages to using circular dichroism or fluorescence spectroscopy or light scattering to study 1. protein folding 2. protein-ligand interactions 3. protein structure

Explain why fixed tissues can be used to perform fluorescence in situ hybridisation but not karyotyping....

Explain why fixed tissues can be used to perform fluorescence in situ hybridisation but not karyotyping. Compare what is being detected in each method and how samples are prepared.

(a) Explain the features of the spectra of alpha, beta and gamma radiation. (b) Why does...

(a) Explain the features of the spectra of alpha, beta and gamma radiation. (b) Why does alpha/beta spectroscopy have to be conducted in an environment different from that for gamma spectroscopy?

Which spectroscopy is more sensitive: fluorescence or absorption? Why? (2) Between fluorescence and phosphorescence: which one...

Which spectroscopy is more sensitive: fluorescence or absorption? Why? (2) Between fluorescence and phosphorescence: which one has a higher intensity? Which one lasts longer?

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