微雾化器(MicroSprayer)亦是运用压电微流体技术的经典案例之一,此类产品可应用于散热器(MicroCooler),喷雾器/吸入式给药 (Nebulizer) 和质子交换膜燃料...
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To solve the energy coupling of multi-energy domains in the micro nebulizer,the piezoelectric-solid-liquid-sound coupling model of the micro nebulizer was built. The coupling characteristic was calculated numerically,the influence of the piezoelectric actuator geometry on the piezoelectric-solid-liquid-sound coupling was analyzed emphatically.
针对微雾化器存在的多能域能量耦合问题,建立了压电微雾化器的固-液-声耦合模型,对其耦合特性进行了数值计算,并着重分析了压电振子结构参数对耦合性的影响,得到了压电振子结构参数对于系统的结构振动、声压力波特性的影响规律。
参考来源 - 压电振子结构参数对微雾化器耦合特性的影响·2,447,543篇论文数据,部分数据来源于NoteExpress
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