Applied Planetary Radio Astronomy - Revision history

Gge002 at 08:08, 28 September 2011

2011-09-28T08:08:48Z

Gge002: radio freq bands added

2011-09-22T17:31:21Z

radio freq bands added

← Older revision		Revision as of 17:31, 22 September 2011
Line 62:		Line 62:

	= Articles =		= Articles =
			= Miscellaneous =
			== Radio Frequency Bands ==

			{\| class="wikitable", border = '1'
			\|-style="background: silver"
			! Band name
			! Abbreviation
			! Frequency
			! Wavelength
			! Usage
			\|-
			\|
			\|
			\| < 3 Hz
			\| > 100 000 km
			\| Natural and man-made electromagnetic noise
			\|-
			\| Extremely low frequency
			\| ELF
			\| 3 - 30 Hz
			\| 100 000 - 10 000 km
			\| Submarine communication
			\|-
			\| Super low frequency
			\| SLF
			\| 30 - 300 Hz
			\| 10 000 - 1 000 km
			\| Submarine communication
			\|-
			\| Ultra low frequency
			\| ULF
			\| 300 Hz - 3 kHz
			\| 1 000 - 100 km
			\| Submarine communication, Communication within mines
			\|-
			\| Very low frequency
			\| VLF
			\| 3 - 30 kHz
			\| 100 - 10 km
			\| Navigation, time signals, submarine communication, wireless heart rate monitors, geophysics
			\|-
			\| Low frequency
			\| LF
			\| 30 - 300 kHz
			\| 10 - 1 km
			\| Navigation, time signals, AM longwave broadcasting (Europe and parts of Asia), RFID, amateur radio
			\|-
			\| Medium frequency
			\| MF
			\| 300 kHz - 3 MHz
			\| 1 km - 100 m
			\| AM medium-wave broadcasts, amateur radio, avalanche beacons
			\|-
			\| High frequency
			\| HF
			\| 3 - 30 MHz
			\| 100 m - 10 m
			\| Shortwave broadcasts, citizens' band radio, amateur radio and over-the-horizon aviation communications, RFID, Over-the-horizon radar, Automatic link establishment (ALE) / Near Vertical Incidence Skywave (NVIS) radio communications, Marine and mobile radio telephony
			\|-
			\| Very high frequency
			\| VHF
			\| 30 - 300 MHz
			\| 10 - 1 m
			\| FM, television broadcasts and line-of-sight ground-to-aircraft and aircraft-to-aircraft communications. Land Mobile and Maritime Mobile communications, amateur radio, weather radio
			\|-
			\| Ultra high frequency
			\| UHF
			\| 300 MHz - 3 GHz
			\| 1 m - 100 mm
			\| Television broadcasts, microwave ovens, microwave devices/communications, mobile phones, wireless LAN, Bluetooth, ZigBee, GPS and two-way radios such as Land Mobile, FRS and GMRS radios, amateur radio
			\|-
			\| Super high frequency
			\| SHF
			\| 3 - 30 GHz
			\| 100 - 10 mm
			\| Microwave devices/communications, wireless LAN, most modern radars, communications satellites, satellite television broadcasting, DBS, amateur radio
			\|-
			\| Extremely high frequency
			\| EHF
			\| 30 - 300 GHz
			\| 10 - 1 mm
			\| High-frequency microwave radio relay, microwave remote sensing, amateur radio, directed-energy weapon, millimeter wave scanner
			\|-
			\| Terahertz or Tremendously high frequency
			\| THz or THF
			\| 300 GHz - 3 THz
			\| 1 - 0.1 mm
			\| Terahertz imaging, ultrafast molecular dynamics, condensed-matter physics, terahertz time-domain spectroscopy, terahertz computing/communications, sub-mm remote sensing, amateur radio
			\|}

Gge002: Added The Radio Sky and How to Observe It - by Jeff Lashley

2011-09-22T12:02:53Z

Added The Radio Sky and How to Observe It - by Jeff Lashley

← Older revision		Revision as of 12:02, 22 September 2011
Line 62:		Line 62:

	= Articles =		= Articles =

	~~[[Category:Added The Radio Sky and How to Observe It - by Jeff Lashley]]~~

Gge002 at 11:44, 22 September 2011

2011-09-22T11:44:25Z

@@ Line 27: / Line 27: @@
 # JOVE Antenna Documentation
 = Receivers - Construction and Theory =
-= Antennas - Construction and Theory =
+= Antennae - Construction and Theory =
 * [[:File:ParaboloidConcentrator.pdf|How to build a parabolic concentrator]]

Gge002 at 06:50, 22 September 2011

2011-09-22T06:50:27Z

← Older revision		Revision as of 06:50, 22 September 2011
Line 8:		Line 8:
	The project is suitable for 1-2 practically oriented students with broad interests, who do not mind “getting their hands dirty” every now and then, in addition to the time spent in front of the PC.		The project is suitable for 1-2 practically oriented students with broad interests, who do not mind “getting their hands dirty” every now and then, in addition to the time spent in front of the PC.
	#Contact persons – Georgi Genov, Kjetil Ullaland, Nikolai Østgaard, Kjell Aarsnes		#Contact persons – Georgi Genov, Kjetil Ullaland, Nikolai Østgaard, Kjell Aarsnes
	#Aim		#Aim - To learn basic radio astronomy, to modify an existing radio telescope amplifier (RTA), to build the telescope’s antennas and to establish observational procedures.
	To learn basic radio astronomy, to modify an existing radio telescope amplifier (RTA), to build the telescope’s antennas and to establish observational procedures.
	#Tasks		#Tasks
	#*Modifying the existing RTA for automatic sweep of the frequency range;		#*Modifying the existing RTA for automatic sweep of the frequency range;

