antinode analysis
反节点分析
antinode detection
反节点检测
antinode identification
反节点识别
antinode in communication
通信中的反节点
antinode location
反节点位置
antinode management
反节点管理
antinode removal
移除反节点
antinode security
反节点安全性
antinode structure
反节点结构
the signal oscillated between node and antinode.
信号在节点和antinode之间振荡。
an antinode is a point of maximum displacement in a standing wave.
antinode 是驻波中最大位移的点。
the string vibrates with nodes and antinodes when plucked.
拨弦时，字符串在节点和antinode之间振动。
finding the antinode is crucial for tuning musical instruments.
找到antinode 对调音乐器至关重要。
the sound waves create patterns of nodes and antinodes in the air.
声波在空气中形成节点和antinode 模式。
at an antinode, the amplitude of vibration is highest.
在antinode处，振动幅度最大。
the distance between consecutive nodes and antinodes is constant.
连续节点和antinode 之间的距离是恒定的。
understanding antinodes helps in analyzing wave phenomena.
理解antinode 有助于分析波动现象。
the speaker's diaphragm creates pressure waves with nodes and antinodes.
扬声器膜片产生具有节点和antinode 的压力波。
visualizing nodes and antinodes helps in understanding wave behavior.
可视化节点和antinode 有助于理解波行为。
antinode analysis
反节点分析
antinode detection
反节点检测
antinode identification
反节点识别
antinode in communication
通信中的反节点
antinode location
反节点位置
antinode management
反节点管理
antinode removal
移除反节点
antinode security
反节点安全性
antinode structure
反节点结构
the signal oscillated between node and antinode.
信号在节点和antinode之间振荡。
an antinode is a point of maximum displacement in a standing wave.
antinode 是驻波中最大位移的点。
the string vibrates with nodes and antinodes when plucked.
拨弦时，字符串在节点和antinode之间振动。
finding the antinode is crucial for tuning musical instruments.
找到antinode 对调音乐器至关重要。
the sound waves create patterns of nodes and antinodes in the air.
声波在空气中形成节点和antinode 模式。
at an antinode, the amplitude of vibration is highest.
在antinode处，振动幅度最大。
the distance between consecutive nodes and antinodes is constant.
连续节点和antinode 之间的距离是恒定的。
understanding antinodes helps in analyzing wave phenomena.
理解antinode 有助于分析波动现象。
the speaker's diaphragm creates pressure waves with nodes and antinodes.
扬声器膜片产生具有节点和antinode 的压力波。
visualizing nodes and antinodes helps in understanding wave behavior.
可视化节点和antinode 有助于理解波行为。
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