Examples of 'fluorescence spectrum' in a sentence
Meaning of "fluorescence spectrum"
Fluorescence spectrum: In science, a fluorescence spectrum is a graphical representation showing the intensity of emitted light by a substance when it is excited by a specific wavelength of light, often used in spectroscopy and fluorescence microscopy
How to use "fluorescence spectrum" in a sentence
Basic
Advanced
fluorescence spectrum
Each fluorochrome has a broad fluorescence spectrum.
The fluorescence spectrum is very wide.
Riboflavin is excreted in urine and has a fluorescence spectrum similar to that of fluorescein.
This fluorescence spectrum is similar to the spectrum of fluorescein.
Yet only synthetic spinel has a fluorescence spectrum visible on the spectrometer.
A fluorescence spectrum can then be recorded which is specific to the molecule.
Our study shows that the entire fluorescence spectrum gives a more accurate diagnosis.
The fluorescence spectrum is thus characteristic of the chosen lanthanide ion.
The base line spectrum is subtracted from the fluorescence spectrum of the labeled amyloid peptide.
The fluorescence spectrum of the sensors is determined at various glucose concentrations.
The deformation of said deformable structure as a function of the Stokes fluorescence spectrum.
The fluorescence spectrum of the solution is determined at various glucose concentrations.
Figure 3 shows the fluorescence spectrum for peanut oil.
The fluorescence spectrum is then analyzed to determine the relative proportions of monomex and excimer.
Thus, the absorption spectrum and fluorescence spectrum are controllable by particle sizes.
See also
The fluorescence spectrum of a dental deposit containing PPIX molecules when excited is shown in Figs.
Calculating an área under the laser-induced fluorescence spectrum to generate an integrated área ;.
The fluorescence spectrum of each was recorded until the dye solution was saturated with RNA.
An optical spectrometer is a device that measures the emission, absorption, or fluorescence spectrum of a material.
In a HSI setup the complete fluorescence spectrum is acquired for every point of the object.
Each biochemical or chemical molecule ( biogenic fluorophore ) has a characteristic excitation and fluorescence spectrum.
The fluorescence spectrum of potato peels is represented in figure 2.
Then, UV absorption spectrum and fluorescence spectrum of the solution were measured.
The fluorescence spectrum before and after exposure is shown in Figure 3.
This drift is expressed by a displacement in the energy of the X-ray fluorescence spectrum obtained.
A complete fluorescence spectrum is emitted which is shifted to a smaller frequency ( longer wavelength ).
Only the Z domain protein containing p - acetyl-L-phenylalanine shows a fluorescence spectrum similar to that of fluorescein.
This change of fluorescence spectrum can only be measured with a specialized instrument ( fluorospectrometer ).
Aliquots of these two proteins were used to measure the fluorescence spectrum with 490 nm excitation.
The induced fluorescence spectrum emitted by source 60 is then measured by the spectral imager.
FIG . 5 represents the excitation and fluorescence spectrum of Thiazole Orange ;.
FIG . 4 shows the fluorescence spectrum obtained when using a device according to the invention.
The excitation spectrum was observed at 690 nm and fluorescence spectrum was excited at 590 nm.
FIG . 2 is an X ray fluorescence spectrum showing the peak corresponding to the element Si.
Means for calculating ( 28 ) an área under the laser-induced fluorescence spectrum to generate an integrated área ;.
A second fluorescence spectrum is recorded after 10 minutes of incubation.
A modified SLM Aminco 48000 Fluorimeter was used to measure the fluorescence spectrum from the phosphor samples.
Figure 5 shows the fluorescence spectrum of un-doped blank glass in the visible spectrum ;.
Optical properties = = The absorption and fluorescence spectrum of ICG is in the near infrared region.
The fluorescence spectrum of the dye-oxidizing solution mixture was monitored for a period of 30 minutes.
In this paper, we calculate the fluorescence spectrum of 2 three-level atoms.
The fluorescence spectrum of the uranyl ion ( λ ex =266 nm ) was recorded after each addition.
The emission peak in the fluorescence spectrum emerges at about 580 nm.
FIG . 4, The fluorescence spectrum of neodymium for a monocrystal of formula,.
Figure 7 ( c ) is a graph of the fluorescence spectrum of HDL-C subfraction ;.
Fig . 14A shows a fluorescence spectrum of DNA hybridized with the rhodamine labeled PNA probe.
The curve at ' C ' shows the fluorescence spectrum after irradiation for an intermediate time.
Recording of the fluorescence spectrum of the sol-gel block ;.
Figure 1b shows the fluorescence spectrum of Compound of Formula ( IIA ) alone.
Figure 4 shows the fluorescence spectrum of un-doped blank glass ;.
You'll also be interested in:
Examples of using Spectrum
Show more
The spectrum is assigned on a block basis as follows
To ensure access to spectrum given increased demands
Spectrum from fixing threads to gauge accuracy
Examples of using Fluorescence
Show more
Chlorophyll fluorescence as a quantitative indicator of plant damage
The cells were examined by fluorescence light microscopy
Blue fluorescence is one of the properties of scheelite
