The ANALYSIS ON A PROMISING RESEARCH TOOL FOR CHEMICAL PHYSICS AND PHYSICAL CHEMISTRY

Authors

  • Miss. Santoshi

Keywords:

Infrared Thermography, Thermal Imaging, Adsorption, Desorption, Catalysis

Abstract

A hardware-software measuring infrared thermography-based complex was developed, allowing semiautomatic
experimental exploration of sorption dynamics and low-temperature catalytic processes
during the interaction of various gases and their mixes with solid-state highly dispersed materials. The
complex includes an optical-mechanical component as well as a WiFi-controlled automated gas supply
system. Using the new-generation infrared thermography methods, the latent kinetics of phase
transformations on the surface of highly dispersed samples with catalytic and non-catalytic properties
has been experimentally investigated. The quantitative characteristics of fine- grained materials have
been experimentally studied. Using the described methodology, a number of interesting phenomena
taking place on the surface of highly dispersed media were experimentally revealed.

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Published

2021-10-21