The NZART “Hands on – to RADIO WAVES” project: How it originated and developed Notes by Fred Johnson MNZM ZL2AMJ The background - in New Zealand It is known that Amateur Radio is a wonderful way to confirm interest

Source URL: www.nzart.org.nz

“Hands on to RADIO WAVES” Constructing a Receiver Unit Our indicator of the presence and strength of RADIO WAVES A device to detect radio energy and to give an indication of field strength is required. In

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AN INSIDER’S VIEW Radiation Radiation is energy that travels as particles or waves and can be naturally occurring or man-made. It is all around us in various forms ranging from radio waves to x-rays to cosmic radiatio

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Chapter I General Provisions Article 1 (Purpose) The purpose of this Act is to promote the public welfare by ensuring the fair and efficient utilization of radio waves. Article 2 (Definitions) With respect to interpretin

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The New Zealand Association of Radio Transmitters Incorporated – The Radio Amateur’s organisation “Hands on – to RADIO WAVES” Introductory Demonstrations in Radio Technology They are all around us. We can’t

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“Hands on – to RADIO WAVES” THE ELECTROMAGNETIC WAVE: INTRODUCTORY DEMONSTRATIONS CONTENTS General

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Antennas and Physics Felix Meyer, HB9ABX, April 11thMay 13th 2014 Antennas are structures, which convert electrical oscillations of a line into radio waves in space, and respectively convert radio waves into elec

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4. RADIO SPECTRUM What is the electromagnetic spectrum? There is not a simple definition of the spectrum. From the technical viewpoint the spectrum is simply the range of electromagnetic waves that can be used to transmi

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Astronomy Assessment and TPS Questions: Electromagnetic Spectrum of Light Which of the following moves the slowest? radio waves

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4146 IEEE TRANSACTIONS ON VEHICULAR TECHNOLOGY, VOL. 63, NO. 9, NOVEMBER 2014 Geometry-Based Vehicle-to-Vehicle Channel Modeling for Large-Scale Simulation

Source URL: mateboban.net

• Wireless networking
• Wireless
• Transport
• Technology
• Vehicle telematics
• Path loss
• Waves
• Line-of-sight propagation
• Vehicle-to-vehicle
• Radio propagation
• Vehicular ad hoc network
• Non-line-of-sight propagation