PZICEA

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The application of PZICEA, which stands for Pulse Zerod Inductive Conductivity Electric Analyzer, is wide-ranging and its working principle is particularly interesting and fascinating. Typically, PZICEA is used to measure fluid samples and determine the concentration of ions, which is one of its most common applications. It can also be used to measure the dielectric property of liquid and gaseous systems at high frequencies, as well as the electrical conductivity of gases and liquids in order to analyze their composition.

The working principle of PZICEA involves the application of a pulsed electrical field on the sample to be tested. This pulse is typically generated by an oscillator and is applied to the sample through electrodes which are submerged in the sample. An alternating current (AC) field is produced by the pulse, which induces polarizable ionic particles, such as electrolytes, in the sample to move and form a counter or receiver current. This current is then measured by the PZICEA instrument and used to calculate the electrical conductivity of the sample, and in turn the concentration of the electrolytes.

In addition to its use in measuring electrical conductivity, PZICEA is also used to study the dielectric properties of various substances including polymers, surfactants, and inorganics. PZICEA can also be used for high frequency measurements, in which a high frequency AC field is applied to the sample and the capacitance of the sample is measured in order to determine its dielectric properties.

In summary, PZICEA is a versatile instrument which can be used for the analysis of various systems, such as fluids, polymers, surfactants, and inorganics. The unique working principle of PZICEA involves the application of a pulsed electrical field on the sample in order to induce polarizable particles to move and form a counter or receiver current which is measured by the PZICEA instrument. Due to its wide range of applications and varied capabilities, PZICEA remains an invaluable tool for scientists and analysts.

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