optical waveguide
光波导
waveguide mode
波导模式
rectangular waveguide
矩形波导
circular waveguide
圆形波导
dielectric waveguide
介质波导
waveguide structure
波导结构
waveguide coupling
波导耦合
integrated waveguide
集成波导
waveguide loss
波导损耗
waveguide antenna
波导天线
the optical waveguide is essential for efficient light transmission.
光波导对于高效的光传输至关重要。
researchers are developing new materials for waveguide applications.
研究人员正在开发用于波导应用的新材料。
the waveguide structure influences the propagation of signals.
波导结构影响信号的传播。
waveguide technology is advancing in telecommunications.
波导技术在电信领域正在进步。
we need to optimize the waveguide design for better performance.
我们需要优化波导设计以提高性能。
the waveguide can support multiple modes of light propagation.
波导可以支持多种光传播模式。
understanding waveguide behavior is crucial for engineers.
理解波导行为对工程师至关重要。
waveguide losses must be minimized for effective communication.
波导损耗必须最小化以实现有效通信。
different types of waveguides are used in various applications.
不同类型的波导用于各种应用。
simulation tools help in designing complex waveguide systems.
仿真工具有助于设计复杂的波导系统。
optical waveguide
光波导
waveguide mode
波导模式
rectangular waveguide
矩形波导
circular waveguide
圆形波导
dielectric waveguide
介质波导
waveguide structure
波导结构
waveguide coupling
波导耦合
integrated waveguide
集成波导
waveguide loss
波导损耗
waveguide antenna
波导天线
the optical waveguide is essential for efficient light transmission.
光波导对于高效的光传输至关重要。
researchers are developing new materials for waveguide applications.
研究人员正在开发用于波导应用的新材料。
the waveguide structure influences the propagation of signals.
波导结构影响信号的传播。
waveguide technology is advancing in telecommunications.
波导技术在电信领域正在进步。
we need to optimize the waveguide design for better performance.
我们需要优化波导设计以提高性能。
the waveguide can support multiple modes of light propagation.
波导可以支持多种光传播模式。
understanding waveguide behavior is crucial for engineers.
理解波导行为对工程师至关重要。
waveguide losses must be minimized for effective communication.
波导损耗必须最小化以实现有效通信。
different types of waveguides are used in various applications.
不同类型的波导用于各种应用。
simulation tools help in designing complex waveguide systems.
仿真工具有助于设计复杂的波导系统。
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