نتایج جستجو برای: pyrocatechol violet

تعداد نتایج: 7802  

Journal: :health scope 0
mohammad ali zazouli department of environmental health engineering, faculty of health and health sciences research center,mazandaran university of medical sciences, sari, ir iran davoud balarak department of environmental health engineering, faculty of health and health sciences research center,mazandaran university of medical sciences, sari, ir iran; department of environmental health engineering, faculty of health and health sciences research center, mazandaran university of medical sciences, sari, ir iran. tel: +98-151354308-8, fax: +98-1513543237 yusef mahdavi department of environmental health engineering, faculty of health and health sciences research center,mazandaran university of medical sciences, sari, ir iran

background pyrocatechol or 1, 2-dihydroxybenzene, or 2-hydroxyphenol is considered as apriority pollutant since it is harmful to organisms at low concentrations, and has been classified as hazardous pollutants. objectives the objective of this study was to examine whether azolla filiculoides, is able to remove pyrocatechol from aqueous solutions. materials and methods this study is an experimen...

Journal: :Chemosensors 2022

The formation of stable binary water-soluble sub-micellar aggregates cetyltrimethylammonium bromide-copper-pyrocatechol violet complex (CTAB-Cu-PCV) diminishes the stability and absorbance Cu-PCV complex. A new flow injection spectrophotometric sensing strategy used for determination CTAB in commodity personal care antiseptics water samples has been established relying on above-mentioned concep...

The characterization of and construction of a new optical sensor based on the immobilization of Pyrocatechol Violet on a triacetylcellulose membrane was described to for the determination of bismuth (III) in real samples. The interaction between sensing membrane and bismuth (III) was caused at pH 3.80 in acetate buffer solution and the color changed from yellow to blue along with the appearance...

Ion pair dispersive liquid- liquid microextraction (IP-DLLME) method combined with flame atomic absorption spectrometry was proposed for the determination of trace amounts of copper(II). By using pyrocatechol violet as chelating agent and cetyltrimethyl ammonium bromide as an ion pairing agent, the trace amount of copper(II) was extracted in chloroform. The factors influencing the formation cop...

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