Study on photocatalytic degradation of basic violet and mechanism in UV/TiO_2 suspension system;

The degradation of basic violet by electrogenerated H_2O_2-TiO_2/UV system was investigated in this paper.

Degradation of basic violet by solo electrolysis and solo photocatalysis, and degradation of eosin and basic violet by electrolysis-photocatalysis were investigated.

Determination of Trace Nitrite by Catalytic Spectrophotometry with Basic Fuchsin

The adsorption performance of steel slag to basic fuchsin dye and the affecting factors were studied,and the microwave degradation of dye adsorbed on steel slag-coke was investigated.

A method has been developed for the determination of trace iron(Ⅲ) based on the fact that iron(Ⅲ) can catalyze the oxidation of basic fuchsin by hydrogen peroxide in H 2SO 4 medium.

A Novel Modified Electrode Based on Poly(fuchsin basic)/Nano-Au/Fuchsin Basics and Its Application to Ascorbic Acid;

Separation of the Anodic Peaks of Ascorbic Acid and Dopamine at Poly(fuchsin basic) Modified Electrodes.;

Study on adsorption of fuchsin basic by bamboo-carbon;

A new method for the quantitative analysis of deoxyribonucleic acid (DNA) was established by using triphenylmethane cationic dyes rosaniline as fluorescent probe.

The procedure was based on the addition reaction of sulfite with rosaniline in Na2B4O7- MaOH medium at pH 11.

Rosaniline and Chlorophosphonazo I were proposed as probes of protein.

The associate which can be extracted into organic phases is formed between tribeneyoic urangt ion and basic red 13-one of the basic dyes The absorption maxium at 555 nm and the apperentmolar absorptioity of 7.

This paper studies and determines the conditions and methods for direct determination of Dicyanoaurate (I) in extractive of cyanide procese with Basic Red 13 and extraction spectrophotometry of isoamyl acetate.