Abstract
An applied scientific and technical problem of constructing software for studying the parameters of quartz piezoelectric elements with an interelectrode gap has been solved. An analytical review of the issues arising during parameter modeling, the main approaches to constructing scientific software using universal mathematical packages and narrowly specialized programs, have been conducted. The structure of software components has been developed using object-oriented design and programming principles. A subroutine library for calculating the physical parameters of quartz elements in the Python programming language has been developed. The software can be expanded by using additional refined mathematical models. Figs.: 3. Bibl.: 14 titles.
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