期刊缩写       MICROWAVE J

期刊全称       MICROWAVE JOURNAL 微波学报

期刊ISSN      0192-6225

2013-2014最新影响因子     0.286

期刊官方网站       http://www.microwavejournal.com/

期刊投稿网址       http://www.microwavejournal.com/editorial

通讯方式       HORIZON HOUSE PUBLICATIONS INC, 685 CANTON ST, NORWOOD, USA, MA, 02062

涉及的研究方向    工程技术-电信学

出版国家       UNITED STATES

出版周期       Monthly

出版年份       1964

年文章数       80

 

 

《微波杂志》是国际著名杂志《Microwave Journal》的中文版，为国内提供RF和微波技术, 设计技巧, 最新信息, 展会及教育等资讯。《微波杂志》的读者是专业技术人员，包括从事微波研究、制造和应用的技术主管/经理、设计工程师和科学家。

 

As Microwave Journal? celebrated its 50th Anniversary in commemorative issues in 2009, it begins the next fifty years by bringing the Radio Frequency and Microwave engineering community together for interactive online seminars, real-time expert advice, and live reporting from key events. In 2009, we introduced the Technical Library with the latest research from the field. While the print issue remains strong, we have also expanded our network of blogs, audio casts, videos, Twitter, Facebook and LinkdedIn group. For access to the latest products and news from more than 1000 wireless technology companies, visit the Voice of the Wireless World.

 

专注领域

Peer reviewed editorial for RF/microwave technology, Print and digital media for RF/microwave industy, Advertising services and programs for RF/microwave companies, Event management and market research

 

 

Screen Printed RFID Enabled Temperature Sensor Fabricated on Flexible Substrates

ABSTRACT RFID tags are often used in supply chain management and storage of a wide range of goods. In many cases, it is necessary to control environmental conditions because many products are sensitive to low or elevated temperature. Currently, this is carried out mostly with the use of indicators or expensive and complicated sensors. The latter contains electronic components, which make them inflexible. Indicators exhibit durability to bending but cannot be read wirelessly. As a result, they have to be placed outside a package and can be destroyed. A screen printed RFID-enabled temperature sensor, both flexible and wirelessly read, was developed and tested. It was fabricated with silver paste on a foil or paper. This

sensor works in the UHF frequency range and provides a maximum read distance of 80 cm. Its properties were investigated with regard to the materials used, as well as environment and storage temperature.