Approach for the Description of Chemical Equilibrium Shifts in the Systems with Free and Connected Chemical Reactions

Zhasulan Shaymardanov; Botogyz Shaymardanova; Natalia A. Kulenova; Marjan A. Sadenova; Ludmila V. Shushkevich; Nikolay A. Charykov; Konstantin N. Semenov; Victor A. Keskinov; Alexander A. Blokhin; Dmitriy G. Letenko; Vladimir V. Kuznetsov; Voitech Sadowski

Approach for the Description of Chemical Equilibrium Shifts in the Systems with Free and Connected Chemical Reactions

2022

Approach for the description of chemical equilibrium shifts in the systems with free and connected chemical reactions was elaborated. Driving forces of chemical equilibrium shifts were temperature change (at P = const), pressure change (at T = const), and input or output of reagents or products (at T, P = const). It was demonstrated how the conditions for passing through the extremes of the state parameters (T, P, and components molar numbers) in one of the reactions transmitted to other reactions, connected with the first one by reagents or products.

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Publisher

Multidisciplinary Digital Publishing Institute

Other Subjects

Dependence of chemical variables on state parameters; Chemical equilibrium shift; Extreme composition transfer between connected reactions; Isolated and concurrent connected chemical reactions

Language

English

Note

Source Identifier: oai:mdpi.com:2071-1050/14/23/15608/; . setSpec: Article;

Type

Journal Article

In AGRIS since: 2023-03-15

Format: AGRIS AP

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