LaserComptonScat - Revision history

Oborn: /* 12/23/09 */

2009-12-23T16:02:01Z

12/23/09

2009-12-23T15:47:25Z

2009-05-07T20:14:37Z

LCS model paper

2009-05-06T06:25:57Z

LCS model paper

2009-05-01T15:18:29Z

5/1/09

2009-05-01T15:18:12Z

5/1/09

2009-05-01T15:17:35Z

4/23/09

2009-05-01T05:43:47Z

LCS model paper

2009-05-01T05:38:46Z

LCS model paper

2009-05-01T05:37:30Z

LCS model paper

← Older revision		Revision as of 15:47, 23 December 2009
Line 2,045:		Line 2,045:

	for the above 2 events by hand and in the MC.		for the above 2 events by hand and in the MC.
		+
		+	=12/23/09=
		+
		+	Simulation Done with BDSIM: Energy off by x2 but the spectrum is very close to experimental result
		+	Energy spread: 0.32 MeV (1%)
		+
		+	[[File:BDSIM_122309.jpg]]

@@ Line 2: / Line 2: @@
 [[Syed_LCS_G4ModelPaper]]
-Updated draft (5/5/09): [[Image:Syed_G4_05012009b_draft.doc]]
+Semester's paper in .doc format: [[Image:Syed_G4_05072009.doc]]
 =Formulas=

← Older revision		Revision as of 06:25, 6 May 2009
Line 3:		Line 3:

	Draft for 5/1/09 meeting: [[Image:Syed_G4_05012009a_draft.doc]]		Draft for 5/1/09 meeting: [[Image:Syed_G4_05012009a_draft.doc]]
		+
		+	Updated draft (5/5/09): [[Image:Syed_G4_05012009b_draft.doc]]

	=Formulas=		=Formulas=

@@ Line 2,041: / Line 2,041: @@
 .) Calculate
-:<math>E_{\gamma} = \frac{4 \gamma^4 E_{L}}{1 + \gamma^2 \thata^2}</math>
+:<math>E_{\gamma} = \frac{4 \gamma^4 E_{L}}{1 + \gamma^2 \theta^2}</math>
 for the above 2 events by hand and in the MC.

← Older revision		Revision as of 15:17, 1 May 2009
Line 2,033:		Line 2,033:
	[[Image:EnergySpread_04-23-09b.jpg \| 500 px] \|thumb\| <math>Particles = 1e6</math>, Head-on Collision]]		[[Image:EnergySpread_04-23-09b.jpg \| 500 px] \|thumb\| <math>Particles = 1e6</math>, Head-on Collision]]
	[[Image:EnergySpread_04-23-09c.jpg \| 500 px] \|thumb\| <math>Particles = 1e7</math>, Head-on Collision]]		[[Image:EnergySpread_04-23-09c.jpg \| 500 px] \|thumb\| <math>Particles = 1e7</math>, Head-on Collision]]
		+
		+	=5/1/09=
		+
		+
		+	1.) Record 2 RND generator states for 2 compton scattering events . One event is electron going along z-axis the other is electron making an angle <math>\theta</math> w.r.t z-axis.
		+
		+	2.) Calculate
		+
		+	:<math>E_{\gamma} = \frac{4 \gamma^4 E_{L}}1 + \gamma^2 \thata^2}</math>
		+
		+	for the above 2 events by hand and in the MC.