Examples of 'absorption and emission' in a sentence
Meaning of "absorption and emission"
Absorption and emission: This phrase is often used in the context of physics and chemistry to describe the process by which energy is either absorbed or released by atoms or molecules. It is a fundamental concept in the study of light and other forms of electromagnetic radiation
How to use "absorption and emission" in a sentence
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absorption and emission
Fluorophores have an absorption and emission spectrum.
Absorption and emission spectra.
These techniques include absorption and emission spectroscopy.
The absorption and emission properties of these metallacages were investigated.
It is necessary to distinguish between absorption and emission spectra.
Absorption and emission spectra were determined for each dye.
This arrangement enables efficient absorption and emission of light.
The terms absorption and emission relate to optical processes.
He deduced that the probabilities of induced absorption and emission are equal.
The separation between absorption and emission spectrum is defined by the so called Stokes shift.
Manipulating their sizes changes both absorption and emission of QDs.
Absorption and emission spectra of FAM.
Astronomical spectra contain both absorption and emission spectral information.
Absorption and emission spectra of ROX.
Photoluminescence can be expressed as absorption and emission intensities at given wavelengths.
See also
That demonstrated a kinship between the molecular mechanisms of absorption and emission.
The acquisition protocols of the absorption and emission spectra are presented below.
These materials can exhibit relatively large shifts between absorption and emission.
Distinct separation of the absorption and emission bands of the benzothiadiazole compounds.
The greenhouse effect is directly related to this absorption and emission effect.
The difference between the absorption and emission wavelength is called the Stokes shift.
An introduction to the identification of materials by means of their absorption and emission spectra.
And you find patterns of absorption and emission lines that you recognize.
This class of materials includes several substances with appropriate absorption and emission spectra.
Well-separated absorption and emission bands.
The two W bosons are verified mediators of neutrino absorption and emission.
Therefore, absorption and emission spectra of single atoms are identical.
Explaining the difference between atomic absorption and emission spectra.
Because of absorption and emission by vibration of the atoms, but.
Explain the difference between atomic absorption and emission spectra.
The absorption and emission fluorescence spectra were determined for this poli-aromatic compound.
Organic fluorophores have relatively broad absorption and emission spectra.
Figure 6 shows the absorption and emission spectra of various fluorochromes.
Each dideoxynucleotide receives a different dye of different absorption and emission characteristics.
The absorption and emission spectra of the ET primers are presented in Figure 1.
Spectrophotometers measure the intensity of light absorption and emission of chemical substances.
Absorption and emission spectra of BDP R6G.
It will permit the study of terrestrial vegetation absorption and emission of tropospheric gases.
Figure 19 depicts absorption and emission of a phonon by a conduction-band electron in a semiconductor material.
The surface plasmon waves made of different metals have different absorption and emission wavelength range.
The period between absorption and emission is typically extremely short, in the order of 10 nanoseconds.
FTIR is a method of measuring infrared absorption and emission spectra.
The absorption and emission spectra in toluene are provided in FIGS . 6 and 7.
Detection methods typically rely on the absorption and emission in some type of spectral field.
Since, a number of materials has been described that exhibit linearly polarised absorption and emission J.
At these temperatures, the effective absorption and emission cross-sections of the gain media are increased.
Note that the Franck-Condon principle applies to both absorption and emission.
The resulting solution has an absorption and emission spectra shown in Figure 4.
The oxidized metallocene-chlorins were characterized by steady-state and time-resolved absorption and emission spectroscopy.
In this GRB afterglow, both absorption and emission features could be clearly seen.
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