The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本一般用标准（如量块）以较法测量工件的尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合的结构方案进行了分析和较，并讨论了匹配网络的设计方法，其中简要讲述了宽带匹配网络的优化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如量块）以较法测量工件尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器方案进行了分析和较，并讨论了匹配网计方法，其中简要讲述了宽带匹配网优化计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如量块）以较法测量工件的尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器的结构行了分析和较，并讨论了络的设计法，其中简要讲述了宽带络的优化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如量块）以较法测量件尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器结构方案进行了分析和较，并讨论了匹配设计方法，其中简要讲述了宽带匹配优化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如块）以较法测件尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器结构方案进行了分析和较，并讨论了匹配网设计方法，其中简要讲述了宽带匹配网化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

仪器是一般是用标准器（如量块）以较法测量工件的尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

，文对多种多路耦合器的结构方案进行分析和较，并讨论匹配网络的设计方法，其中简要讲述匹配网络的优化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如量块）以较法测量工件的尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器的结构方案分析和较，并讨配网络的设计方法，其中简要讲述宽带配网络的优化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如量块）以较法测量工件的尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器的结构方分析和较，并讨论网络的设计方法，其中简要讲述宽带网络的优化设计过程。

The optimeter is widely used to precisely measure external size of workpiece by comparison with a gauge block or standard part.

本仪器是一般是用标准器（如量块）以较法测量工件的尺寸。

Secondly, the structures of various multicouplers and their matching networks are introduced and discussed, and the design period of broadband matching network in multicoupler is presented in brief.

然后，本文对多种多路耦合器的结构方案进析和较，并匹配网络的设计方法，其中简要讲述宽带匹配网络的优化设计过程。