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Definition: Spectrophotometrically is a term used in the field of spectroscopy. It refers to the measurement of light intensity or absorbance using specific wavelengths of light, as opposed to other methods such as UV-Vis or IR spectroscopy. Spectrophotometry involves measuring the amount of light that passes through a sample and determines the absorbance (the ratio of the absorbed light to the incident light) at each wavelength. This measurement is crucial for many chemical and biological research applications.

spectrophotometrically

Definition: The term "spectrophotometrical" refers to a type of analysis technique used in the field of spectroscopy. It involves measuring the absorption or emission of light by molecules, compounds, or other substances under specific conditions and wavelengths. Spectrophotometry is a process that allows researchers to determine the amount, composition, or distribution of a substance based on its wavelength response. This method is particularly useful for determining the concentrations of chemical species in solutions or for identifying elements in rocks or minerals.

spectrophotometrical

Definition: The term "microspectrophotometrically" refers to a method of analysis that uses light as a means of determining the concentration of a sample. This is different from traditional spectrophotometry, which measures the absorbance of light as it passes through a solution or material. Microspectrophotometric analysis involves using a specific wavelength of light and measuring the amount of absorption at that wavelength in a sample. This method is often used to determine the concentration of a chemical in a sample or to

microspectrophotometrically

Definition: Microspectrophotometry, also known as microplate spectroscopy, is a type of spectrophotometric method used to measure the concentration of a chemical substance in a sample. It involves using a specific wavelength of light, such as ultraviolet or visible light, and measuring the absorbance (or fluorescence) produced by the sample under this wavelength. In microspectrophotometry, samples are placed on a microplate, which is then illuminated with the specific wavelength of light. The absorbance

microspectrophotometrical