Evolution of Thermal Expansion due to Anharmonic Potential

Adnan Jaradat; Abdalla Obeidat; Maen Gharaibeh; Khaled Aledealat; Khitam Khasawinah; Mohammad Qaseer; Akram A. Rousan

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Evolution of Thermal Expansion due to Anharmonic Potential

机译：由于anharmonic潜力导致的热膨胀的演变

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We demonstrate in this work the effect of an evolved anharmonic potential on the behavior of harmonic oscillator. We show that linear expansion starts to evolve as a result of the evolution of the potential. The effect on both the wave function and energy is also demonstrated.

机译：我们在这项工作中展示了一种演出的Anharmonic潜力对谐波振荡器行为的影响。我们表明，由于潜在的演变，线性膨胀开始发展。还证明了对波函数和能量的影响。

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来源
《International Journal of Applied Engineering Research》 |2018年第2期|共4页
作者
Adnan Jaradat; Abdalla Obeidat; Maen Gharaibeh; Khaled Aledealat; Khitam Khasawinah; Mohammad Qaseer; Akram A. Rousan;
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作者单位

Physics Department Jordan University of Science and Technology;

Physics Department Jordan University of Science and Technology;

Physics Department Jordan University of Science and Technology;

Physics Department Jordan University of Science and Technology;

Physics Department Yarmouk University;

Physics Department Jordan University of Science and Technology;

Physics Department Jordan University of Science and Technology;

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原文格式 PDF
正文语种 eng
中图分类工程基础科学;
关键词
Fractional calculus; Anharmonic oscillator; Runge-Kutta method;

机译：分数微积分;anharmonic振荡器;runge-kutta方法;

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机译：由于anharmonic潜力导致的热膨胀的演变
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Evolution of Thermal Expansion due to Anharmonic Potential

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