Minimax approximation algorithm - Revision history

en>Mm: Clarify introduction

2014-12-07T09:52:36Z

Clarify introduction

← Older revision		Revision as of 11:52, 7 December 2014
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	The ~~'''Debye frequency''' of a [[crystal]]~~ is ~~a theoretical maximum [[frequency]] of [[oscillation\|vibration]] for the [[atom]]s that make up~~ the ~~crystal [http://scienceworld.wolfram.com/physics/DebyeFrequency.html]. It was proposed by [[Peter Debye]] as part~~ of ~~the '''[[Debye model]]'''~~. It is ~~generally not the same as the actual maximum oscillation frequency for the crystal, due~~ to ~~approximations in the model, however it is still a useful quantity [http://farside~~.~~ph.utexas.edu/teaching/sm1/lectures/node71.html]. It plays a role in the computation~~ of the ~~[[specific heat capacity]] of solids and~~ in ~~theoretical estimates of rates of [[diffusion]]. It~~ is ~~related~~ to ~~the [[speed of sound]] (v<sub>s</sub>) in the crystal~~ and ~~the number density of the crystal~~ <~~math~~>~~N/V~~<~~/math~~> ~~as follows [http~~:~~//hyperphysics.phy-astr.gsu.edu/HBASE/thermo/debye.html]~~:		The writer is known by the title of Figures Lint. Managing individuals is his occupation. Minnesota has always been his house but his wife wants them to transfer. One of the extremely very best issues in the globe for me is to do aerobics and now I'm trying to earn money with it.<br><br>Here is my weblog :: [http://www.pathwayschico.org/blogs/post/216965 www.pathwayschico.org]

	~~<math>\nu_m = \left(\frac{3N}{ 4 \pi V }\right)^{1/3}v_s</math>~~

	~~==References==~~
	*[http://~~hyperphysics~~.~~phy-astr~~.~~gsu.edu~~/~~HBASE~~/~~thermo~~/~~debye~~.~~html Hyperphysics]~~
	*[http://scienceworld.~~wolfram.com/physics/DebyeFrequency.html Wolfram]~~
	*[http://farside.ph.utexas.edu/teaching/sm1/lectures/node71.html University of Texas]

	~~[[Category:Crystals]~~]

	~~{{physics-stub}}~~

en>David Eppstein: {{algorithm-stub}}

2013-10-03T21:51:50Z

← Older revision		Revision as of 23:51, 3 October 2013
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	~~Hello and welcome~~. ~~My title is Figures Wunder~~. ~~One~~ of the ~~things she loves most~~ is to ~~do aerobics~~ and ~~now she is trying to earn cash with it~~. ~~California~~ is ~~exactly where her house is but she requirements~~ to ~~move simply because~~ of ~~her family. Managing individuals is what I do~~ and the ~~wage has been really fulfilling~~.<br><br>~~My page; std home test (~~[http://~~i4p~~.~~info~~/~~article~~.~~php?id=114136 visit the next website page~~])		The '''Debye frequency''' of a [[crystal]] is a theoretical maximum [[frequency]] of [[oscillation\|vibration]] for the [[atom]]s that make up the crystal [http://scienceworld.wolfram.com/physics/DebyeFrequency.html]. It was proposed by [[Peter Debye]] as part of the '''[[Debye model]]'''. It is generally not the same as the actual maximum oscillation frequency for the crystal, due to approximations in the model, however it is still a useful quantity [http://farside.ph.utexas.edu/teaching/sm1/lectures/node71.html]. It plays a role in the computation of the [[specific heat capacity]] of solids and in theoretical estimates of rates of [[diffusion]]. It is related to the [[speed of sound]] (v<sub>s</sub>) in the crystal and the number density of the crystal <math>N/V</math> as follows [http://hyperphysics.phy-astr.gsu.edu/HBASE/thermo/debye.html]:

			<math>\nu_m = \left(\frac{3N}{ 4 \pi V }\right)^{1/3}v_s</math>

			==References==
			*[http://hyperphysics.phy-astr.gsu.edu/HBASE/thermo/debye.html Hyperphysics]
			*[http://scienceworld.wolfram.com/physics/DebyeFrequency.html Wolfram]
			*[http://farside.ph.utexas.edu/teaching/sm1/lectures/node71.html University of Texas]

			[[Category:Crystals]]

			{{physics-stub}}

en>Gareth Jones: add alternative name

2012-08-30T15:30:08Z

add alternative name

New page

Hello and welcome. My title is Figures Wunder. One of the things she loves most is to do aerobics and now she is trying to earn cash with it. California is exactly where her house is but she requirements to move simply because of her family. Managing individuals is what I do and the wage has been really fulfilling.<br><br>My page; std home test ([http://i4p.info/article.php?id=114136 visit the next website page])