A new induction period based reaction rate method for determination trace amounts of phenylhydrazine in water samples

Copper nanoparticles decorated polyaniline–zeolite nanocomposite for the nanomolar simultaneous detection of hydrazine and phenylhydrazine

“…Several analytical methods are known for the detection of HZ and PhZ. [10][11][12][13][14][15] Among these, electroanalytical techniques provide direct and efficient detection of these environmental pollutants. However, electroanalytical methods using conventional electrodes exhibit low sensitivity, poor reproducibility, and slow electron transfer kinetics and require high overpotential for the oxidation of HZ and PhZ.…”

A new and sensitive reaction rate method for spectrophotometric determination of trace amounts of thiourea in different water samples based on an induction period

“…MCP has been widely used in analytical chemistry in acid-base titrations, the kinetic determination of inorganic substance such as bromide (Ensafi et al 2004a), nitrite and nitrate (Ensafi et al 2004b) and organic analyts such as piroxicam (Arab Chamjangali et al 2012) and phenylhydrazine (Arab Chamjangali et al 2009). Results of experiments revealed that, the reaction rate between MCP and sodium bromate in solutions with low pH values at ambient temperature is not fast.…”

Spectroscopic, Visual Test Techniques And Optical Sensors For Determination Of Hydrazine And Its Derivatives

“…It was established that phenylhydrazine demonstrates inhibition effect on catalytic reaction due to possible perturbation in the catalytic cycle via reaction with Br 2 , periodate, and/or other reaction intermediates [20]. The inhibition effect was shown in reaction between meta-cresol purple (MCP) and periodate in the presence of bromide ions.…”