Gge002: added pics to project outline

2011-09-22T06:47:49Z

added pics to project outline

← Older revision		Revision as of 06:47, 22 September 2011
Line 1:		Line 1:
	= Jovian Radio Storms =		= Jovian Radio Storms =
	== Project Outline ==		== Project Outline ==
			[[File:Jupiter1.jpg\|thumb\|alt=Charged partical trajectory in Jupiter's magnetic field\|Charged partical trajectory in Jupiter's magnetic field]]
			[[File:Jupiter2.jpg\|thumb\|alt=Origin of the different frequency emissions in Jupiter's magnetic field\|Origin of the different frequency emissions in Jupiter's magnetic field]]
			[[File:Jupiter3.jpg\|thumb\|alt=Jupiter's A-, B- and C type radio burst\|Jupiter's A-, B- and C type radio burst]]


	The project is suitable for 1-2 practically oriented students with broad interests, who do not mind “getting their hands dirty” every now and then, in addition to the time spent in front of the PC.		The project is suitable for 1-2 practically oriented students with broad interests, who do not mind “getting their hands dirty” every now and then, in addition to the time spent in front of the PC.
	#Contact persons – Georgi Genov, Kjetil Ullaland, Nikolai Østgaard, Kjell Aarsnes		#Contact persons – Georgi Genov, Kjetil Ullaland, Nikolai Østgaard, Kjell Aarsnes

Gge002: added project outline

2011-09-22T06:33:18Z

added project outline

@@ Line 1: / Line 1: @@
 = Jovian Radio Storms =
 == Project Outline ==
 == Original Radio JOVE Project ==
 # JOVE Receiver Documentation

Gge002 at 21:18, 21 September 2011

2011-09-21T21:18:48Z

← Older revision		Revision as of 21:18, 21 September 2011
Line 6:		Line 6:
	= Receivers - Construction and Theory =		= Receivers - Construction and Theory =
	= Antennas - Construction and Theory =		= Antennas - Construction and Theory =
			* [[:File:ParaboloidConcentrator.pdf\|How to build a parabolic concentrator]]

Gge002: some initial hypothethic chaptering

2011-09-21T21:05:20Z

some initial hypothethic chaptering

← Older revision		Revision as of 21:05, 21 September 2011
Line 4:		Line 4:
	# JOVE Receiver Documentation		# JOVE Receiver Documentation
	# JOVE Antenna Documentation		# JOVE Antenna Documentation
			= Receivers - Construction and Theory =
			= Antennas - Construction and Theory =

Gge002: Created page with '= Jovian Radio Storms = == Project Outline == == Original Radio JOVE Project == # JOVE Receiver Documentation # JOVE Antenna Documentation'

2011-09-21T20:27:48Z

Created page with '= Jovian Radio Storms = == Project Outline == == Original Radio JOVE Project == # JOVE Receiver Documentation # JOVE Antenna Documentation'

New page

= Jovian Radio Storms =
== Project Outline ==
== Original Radio JOVE Project ==
# JOVE Receiver Documentation
# JOVE Antenna Documentation

← Older revision		Revision as of 08:08, 28 September 2011
Line 31:		Line 31:
	= Books =		= Books =
	== The Radio Sky and How to Observe It - by Jeff Lashley ==		== The Radio Sky and How to Observe It - by Jeff Lashley ==
	~~[[:File:Ch0.pdf\|~~Preface and Table of contents]]		Preface and Table of contents

	~~[[:File:Ch1.pdf\|~~Chapter 1 - The Radio Sun]]		Chapter 1 - The Radio Sun

	~~[[:File:Ch2.pdf\|~~Chapter 2 - Jupiter]]		Chapter 2 - Jupiter

	~~[[:File:Ch3.pdf\|~~Chapter 3 - Meteors and Meteor Streams]]		Chapter 3 - Meteors and Meteor Streams

	~~[[:File:Ch4.pdf\|~~Chapter 4 - Beyond the Solar System]]		Chapter 4 - Beyond the Solar System

	~~[[:File:Ch5.pdf\|~~Chapter 5 - Antennae]]		Chapter 5 - Antennae

	~~[[:File:Ch6.pdf\|~~Chapter 6 - Setting Up a Radio Astronomy Station]]		Chapter 6 - Setting Up a Radio Astronomy Station

	~~[[:File:Ch7.pdf\|~~Chapter 7 - Radio Hardware Theory]]		Chapter 7 - Radio Hardware Theory

	~~[[:File:Ch8.pdf\|~~Chapter 8 - Introduction to RF Electronics]]		Chapter 8 - Introduction to RF Electronics

	~~[[:File:Ch9.pdf\|~~Chapter 9 - Building a Very Low Frequency Solar Flare Monitor]]		Chapter 9 - Building a Very Low Frequency Solar Flare Monitor

	~~[[:File:Ch10.pdf\|~~Chapter 10 - Microwave Radio Telescope Projects]]		Chapter 10 - Microwave Radio Telescope Projects

	~~[[:File:Ch11.pdf\|~~Chapter 11 - Building a Jupiter Radio Telescope]]		Chapter 11 - Building a Jupiter Radio Telescope

	~~[[:File:Ch12.pdf\|~~Chapter 12 - Building a Broad Band Solar Radio Telescope]]		Chapter 12 - Building a Broad Band Solar Radio Telescope

	~~[[:File:Ch13.pdf\|~~Chapter 13 - Data Logging and Data Processing]]		Chapter 13 - Data Logging and Data Processing

	~~[[:File:AppA.pdf\|~~Appendices - Formulae; Bibliography; Suppliers, Groups, and Societies; Glossary]]		Appendices - Formulae; Bibliography; Suppliers, Groups, and Societies; Glossary

	= Articles =		= Articles =