Legendre rational functions - Revision history

en>Monkbot: /* References */Task 5: Fix CS1 deprecated coauthor parameter errors

2014-06-17T20:47:37Z

References: Task 5: Fix CS1 deprecated coauthor parameter errors

← Older revision		Revision as of 22:47, 17 June 2014
Line 1:		Line 1:
	~~{{No footnotes\|date=August 2010}}~~		Hello and welcome. My name is Ling. Some time ago he selected to live in Idaho. Playing croquet is some thing I will by no means give up. I am a production and distribution officer.<br><br>Here is my blog: [http://Owenphelps.com/UserProfile/tabid/355/userId/172983/Default.aspx http://Owenphelps.com]

	~~In [[particle physics]] experiments a '''detection of internally reflected Cherenkov light''' (DIRC) detector measures the [[velocity]] of [[charged particle]]s~~ and is used for [[particle identification]]. It is a design of a [[ring imaging Cherenkov detector]] where [[Cherenkov radiation\|Cherenkov light]] that is contained by [[total internal reflection]] inside the solid radiator has its angular information preserved until it reaches the light sensors at the detector perimeter.

	~~[[File:DIRC Schema01 2009-08-13.svg\|thumb\|right\|The Cherenkov light~~ is ~~following a zigzag path between parallel surfaces~~. ~~The light detectors would be positioned~~ to ~~the right~~.]]

	A charged particle travelling through a material (for instance [[quartz]]) with a speed greater than c/n (n [[refractive index]], c [[speed of light\|vacuum speed of light]]) emits Cherenkov radiation. If the light angle on the surface is sufficiently shallow, this radiation is contained inside and transmitted through internal reflections to a stand-off box which contains [[photomultiplier]]s (or other types of photon detectors) to measure the angle. ~~Preserving the angle requires~~ a precise planar or rectangular cross section of the radiator. Knowledge of the angle at which the radiation was produced, combined with the track angle and the particle's momentum (measured in a tracking detector like a [[drift chamber]]) may be used to calculate the particle's mass.

	A DIRC was first proposed by [[Blair Ratcliff]] as a tool for particle identification at a [[B-Factory]], and the design was first used by the [[BaBar experiment\|BaBar]] collaboration at [[SLAC]]. The DIRC differs from earlier [[ring-imaging Cherenkov detector\|RICH]] and ~~[[CRID (detector)\|CRID]] Cherenkov light detectors in that the quartz bars used as radiators also transmit the light~~.
	~~<!--~~
	~~provided that <math>n \beta > 1</math> (where ''n'' is the [[index of refraction]] in the quartz~~
	~~and~~ <~~math~~>~~\beta = v/c~~<~~/math~~> is ~~the particle's velocity measured in c)~~
	~~-->~~

	~~== See also ==~~
	* [http:~~//www.slac.stanford.edu/BFROOT/www/Detector/DIRC/PID.html BaBar DIRC homepage]~~
	*{{cite journal
	~~\|author=~~
	~~\|year=2003~~
	~~\|title=Imaging rings in Ring Imaging Cherenkov counters~~
	~~\|journal=[~~[~~Nuclear Instruments and Methods in Physics Research A]]~~
	~~\|volume=502 \|pages=211–221~~
	~~\|dpo=~~
	~~\|doi=10.1016/S0168-9002(03)00276-6~~
	~~\|last1=Ratcliff~~
	~~\|first1=B~~
	~~\|bibcode = 2003NIMPA.502..211R }}~~
	* {{cite journal\|author1= C Lu \|author2= D Marlow \|author3= C Mindas \|year=1996\|title= Detection of internally reflected Cherenkov light, results from the BELLE DIRC prototype \|journal= Proceedings of the Second International Workshop on Ring Imaging Cherenkov Detectors \| volume=371\|pages= 82–86 \|url= http://~~www.sciencedirect~~.com/~~science/article~~/~~pii~~/~~0168900295012567 \|doi=10.1016~~/~~0168-9002(95)01256-7}}~~
	* {{cite journal\|author1= P. Coyle \|author2= H. Kawahara \|author3= A. Lu \|year=1994 \|title= The DIRC counter: a new type of particle identification device for B factories \| volume=343\|pages= 292–299\|url= http://~~www.sciencedirect~~.~~com/science/article/pii/0168900294905681 \|doi=10.1016/0168-9002(94)90568-1}}~~
	* {{cite web\| author1= H. Salazar\|author2= E. Moreno \|author3= T. Murrieta \|title= Detection of Cherenkov Photons with Multi-Anode Photomultipliers \|url= http://~~www.sciencedirect~~.com~~/science/article/pii/0168900294905681}}~~

	~~{{DEFAULTSORT:Detection Of Internally Reflected Cherenkov Light}}~~
	~~[[Category:Particle physics]~~]

en>Yobot: clean up /fixed checkwiki error 18 using AWB (8717)

