Examples of 'excitation and emission' in a sentence
Meaning of "excitation and emission"
excitation and emission: This phrase is usually associated with scientific contexts, particularly in fields like chemistry or physics, referring to the absorption and re-emission of energy by particles or molecules
How to use "excitation and emission" in a sentence
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excitation and emission
Excitation and emission can be repeated indefinitely.
This process is known as excitation and emission.
Excitation and emission slits will be optimized.
Indicator molecules are specific in their excitation and emission wavelengths.
Excitation and emission wavelengths were chosen as described above.
Europium doped fibers present excitation and emission characteristic signals.
Depolarisation is caused by the molecule state shifting between excitation and emission.
Normalized excitation and emission spectra of representative DsRed variants.
Spectrofluorometer with variable wavelength adjustment of excitation and emission wavelengths.
Visible excitation and emission are used in the preferred embodiment.
Spectrofluorimeter with variable wavelength adjustment of excitation and emission wavelengths.
The bandwidths of the excitation and emission filters are shown below.
It permits to size the maximum delay between laser excitation and emission.
The wavelength of excitation and emission was not modified and the material d.
The substrate must be transparent at least at the excitation and emission wavelength.
See also
This allows the excitation and emission of quantum dots to be highly tunable.
A multitude of fluorophores are available with a variety of different excitation and emission spectra.
The wavelength is selected in the excitation and emission channels by means of a monochromator.
The excitation and emission máxima of the fluorescein label is shown for comparison.
The fluorochromes only have to vary in their excitation and emission wavelength.
Each pair of excitation and emission spectrum is depicted by a distinct line style.
These techniques require the combined use of several excitation and emission wavelengths.
The wavelengths for maximum excitation and emission of the fluorescent probe should first be measured.
Said filters are optical filters and are selected in accordance to excitation and emission wavelengths.
The difference in excitation and emission wavelength is known as Stokes shift.
A multitude of derivatives have been developed for almost every excitation and emission wavelength.
The excitation and emission wavelengths used were as specified in the AOCS method.
Filter fluorometers produce specific excitation and emission wavelengths by using optical filters.
A wide variety of fluorescent dyes are available and offer a selection of excitation and emission spectra.
Filters are chosen based on the excitation and emission spectra of the fluorochromes used.
These assemblies contained varying numbers and arrangements of both excitation and emission fibers.
Time between excitation and emission is measured for a solution of HITC in various solvants.
The fluorescence lifetime is defined as the nanosecondscale delay between excitation and emission of fluorescence.
The difference in the excitation and emission wavelengths is referred to as the Stokes shift.
Each compound able to emit the fluorescence light has a characteristic excitation and emission wavelength.
Excitation and emission Adjust excitation and.
Be detected in the Excitation and emission.
The excitation and emission slits are 5 nm.
Autofluorescence from each microcolony was detected using FITC excitation and emission filters.
Excitation and emission slits widths were 5 nm.
Specimens were illuminated using excitation and emission filter sets for FITC and TRITC.
Excitation and emission wavelengths which can be controlled ; and.
FAM and HEX are well known fluorescent dyes having different excitation and emission characteristics.
Both the excitation and emission bandpass was set to 5 nm.
Bandpass was set at 5 nm for excitation and emission.
Top read, with excitation and emission wavelength adjusted to resazurin requirements.
Slits were 2 nm for both excitation and emission.
Excitation and emission experiments can be run on any laser or non-laser fluorescence detection system.
Rotated, between the time of excitation and emission.
The measured maximum excitation and emission wavelengths for each antimicrobial polymer is shown in Table 4.
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