IEEE MICROWAVE MAGAZINE 收录最新的通讯内容，包括 IEEE 微波理论与技术协会的主席致辞、委员会报告以及会议日程和报告。该杂志还发表评论过的教程和应用文章以及书评和常规列。

IEEE Microwave Magazine features the latest communications, including messages from the chair of the IEEE Microwave Theory and Techniques Society, committee reports, and conference schedules and reports. The magazine also includes reviewed tutorials, application articles, book reviews, and regular columns.

《IEEE Microwave Magazine》致力于收录最新的通讯内容，包括IEEE微波理论与技术协会的主席致辞、委员会报告以及会议日程和报告。此外，该杂志还提供经过评论的教程、应用文章、书评和常规栏目。

IEEE Microwave Magazine

An overview of the main contributions that introduced the use of nonresonating modes for the realization of pseudoelliptic narrowband waveguide filters is presented. The following are also highlighted: early work using asymmetric irises; oversized H-plane cavity; transverse magnetic cavity; TM dual-mode cavity; and multiple cavity filters.

Simone Bastioli

Nonresonating Mode Waveguide Filters

非谐振模式波导滤波器

Yuchen Li

Shuqin Dong

Changzhan Gu

Feel Your Heartbeat Across Space: Radar-Based Cardiac Activity Monitoring for Healthcare Applications

跨越空间感受你的心跳：基于雷达的心脏活动监测在医疗保健中的应用

With wireless communication technologies continually and rapidly developing, RF front-end systems are experiencing a profound evolution toward the goal of highly integrated and miniaturized RF front ends with improved performance. Traditionally, passive components in the RF front end, such as filters, antennas, and duplexers, have been designed individually and cascaded through a 50-Ω interface. This inevitably leads to bulky physical dimensions and complex circuits, high insertion loss, and signal distortion, especially at the band edges. In multiband or multistandard communication systems, multiple operating bands of the base station antenna are normally achieved using several separate subarrays operating at different frequencies, which can cause serious interference among different bands for various services due to the limited space on the antenna platform. Highly integrated multifunctional RF front ends would provide a high-efficiency solution to those advanced and miniaturized wireless systems. As the key components in any RF front-end system, the integration of filters and antennas can significantly improve the frequency selectivity and bandwidth; stability of the in-band gain, out-of-band rejection, and system efficiency. They have therefore received much research interest and opened up a broad avenue for antenna R&D in recent years.

Chun Xu Mao

Yao Zhang

Xiu Yin Zhang

Pei Xiao

Yi Wang

Steven Gao

IEEE Microwave

Filtering Antennas: Design Methods and Recent Developments

滤波天线：设计方法与最新进展

Following a brief review of different types of multiplexer configurations, a systematic design approach has been outlined for the design of manifold-coupled multiplexers. The piecewise approach, optimizing parts of the multiplexer separately in repeated cycles while converging upon an optimal solution, has proved to be very effective for most practical applications. The technique is readily applicable to manifold multiplexers incorporating an arbitrary number of channels, regardless of their bandwidths and channel separations. There are no restrictions on the design and implementation of channel filters onto the manifold; they may be asymmetric, and may incorporate transmission zeros, group delay equalization zeros, or both. The manifold itself is a transmission line, be it a coaxial line or a rectangular waveguide or some other low-loss structure. The costly EM simulation is used economically on manifold junctions and channel filters through the use of space-mapping optimization techniques, where EM-based simulators are used to fine-model each multiplexer channel and coupling matrix representation is used to coarse-model the performance. Fine details such as tuning screws may be included in the design process. This design procedure takes into account the effects of dispersion and spurious modes and, as a result, the overall design and final tuning time can be significantly reduced.

Richard Cameron

Ming Yu

Design of manifold-coupled multiplexers

歧管耦合多路复用器的设计

James C. Lin

World Health Organization’s EMF Project’s Systemic Reviews on the Association Between RF Exposure and Health Effects Encounter Challenges [Health Matters]

世界卫生组织电磁场项目关于射频暴露与健康效应关联的系统综述面临挑战 [健康话题]

Edward Niehenke

MTT-S Ombuds Officer

MTT-S调解员

Kenneth R. Foster

Chung-Kwang Chou

Abbas Omar

Health Aspects of Millimeter-Wave Exposures in 5G and Beyond: Millimeter Waves and Health

Abbreviation	IEEE Microwave
Journal Impact	3.89
Quartiles(Global)	TELECOMMUNICATIONS(Q2)

ISSN	1527-3342, 1557-9581
h-index	91

Publication Information	Publisher: Institute of Electrical and Electronics Engineers Inc.，Publishing cycle: Quarterly，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 2000，Proportion of original research papers: 98.36%，Self Citation Rate:8.10%， Gold OA Rate: 1.36%
Average review cycle	网友分享经验：较慢,6-12周
Average recruitment ratio	网友分享经验：容易

IEEE Microwave Magazine

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Nonresonating Mode Waveguide Filters

Feel Your Heartbeat Across Space: Radar-Based Cardiac Activity Monitoring for Healthcare Applications

Filtering Antennas: Design Methods and Recent Developments

Design of manifold-coupled multiplexers

World Health Organization’s EMF Project’s Systemic Reviews on the Association Between RF Exposure and Health Effects Encounter Challenges [Health Matters]

World Health Organization’s EMF Project’s Systemic Reviews on the Association Between RF Exposure and Health Effects Encounter Challenges [Health Matters]

MTT-S Ombuds Officer

Health Aspects of Millimeter-Wave Exposures in 5G and Beyond: Millimeter Waves and Health

IMBioC 2024: Reporting From Montréal! [Conference Report]

Research Activities From the MOMA Workshop [From the Guest Editor’s Desk]