2012-12-01T14:38:25Z

clean up /fixed checkwiki error 18 using AWB (8717)

← Older revision		Revision as of 16:38, 1 December 2012
Line 1:		Line 1:
	~~Friends contact her Felicidad~~ and ~~her husband doesn't like~~ it at ~~all~~. The ~~thing she adores most~~ is to ~~play handball but she can't make it her profession~~. ~~Interviewing~~ is ~~what she does~~. ~~Her family members life~~ in ~~Delaware but she needs~~ to ~~transfer simply because of her family~~.<br><br>~~My blog post;~~ [http://www.~~neonex~~.cl/~~Default~~.~~aspx?tabid~~=~~61&userId~~=~~4739~~ http://www.~~neonex~~.cl/~~Default~~.~~aspx?tabid~~=~~61&userId~~=~~4739~~]		{{No footnotes\|date=August 2010}}

			In [[particle physics]] experiments a '''detection of internally reflected Cherenkov light''' (DIRC) detector measures the [[velocity]] of [[charged particle]]s and is used for [[particle identification]]. It is a design of a [[ring imaging Cherenkov detector]] where [[Cherenkov radiation\|Cherenkov light]] that is contained by [[total internal reflection]] inside the solid radiator has its angular information preserved until it reaches the light sensors at the detector perimeter.

			[[File:DIRC Schema01 2009-08-13.svg\|thumb\|right\|The Cherenkov light is following a zigzag path between parallel surfaces. The light detectors would be positioned to the right.]]

			A charged particle travelling through a material (for instance [[quartz]]) with a speed greater than c/n (n [[refractive index]], c [[speed of light\|vacuum speed of light]]) emits Cherenkov radiation. If the light angle on the surface is sufficiently shallow, this radiation is contained inside and transmitted through internal reflections to a stand-off box which contains [[photomultiplier]]s (or other types of photon detectors) to measure the angle. Preserving the angle requires a precise planar or rectangular cross section of the radiator. Knowledge of the angle at which the radiation was produced, combined with the track angle and the particle's momentum (measured in a tracking detector like a [[drift chamber]]) may be used to calculate the particle's mass.

			A DIRC was first proposed by [[Blair Ratcliff]] as a tool for particle identification at a [[B-Factory]], and the design was first used by the [[BaBar experiment\|BaBar]] collaboration at [[SLAC]]. The DIRC differs from earlier [[ring-imaging Cherenkov detector\|RICH]] and [[CRID (detector)\|CRID]] Cherenkov light detectors in that the quartz bars used as radiators also transmit the light.
			<!--
			provided that <math>n \beta > 1</math> (where ''n'' is the [[index of refraction]] in the quartz
			and <math>\beta = v/c</math> is the particle's velocity measured in c)
			-->

			== See also ==
			* [http://www.slac.stanford.edu/BFROOT/www/Detector/DIRC/PID.html BaBar DIRC homepage]
			*{{cite journal
			\|author=
			\|year=2003
			\|title=Imaging rings in Ring Imaging Cherenkov counters
			\|journal=[[Nuclear Instruments and Methods in Physics Research A]]
			\|volume=502 \|pages=211–221
			\|dpo=
			\|doi=10.1016/S0168-9002(03)00276-6
			\|last1=Ratcliff
			\|first1=B
			\|bibcode = 2003NIMPA.502..211R }}
			* {{cite journal\|author1= C Lu \|author2= D Marlow \|author3= C Mindas \|year=1996\|title= Detection of internally reflected Cherenkov light, results from the BELLE DIRC prototype \|journal= Proceedings of the Second International Workshop on Ring Imaging Cherenkov Detectors \| volume=371\|pages= 82–86 \|url= http://www.sciencedirect.com/science/article/pii/0168900295012567 \|doi=10.1016/0168-9002(95)01256-7}}
			* {{cite journal\|author1= P. Coyle \|author2= H. Kawahara \|author3= A. Lu \|year=1994 \|title= The DIRC counter: a new type of particle identification device for B factories \| volume=343\|pages= 292–299\|url= http://www.sciencedirect.com/science/article/pii/0168900294905681 \|doi=10.1016/0168-9002(94)90568-1}}
			* {{cite web\| author1= H. Salazar\|author2= E. Moreno \|author3= T. Murrieta \|title= Detection of Cherenkov Photons with Multi-Anode Photomultipliers \|url= http://www.sciencedirect.com/science/article/pii/0168900294905681}}

			{{DEFAULTSORT:Detection Of Internally Reflected Cherenkov Light}}
			[[Category:Particle physics]]

