Beer law

(bēr), the intensity of a color or of a light ray is inversely proportional to the depth of liquid through which it is transmitted; it is concluded that the absorption depends on the number of molecules in the path of the ray. Compare: Beer-Lambert law. [August Beer]

Beer law

(bēr law) The intensity of a color or of a light ray is inversely proportional to the depth of liquid through which it is transmitted; it is concluded that the absorption depends on the number of molecules in the path of the ray. [August Beer]

Beer law

(bēr) [August Beer, Ger. physicist, 1825–1863] The basic law that is the foundation for all absorption photometry. It predicts the linear relationship between the monochromatic light absorbance (A) of a solution and its concentration (c). The law is given as A = εlc, where A = absorbance, ε = molar absorptivity, l = path distance, and c = concentration. It is also known as the Beer-Lamber or Bougher-Beer law.

Beer,

August, German physicist, 1825-1863. Beer-Lambert law - the absorbance of light is directly proportional to the thickness of the ligand through which the light is being transmitted multiplied by the concentration of absorbing chromophore.Beer law - the intensity of a color or of a light ray is inversely proportional to the depth of liquid through which it is transmitted.

单词	beer law
释义	Beer law Beer law (bēr), the intensity of a color or of a light ray is inversely proportional to the depth of liquid through which it is transmitted; it is concluded that the absorption depends on the number of molecules in the path of the ray. Compare: Beer-Lambert law. [August Beer] Beer law (bēr law) The intensity of a color or of a light ray is inversely proportional to the depth of liquid through which it is transmitted; it is concluded that the absorption depends on the number of molecules in the path of the ray. [August Beer] Beer law (bēr) [August Beer, Ger. physicist, 1825–1863] The basic law that is the foundation for all absorption photometry. It predicts the linear relationship between the monochromatic light absorbance (A) of a solution and its concentration (c). The law is given as A = εlc, where A = absorbance, ε = molar absorptivity, l = path distance, and c = concentration. It is also known as the Beer-Lamber or Bougher-Beer law. Beer, August, German physicist, 1825-1863. Beer-Lambert law - the absorbance of light is directly proportional to the thickness of the ligand through which the light is being transmitted multiplied by the concentration of absorbing chromophore.Beer law - the intensity of a color or of a light ray is inversely proportional to the depth of liquid through which it is transmitted.
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