Низкочастотная Сдвиговая Упругость Коллоидной Суспензии Наночастиц

Макарова, Д. Н.; Дембелова, Т. С.; Бадмаев, Б. Б.

doi:10.31857/s032079192005010x

Акуст. ж.

2020

DOI: 10.31857/s032079192005010x

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Низкочастотная Сдвиговая Упругость Коллоидной Суспензии Наночастиц

Д. Н. Макарова¹,

Т. С. Дембелова²,

Б. Б. Бадмаев³

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Ultrasound Control of Viscoelastic Properties of Petroleum Dispersion Systems

Mullakaev,

Esipov

2023

Akustičeskij žurnal

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It is demonstrated that exposing petroleum disperse systems to ultrasound significantly decreases their viscoelastic properties. The operating parameters of exposure of high-viscosity oil to ultrasound were experimentally determined in order to reduce its effective viscosity and pour point. The results of pilot tests of the developed ultrasound module indicate that exposing high-viscosity oil to ultrasound in flow mode can significantly upgrade existing technology for transporting high-viscosity oil.

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Ultrasound Control of Viscoelastic Properties of Petroleum Dispersion Systems

Mullakaev,

Esipov

2023

Akustičeskij žurnal

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Низкочастотная Сдвиговая Упругость Гомологического Ряда Нормальных Углеводородов

Dembelova,

Makarova,

Badmaev

2024

Akustičeskij žurnal

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Низкочастотная Сдвиговая Упругость Коллоидной Суспензии Наночастиц

Cited by 2 publications

References 0 publications

Ultrasound Control of Viscoelastic Properties of Petroleum Dispersion Systems

Ultrasound Control of Viscoelastic Properties of Petroleum Dispersion Systems

Низкочастотная Сдвиговая Упругость Гомологического Ряда Нормальных Углеводородов

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