Lightning scatter - Revision history

Hardaker: Reverted edits by User 20350791dfc1d14c (talk) to last revision by Carlb

2012-01-09T14:45:47Z

Reverted edits by User 20350791dfc1d14c (talk) to last revision by Carlb

← Older revision		Revision as of 07:45, 9 January 2012
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	Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]], [[Trans-Equatorial Propagation]]		Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]], [[Trans-Equatorial Propagation]]

	Lightning scatter provided DX opportunities mainly in the ~~[http://www.sproutseo.com seo services]~~ [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.		Lightning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.

	The effect of lightning scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations for communications to occur.		The effect of lightning scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations for communications to occur.

User 20350791dfc1d14c: comment: description updated

2012-01-07T00:40:07Z

comment: description updated

← Older revision		Revision as of 17:40, 6 January 2012
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	Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]], [[Trans-Equatorial Propagation]]		Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]], [[Trans-Equatorial Propagation]]

	Lightning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.		Lightning scatter provided DX opportunities mainly in the [http://www.sproutseo.com seo services] [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.

	The effect of lightning scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations for communications to occur.		The effect of lightning scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations for communications to occur.

Carlb at 01:36, 9 April 2009

2009-04-09T01:36:03Z

← Older revision		Revision as of 18:36, 8 April 2009
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	Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)		Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)


			{{propagation}}

TimVK4YEH: added link to TEP

2008-08-15T07:57:45Z

added link to TEP

← Older revision		Revision as of 00:57, 15 August 2008
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	Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]]		Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]], [[Trans-Equatorial Propagation]]

	Lightning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.		Lightning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.

TimVK4YEH at 07:32, 15 August 2008

2008-08-15T07:32:36Z

← Older revision		Revision as of 00:32, 15 August 2008
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	Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]]		Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]]

	~~Ligtning~~ scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.		Lightning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.

	The effect of ~~Lightning~~ scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations.		The effect of lightning scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations for communications to occur.

	Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)		Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)

TimVK4YEH: spelling error

2008-08-15T07:29:07Z

spelling error

← Older revision		Revision as of 00:29, 15 August 2008
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	Ligtning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.		Ligtning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.

	The effect of Lightning scatter is similar to [[Meteor ~~sccatter~~]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations.		The effect of Lightning scatter is similar to [[Meteor scatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations.

	Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)		Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)

TimVK4YEH: added some info

2008-08-15T07:28:43Z

added some info

New page

Related wiki pages [[Bands]], [[Propagation]], [[Aurora]], [[Tropospheric ducting]], [[Meteor scatter]]

Ligtning scatter provided DX opportunities mainly in the [[UHF]] bands. It is caused by the ionisation created by lightning during an electrical storm.

The effect of Lightning scatter is similar to [[Meteor sccatter]] in that contacts are brief and unpredictable. In general however, the storm must be roughly mid-way betwen the two stations.

Distances achieved using lightning scatter are usually at a maximum of about 1100km (700 miles)