Significance of Absorbance maximum
Absorbance maximum is defined as the specific wavelength at which a substance exhibits peak light absorbance, crucial for analyzing drug concentrations. In this context, various compounds show their maximum absorbance at different wavelengths, such as 322 nm for Ranitidine Hydrochloride, 414 nm for an ion-pair complex, 505 nm for salicylic acid, 500 nm for a red product formed from iodate and trifluoperazine, and 295 nm for Albendazole in DMF.
Synonyms: Peak absorbance, Absorption peak, Maximum absorbance, Absorbance peak
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The concept of Absorbance maximum in scientific sources
Absorbance maximum denotes the peak of light absorption at a defined wavelength, specifically 295 nm for Albendazole in DMF, indicating the point of greatest interaction between the substance and light.
From: World Journal of Pharmaceutical Research
(1) The wavelength at which a substance exhibits its highest absorbance, critical for the effective measurement of drug concentrations.[1] (2) The specific wavelength at which Nifedipine shows peak absorbance during spectrophotometric analysis, critical for drug quantification.[2] (3) The wavelength at which a substance exhibits maximum light absorbance, determined as 322 nm for Ranitidine Hydrochloride in this study.[3] (4) Absorbance maximum refers to the specific wavelength at which a substance exhibits the highest absorbance; for salicylic acid, this occurs at 505 nm.[4] (5) The peak wavelength (500 nm) where the red colored product formed from iodate and trifluoperazine exhibits maximum absorption.[5]