piezoelectricity effect
压电效应
piezoelectricity sensor
压电传感器
piezoelectricity materials
压电材料
piezoelectricity devices
压电设备
piezoelectricity applications
压电应用
piezoelectricity technology
压电技术
piezoelectricity measurement
压电测量
piezoelectricity generation
压电发电
piezoelectricity transducer
压电转换器
piezoelectricity phenomenon
压电现象
piezoelectricity is generated when pressure is applied to certain materials.
当对某些材料施加压力时，会产生压电效应。
many electronic devices utilize piezoelectricity for their operation.
许多电子设备利用压电效应来运行。
the study of piezoelectricity has advanced rapidly in recent years.
近年来，压电效应的研究迅速发展。
researchers are exploring new materials for better piezoelectricity performance.
研究人员正在探索新材料以提高压电效应的性能。
piezoelectricity can be used in sensors and actuators.
压电效应可以用于传感器和执行器。
understanding piezoelectricity is crucial for developing advanced technologies.
理解压电效应对开发先进技术至关重要。
devices that convert mechanical energy into electrical energy often rely on piezoelectricity.
将机械能转换为电能的设备通常依赖于压电效应。
piezoelectricity plays a significant role in medical imaging techniques.
压电效应在医学成像技术中发挥着重要作用。
the piezoelectricity effect can be observed in certain crystals.
在某些晶体中可以观察到压电效应。
applications of piezoelectricity are found in everyday gadgets.
压电效应的应用可以在日常小工具中找到。
piezoelectricity effect
压电效应
piezoelectricity sensor
压电传感器
piezoelectricity materials
压电材料
piezoelectricity devices
压电设备
piezoelectricity applications
压电应用
piezoelectricity technology
压电技术
piezoelectricity measurement
压电测量
piezoelectricity generation
压电发电
piezoelectricity transducer
压电转换器
piezoelectricity phenomenon
压电现象
piezoelectricity is generated when pressure is applied to certain materials.
当对某些材料施加压力时，会产生压电效应。
many electronic devices utilize piezoelectricity for their operation.
许多电子设备利用压电效应来运行。
the study of piezoelectricity has advanced rapidly in recent years.
近年来，压电效应的研究迅速发展。
researchers are exploring new materials for better piezoelectricity performance.
研究人员正在探索新材料以提高压电效应的性能。
piezoelectricity can be used in sensors and actuators.
压电效应可以用于传感器和执行器。
understanding piezoelectricity is crucial for developing advanced technologies.
理解压电效应对开发先进技术至关重要。
devices that convert mechanical energy into electrical energy often rely on piezoelectricity.
将机械能转换为电能的设备通常依赖于压电效应。
piezoelectricity plays a significant role in medical imaging techniques.
压电效应在医学成像技术中发挥着重要作用。
the piezoelectricity effect can be observed in certain crystals.
在某些晶体中可以观察到压电效应。
applications of piezoelectricity are found in everyday gadgets.
压电效应的应用可以在日常小工具中找到。
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