Titlebook: Dynamics in Microwave Chemistry; Kama Huang,Xiaoqing Yang,Huacheng Zhu Book 2021 Springer Nature Singapore Pte Ltd. 2021 Microwave chemist

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Interaction Between Microwave and Molecules, molecules is both necessary and fundamental. Only by knowing the dielectric properties determined by the molecule can we fundamentally overcome the obstacles in the application of microwave energy and ensure the high efficiency, reliability, and safety of microwaves in chemical applications.

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https://doi.org/10.1007/978-981-15-9655-1Microwave chemistry; dielectric properties; Multiphysics simulation; Physical Dynamics; molecular dynami

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Kama Huang,Xiaoqing Yang,Huacheng ZhuAddresses dynamics in microwave chemistry.Presents microwave heating in industrial applications and chemical reactions.Introduces the design of microwave plasma devices.An essential guidebook for prob

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Pay Drechsel,Olfa Mahjoub,Bernard KeraitaChapters .–. mainly introduced some theories and models of microwave chemistry. From the above theoretical basis, some practical examples, especially in industrial applications, are needed to illustrate the use of these theories.

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Industrial Application,Chapters .–. mainly introduced some theories and models of microwave chemistry. From the above theoretical basis, some practical examples, especially in industrial applications, are needed to illustrate the use of these theories.

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Dennis Wichelns,Pay Drechsel,Manzoor Qadireneral media, the complex permittivity is usually in plural form: where . is the real part of the complex permittivity and represents the ability to store electrical energy, . is the imaginary part of the complex permittivity and is considered as the heat loss in the dielectric due to the damping of