Meylan, Squire, and Fox 1997 - Revision history

Syan077 at 09:38, 26 October 2006

2006-10-26T09:38:59Z

← Older revision		Revision as of 09:38, 26 October 2006
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	[[Michael Meylan \| M. H. Meylan]] and [[Vernon Squire \| V. A. Squire]] and [[Colin Fox\|C. Fox]], Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice		[[Michael Meylan \| M. H. Meylan]] and [[Vernon Squire \| V. A. Squire]] and [[Colin Fox\|C. Fox]], Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice
	Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.		Zones, ''J. of Geophysical Research'', '''102(C10)''', pp 22981-22991, 1997.

	This paper contains a model for [[:Category:Wave Scattering in the Marginal Ice Zone\|Wave Scattering in the Marginal Ice Zone]] based on the linear		This paper contains a model for [[:Category:Wave Scattering in the Marginal Ice Zone\|Wave Scattering in the Marginal Ice Zone]] based on the linear

Meylan at 03:00, 10 September 2006

2006-09-10T03:00:42Z

← Older revision		Revision as of 03:00, 10 September 2006
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	Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.		Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.

	This paper contains a model for [[Wave Scattering in the Marginal Ice Zone]] based on the linear		This paper contains a model for [[:Category:Wave Scattering in the Marginal Ice Zone\|Wave Scattering in the Marginal Ice Zone]] based on the linear
	Boltzmann equation. It has an adhoc method of determining the rate of scattering in energy		Boltzmann equation. It has an adhoc method of determining the rate of scattering in energy
	from the single ice floe solution. The solution for a single ice floe was based on the solution		from the single ice floe solution. The solution for a single ice floe was based on the solution

Meylan: Meylan Squire and Fox 1997a moved to Meylan, Squire, and Fox 1997

2006-06-01T04:06:34Z

Meylan Squire and Fox 1997a moved to Meylan, Squire, and Fox 1997

← Older revision	Revision as of 04:06, 1 June 2006
(No difference)

Meylan: Meylan Squire Fox 1997a moved to Meylan Squire and Fox 1997a

2006-06-01T04:01:53Z

Meylan Squire Fox 1997a moved to Meylan Squire and Fox 1997a

← Older revision	Revision as of 04:01, 1 June 2006
(No difference)

Meylan at 03:45, 1 June 2006

2006-06-01T03:45:16Z

← Older revision		Revision as of 03:45, 1 June 2006
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	[[Michael Meylan \| M. H. Meylan]] and [[Vernon Squire \| V. A. Squire]] and C. Fox, Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice		[[Michael Meylan \| M. H. Meylan]] and [[Vernon Squire \| V. A. Squire]] and [[Colin Fox\|C. Fox]], Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice
	Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.		Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.

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	of [[Meylan_Squire_1996a \| Meylan and Squire 1996]] which was valid for a circular ice floe. [[Meylan_Masson_2006a \| Meylan and Masson 2006]]		of [[Meylan_Squire_1996a \| Meylan and Squire 1996]] which was valid for a circular ice floe. [[Meylan_Masson_2006a \| Meylan and Masson 2006]]
	have shown that the solution is equivalent to [[Masson_LeBlond_1989a\| Masson and LeBlond 1989]].		have shown that the solution is equivalent to [[Masson_LeBlond_1989a\| Masson and LeBlond 1989]].

			[[Category:Reference]]

Meylan at 23:55, 5 May 2006

2006-05-05T23:55:15Z

← Older revision		Revision as of 23:55, 5 May 2006
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	M. H. Meylan and V. A. Squire and C. Fox, Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice		[[Michael Meylan \| M. H. Meylan]] and [[Vernon Squire \| V. A. Squire]] and C. Fox, Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice
	Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.		Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.

Meylan at 04:11, 22 April 2006

2006-04-22T04:11:24Z

← Older revision		Revision as of 04:11, 22 April 2006
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	Boltzmann equation. It has an adhoc method of determining the rate of scattering in energy		Boltzmann equation. It has an adhoc method of determining the rate of scattering in energy
	from the single ice floe solution. The solution for a single ice floe was based on the solution		from the single ice floe solution. The solution for a single ice floe was based on the solution
	of [[Meylan_Squire_1996a]] which was valid for a circular ice floe. [[Meylan_Masson_2006a \| Meylan and Masson 2006]]		of [[Meylan_Squire_1996a \| Meylan and Squire 1996]] which was valid for a circular ice floe. [[Meylan_Masson_2006a \| Meylan and Masson 2006]]
	have shown that the solution is equivalent to [[Masson_LeBlond_1989a\| Masson and LeBlond 1989]].		have shown that the solution is equivalent to [[Masson_LeBlond_1989a\| Masson and LeBlond 1989]].

Meylan at 04:04, 22 April 2006

2006-04-22T04:04:16Z

← Older revision		Revision as of 04:04, 22 April 2006
Line 1:		Line 1:
	M. H. Meylan and V. A. Squire and C. Fox, Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice		M. H. Meylan and V. A. Squire and C. Fox, Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice
	Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.		Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.

			This paper contains a model for [[Wave Scattering in the Marginal Ice Zone]] based on the linear
			Boltzmann equation. It has an adhoc method of determining the rate of scattering in energy
			from the single ice floe solution. The solution for a single ice floe was based on the solution
			of [[Meylan_Squire_1996a]] which was valid for a circular ice floe. [[Meylan_Masson_2006a \| Meylan and Masson 2006]]
			have shown that the solution is equivalent to [[Masson_LeBlond_1989a\| Masson and LeBlond 1989]].

Meylan: Started the page

2006-04-22T03:58:49Z

Started the page

New page

M. H. Meylan and V. A. Squire and C. Fox, Towards Realism in Modeling Ocean Wave Behavior in Marginal Ice
Zones, ''J. of Geophysical Research'', '''102{C10)''', pp 22981-22991, 1997.