УДК 666.3 Керамика в целом. Керамическое сырье
ГРНТИ 61.35 Технология производства силикатных и тугоплавких неметаллических материалов
ОКСО 18.06.01 Химическая технология
ББК 351 Основные процессы и аппараты химической технологии
ТБК 5017 Материаловедение
В последние годы реализуется тренд на миниатюризацию функциональных керамических устройств при улучше-нии их характеристик. При этом сильно усложняется процесс их быстрого прототипирования и увеличивается себестоимость при использовании классических технологий производства. Являясь развивающейся технологией, мультиматериальная 3D-печать способна не только обеспечить создание керамических изделий сложных форм (включая недоступные при использовании классических технологий), но и на порядки ускорить скорость прототипирования при значительном снижении себестоимости. В данной статье рассматриваются последние достижения в области методов мультиматериальной 3D-печати, а также проводится всестороннее исследование функциональных керамических материалов и процессов, пригодных для 3D-печати, для различных функциональных керамических устройств, включая конденсаторы, многослойные под-ложки и микрополосковые антенны. Кроме того, определены ключевые проблемы и перспективы функциональных керамических устройств с 3D-печатью из нескольких материалов и обсуждены направления на будущее.
аддитивные технологии, керамика, HTCC, LTCC, мультиматериальная 3D-печать
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