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Modeling of the process of inkjet printing of low-viscosity liquids R. M. Gadirov, A. V. Odod, G. Yu. Nazarova [et al.]

Contributor(s): Odod, A. V | Nazarova, G. Yu | Kurtsevich, A. E | Kopylova, Tatyana N | Gadirov, Ruslan MMaterial type: ArticleArticleSubject(s): струйная печать | пьезоприводы | поверхностное натяжение | маловязкие жидкости | продольные волны | акустические колебанияGenre/Form: статьи в журналах Online resources: Click here to access online In: Russian physics journal Vol. 61, № 10. P. 1745-1751Abstract: An approach to inkjet printing of low-viscosity liquids is suggested consisting in suppression of undesirable weakly damped acoustic oscillations under the action of a double pulse. The duration and amplitude of the second pulse are adjusted so that the arising acoustic oscillations are in antiphase to those of the first pulse.
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An approach to inkjet printing of low-viscosity liquids is suggested consisting in suppression of undesirable weakly damped acoustic oscillations under the action of a double pulse. The duration and amplitude of the second pulse are adjusted so that the arising acoustic oscillations are in antiphase to those of the first pulse.

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