SIMULATION SUCCESS STORIES

SUNY Albany Simulates Electrode Configurations

医疗健康

G. Potter
SUNY Albany, NY, USA

微流控器件是许多传感器的关键,例如流量传感器以及用于医学诊断的传感器。但由于其尺寸很小,使得流体的混合与抽取变得极具挑战性。作为传统驱动方法的替代方法,表面声波(SAW)可用来产生流体流动。在 SUNY Albany 和 SEMATECH 合作中,研究人员创建了模型并模拟了集成叉指换能器(IDT)结构,以及压电基片结构和 SAM 产生的谐波振动。他们使用 COMSOL Multiphysics 软件对影响器件几何优化的因素进行了研究,比如声流响应和谐振频率。他们通过仿真结果,证实了 SAW 的垂直位移越大对应的流动速度越高,而且他们的仿真结果与实验测量结果相吻合。

  •  /
1
Loading PDF...

Suggested Stories

Optimizing Screen ...

Optimizing Screen Protection During the Manufacturing Process

Cover glass, the screen surface material ...

Nuclear-Safety-Related SQA ...

Nuclear-Safety-Related SQA Procedure Automation with Custom Applications

In an environment as highly regulated and ...

Elevating the Performance ...

Elevating the Performance of Ionization Gauges with Simulation

Semiconductor manufacturing and particle ...

Bosch Powers the Automotive ...

Bosch Powers the Automotive Sector Toward an Electrified Future

To design three-phase inverters and DC link ...