Examples of 'molar extinction' in a sentence
Meaning of "molar extinction"
molar extinction: In scientific terms, 'molar extinction' refers to the decrease in intensity of light as it passes through a substance, typically a solution. It is a common concept in spectrophotometry and is used to determine the concentration of a substance based on its absorption of light at a specific wavelength
How to use "molar extinction" in a sentence
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molar extinction
Calculate the molar extinction coefficient.
Low aqueous solubility precluded an accurate determination of the molar extinction coefficient.
High molar extinction coefficient.
High fluorescence quantum yield and high molar extinction coefficients ;.
The coefficients of molar extinction are calculated using standard compounds.
Protein concentration was checked by measurement of optical density using a theoretical molar extinction coefficient of 28000.
The molar extinction coefficient was calculated using the amino acid composition.
Also, they should have strong absorption of near infrared light high molar extinction coefficients, e . g.
Molar extinction coefficients is a standard scientific way to quantify the absorption of light by a molecule.
A quasi-linear increase in the molar extinction coefficient with the number of chromophores is observed.
Molar extinction at relevant wavelengths shall be determined and reported ε in L × mol-1 × cm-1.
The benzotriazoles lack the high molar extinction values exhibited by the instant s-triazine UV absorbers.
The molar extinction coefficient can be expressed with respect to a given mass of the product.
Absorption spectrum of methylene blue, in terms of the molar extinction coefficient ( base 10 logarithm ).
For molar extinction coefficient determination, estimation of mature chromophore concentration was used.
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Stock concentration is confirmed using the molar extinction coefficient of T4 at 325 nm.
For the molar extinction coefficient determination, the mature chromophore concentration was estimated.
Fig . 12 graphically shows a molar extinction coefficient as a function of wavelength ;.
A molar extinction coefficient of 18,300 was used to calculate the amount of released nitrophenol.
The calculation of the molar extinction coefficient ( e ) is made from the Beer-Lambert law,.
The molar extinction coefficient spectra corresponding to both types are shown in Figure 3.
The experimentally determined molar extinction coefficient of 13,000 was used in thiol quantification.
Its molar extinction coefficient was 7.84 optical density units per micromole per ml.
The molar extinction coefficients ( eM280 ) used for the distinct fusión polypeptides are specified in table 1.
The molar extinction coefficient of the polymer is deduced ( Beer-Lambert law A = ecl ).
The molar extinction coefficient thus becomes the specific absorbance ( A 1cm 1 % ).
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