72.140.131.177 at 06:51, 24 July 2007

2007-07-24T06:51:22Z

New page

Friends contact her Felicidad and her husband doesn't like it at all. The thing she adores most is to play handball but she can't make it her profession. Interviewing is what she does. Her family members life in Delaware but she needs to transfer simply because of her family.<br><br>My blog post; [http://www.neonex.cl/Default.aspx?tabid=61&userId=4739 http://www.neonex.cl/Default.aspx?tabid=61&userId=4739]

← Older revision		Revision as of 22:47, 17 June 2014
Line 1:		Line 1:
	~~{{No footnotes\|date=August 2010}}~~		Hello and welcome. My name is Ling. Some time ago he selected to live in Idaho. Playing croquet is some thing I will by no means give up. I am a production and distribution officer.<br><br>Here is my blog: [http://Owenphelps.com/UserProfile/tabid/355/userId/172983/Default.aspx http://Owenphelps.com]

	~~In [[particle physics]] experiments a '''detection of internally reflected Cherenkov light''' (DIRC) detector measures the [[velocity]] of [[charged particle]]s~~ and is used for [[particle identification]]. It is a design of a [[ring imaging Cherenkov detector]] where [[Cherenkov radiation\|Cherenkov light]] that is contained by [[total internal reflection]] inside the solid radiator has its angular information preserved until it reaches the light sensors at the detector perimeter.

	~~[[File:DIRC Schema01 2009-08-13.svg\|thumb\|right\|The Cherenkov light~~ is ~~following a zigzag path between parallel surfaces~~. ~~The light detectors would be positioned~~ to ~~the right~~.]]

	A charged particle travelling through a material (for instance [[quartz]]) with a speed greater than c/n (n [[refractive index]], c [[speed of light\|vacuum speed of light]]) emits Cherenkov radiation. If the light angle on the surface is sufficiently shallow, this radiation is contained inside and transmitted through internal reflections to a stand-off box which contains [[photomultiplier]]s (or other types of photon detectors) to measure the angle. ~~Preserving the angle requires~~ a precise planar or rectangular cross section of the radiator. Knowledge of the angle at which the radiation was produced, combined with the track angle and the particle's momentum (measured in a tracking detector like a [[drift chamber]]) may be used to calculate the particle's mass.

	A DIRC was first proposed by [[Blair Ratcliff]] as a tool for particle identification at a [[B-Factory]], and the design was first used by the [[BaBar experiment\|BaBar]] collaboration at [[SLAC]]. The DIRC differs from earlier [[ring-imaging Cherenkov detector\|RICH]] and ~~[[CRID (detector)\|CRID]] Cherenkov light detectors in that the quartz bars used as radiators also transmit the light~~.
	~~<!--~~
	~~provided that <math>n \beta > 1</math> (where ''n'' is the [[index of refraction]] in the quartz~~
	~~and~~ <~~math~~>~~\beta = v/c~~<~~/math~~> is ~~the particle's velocity measured in c)~~
	~~-->~~

	~~== See also ==~~
	* [http:~~//www.slac.stanford.edu/BFROOT/www/Detector/DIRC/PID.html BaBar DIRC homepage]~~
	*{{cite journal
	~~\|author=~~
	~~\|year=2003~~
	~~\|title=Imaging rings in Ring Imaging Cherenkov counters~~
	~~\|journal=[~~[~~Nuclear Instruments and Methods in Physics Research A]]~~
	~~\|volume=502 \|pages=211–221~~
	~~\|dpo=~~
	~~\|doi=10.1016/S0168-9002(03)00276-6~~
	~~\|last1=Ratcliff~~
	~~\|first1=B~~
	~~\|bibcode = 2003NIMPA.502..211R }}~~
	* {{cite journal\|author1= C Lu \|author2= D Marlow \|author3= C Mindas \|year=1996\|title= Detection of internally reflected Cherenkov light, results from the BELLE DIRC prototype \|journal= Proceedings of the Second International Workshop on Ring Imaging Cherenkov Detectors \| volume=371\|pages= 82–86 \|url= http://~~www.sciencedirect~~.com/~~science/article~~/~~pii~~/~~0168900295012567 \|doi=10.1016~~/~~0168-9002(95)01256-7}}~~
	* {{cite journal\|author1= P. Coyle \|author2= H. Kawahara \|author3= A. Lu \|year=1994 \|title= The DIRC counter: a new type of particle identification device for B factories \| volume=343\|pages= 292–299\|url= http://~~www.sciencedirect~~.~~com/science/article/pii/0168900294905681 \|doi=10.1016/0168-9002(94)90568-1}}~~
	* {{cite web\| author1= H. Salazar\|author2= E. Moreno \|author3= T. Murrieta \|title= Detection of Cherenkov Photons with Multi-Anode Photomultipliers \|url= http://~~www.sciencedirect~~.com~~/science/article/pii/0168900294905681}}~~

	~~{{DEFAULTSORT:Detection Of Internally Reflected Cherenkov Light}}~~
	~~[[Category:Particle physics]~~]