• Antennas 101 QST September 2004
• Wire Antennas for Beginners QST June 1993
• Dipole Feed Points
Dipole Fundamentals
H. Ward Silver, N0AX QST Sept. 2017• Field Expedient Antennas
Submitted by: D. Johnson, AA1LO• Using 40 meter Dipole on 15
Joel R. Hallas, W1ZR
QST, April 2017• 2-Meter Half-Wave J-Pole Antenna
© David Jordan, WA3GIN• 2-Meter End-fed Monopole "Slim-Jim"
As suggested by KX4Z• Simple 4-Element 2-Meter Yagi
Pete Rimmel, N8PR• BALUNS: Choosing the Correct Balun
Tom, W8JI, ©DX Engineering• A Ham's Guide to RFI, Ferrites, Baluns, and
Audio Interfacing
Jim Brown, K9YC, Rev. 6, 2016• SWeaRing or Some Facts and Fantasies
About Standing Wave Ratios
L.B. Cebik, W4RNL (SK)
ADVANCED ANTENNAS
• Radiation Resitance
Feed Point Impedance and Mythology
Robert J. Zavrel, Jr., W7SX,
QEX, March 2014• Off-Center-Fed Dipole
Revisited: A Broadband, Multiband Antenna
VE2CV & VE3KLO, QST August 1990• Double Extended Zepp H.Ward Silver, N0AX
QST, Feb. 2014• An Improved Double Extended Zepp
Rudy Sevems, N6LF, QEX,• Having a Field Day with the Moxon Rectangle
L.B. Cebik, W4RNL (SK) QST, June 2000• A 6-Meter Quad-Turnstile
L.B. Cebik, W4RNL (SK) QST, May 2002• The PVC Loop-Low Cost Ticket to High DX Gain
Gary DeBock, August 2009• An Improved 160/80-Meter Matching
Network for Your 43-Foot Vertical
Steve Masticola, WX2S, QST Sept. 2017• The W2FMI Ground-Mounted Short Vertical
[Using Capaity Hats]
Sevick, QST, Mar 1973• Top-loaded Delta Loop Antenna
75 Meters
Witt, W1DTV, ham Radio, Dec 1978• Broadband Terminated Vee Beam Wire Antennna
1.8-54 or 3.5-54 MHz
Ten-Tech
NVIS Antennas for EmComm
Near Verical Incidence Skywave: Simple antennas for regional communications. A "MUST-HAVE" for Emcomm, and local to regional HF nets, the NIVS antenna is not useful for DX.
• NVIS- A Low Antenna for Regional
Communications
KK7XO, QST, June 2002• A PRACTICAL NVIS ANTENNA
For Emergency or Temporary Communications
© DX Engineering• DUAL-BAND NVIS ANTENNA
A Presentation by W6QJI & N7NVP• Radio Communications via Near
Incidence Skywave Propagation
An Overview
Witvlet, B.A. & Alsina-Pages, R.M.
Telecomun Syst DOI 10.1007/s11235-017-0287-2• Near Vertical Incidence Skywave Propagation:
Elevation Angles and optimum Antenna Height
for horizontal Dipole Antennas
Witvlet, B.A., et al
Antennas and Propagation Magazine, IEEE , vol.57,
no.1, pp.129-146, Feb. 2015
• NVIS ANTENNA THEORY AND DESIGN
Counterpoise & Radials
• Folded Counterpoise
A treasure trove of antenna an related information• Myth of the RF Ground
H. Ward Silver, N0AX QST January 2015• Ground Mounted Verticals
Dispelling Radial Misconceptions
A Presentation by VE3XKExperimental Determination of Ground System
Performance for HF Verticals. A Seven
Part Series by Rudy Severns, N6LF
• 1. Test Setup & Instrumentation
• 2. Excessive Loss in Sparse Radial Screens
• 3. Comparison Between Ground Surface
and Elevated Radials
• 4. How Many Radials Does My Vertical
Really Need
• 5. 160 Meter Vertical Ground System
• 6. Ground Systems for Multiband Verticals
• 7. Ground Systems With Missing Sectors
Transmission & Propagation
• Navy Antenna & Wave Propagation
A Navy training course covering Antennas,
Propagation, Transmission & Waveguides
98 pages, 7.5 MB file• Reflections III
Transmission Lines and Antennas,
M. Walter Maxwell, W2DU
225 pages, 10 MB file
© CQ Communications 2010• Path Loss Prediction
Performance Analysis of Path Loss Prediction
in Wireless Mobile Networks in Different
Propagation Environments, EECSS'17• Method for point-to-point predictions
for terrestrial services in the frequency range
30 MHz to 4,000 MHz,
Recommendation ITU-R P.1546-6• IARU VHF Handbook
IARU 2020• Rapid and Accurate Measurements
of Polarization and Fading of Weak VHF Signals
Obliquely Reflected from Sporadic-E Layers
Deacon & Witvliet, et al.
IEEE Transactions on Antennas & Propagation• Foreward-Scatter Meteor Detection
using GNU Radio +RTL-SDR devices
Marcus Leech
Science Radio Laboratrories• Amateur Radio Astronomy Projects
Solar Radio in VLF range
Jon Wallace, QEX, Jan/Feb 2010• Temporate Zone Sporadic-E Model
Ken Nuebeck, WB2AMU, QST