An Improved Algorithm of Adaptive Multi-Pulse AMR-WB PLC
p.2754
p.2754
The Research on the Applications and Trends of the Information Communication Technology in the Information Society
p.2760
p.2760
The Establishment of Distance Learning System Based on Power Line Communication Technology
p.2764
p.2764
Architecting Large Scale Wireless Sensor Networks Publish/Subscribe Applications: A Graph-Oriented Approach
p.2768
p.2768
Simulation Study of Miniaturization Multi-Band Microstrip Antenna Design
p.2772
p.2772
Context Aware Technology Based on Active Mechanism for Large Scale Sensor Networks
p.2776
p.2776
A Dynamic Model of Hierarchical Application Layer Multicast Tree Node Failure Epidemic
p.2780
p.2780
An Algorithm Mixed Turbo Codes with Rake Received in Fading Channel
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p.2785
Network Professional Resource Libraries Study and Practice for Higher Vocational College
p.2790
p.2790
Simulation Study of Miniaturization Multi-Band Microstrip Antenna Design
Abstract:
A slot-loaded tri-band antenna was designed by electromagnetic simulation software, in which the parameter changes on the antenna centre resonance ratio, such as the location of the antenna coaxial feed point, the width, location, and the length of the slot, were studied. The results show that the length of the slot has the strongest influence on antenna centre resonance ratio.
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Periodical:
Applied Mechanics and Materials (Volumes 321-324)
Pages:
2772-2775
Citation:
Online since:
June 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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