Лелевкин В.М. – докт. физ.-мат. наук, профессор,
Козлов П.В. – канд. физ.-мат. наук
МОДЕЛИРОВАНИЕ НАГРЕВА КЕРАМИЧЕСКОЙ ТРУБЫ В МИКРОВОЛНОВОЙ ПЕЧИ
Mathematical model of stationary thermal states and dynamics of ceramic tube heating calculation is developed. Numerical analysis of geometrical size, power and frequency of electromagnetic fields influence on aluminum oxide ceramic tube is worked out.
Ключевые слова на русском языке:Mathematical model of stationary thermal states and dynamics of ceramic tube heating calculation is developed. Numerical analysis of geometrical size, power and frequency of electromagnetic fields influence on aluminum oxide ceramic tube is worked out.
МОДЕЛИРОВАНИЕ НАГРЕВА КЕРАМИЧЕСКОЙ ТРУБЫ В МИКРОВОЛНОВОЙ ПЕЧИ
Mathematical model of stationary thermal states and dynamics of ceramic tube heating calculation is developed. Numerical analysis of geometrical size, power and frequency of electromagnetic fields influence on aluminum oxide ceramic tube is worked out.
Ключевые слова на кыргызском языке:Mathematical model of stationary thermal states and dynamics of ceramic tube heating calculation is developed. Numerical analysis of geometrical size, power and frequency of electromagnetic fields influence on aluminum oxide ceramic tube is worked out.
МОДЕЛИРОВАНИЕ НАГРЕВА КЕРАМИЧЕСКОЙ ТРУБЫ В МИКРОВОЛНОВОЙ ПЕЧИ
Mathematical model of stationary thermal states and dynamics of ceramic tube heating calculation is developed. Numerical analysis of geometrical size, power and frequency of electromagnetic fields influence on aluminum oxide ceramic tube is worked out.
Ключевые слова на английском языке:Mathematical model of stationary thermal states and dynamics of ceramic tube heating calculation is developed. Numerical analysis of geometrical size, power and frequency of electromagnetic fields influence on aluminum oxide ceramic tube is worked out.