Prediction - Revision history

Jie Zhao at 19:53, 1 April 2008

2008-04-01T19:53:46Z

2008-04-01T19:50:46Z

2008-04-01T19:48:14Z

2008-04-01T19:32:28Z

2008-04-01T19:32:15Z

2008-03-20T16:09:26Z

2008-03-20T16:09:15Z

2008-03-20T16:08:57Z

2008-03-20T16:03:43Z

2008-03-20T16:02:58Z

@@ Line 3: / Line 3: @@
 Dark Rate = Probability of occurrence * Volume of Sensitive region * Density of Valence Electrons * Rate of Scattering
-Dark Rate = <math>e^{-(1.12*1.6*10^{-19})/(1.381*10^{-23}*T)}</math> * 0.0033 mm^3 * 200 pixels * 2.329g/1000mm^3 * 6.022*10^23molecules/28g * <math>sqrt{2E_f/M_e}</math>
+Dark Rate = <math>e^{-(1.12*1.6*10^{-19})/(1.381*10^{-23}*T)}</math> * 0.0033 mm^3 * 200 pixels * 2.329g/1000mm^3 * 6.022*10^23molecules/28g * <math>sqrt{2E_f/M_e} / Mean Free Path</math>
@@ Line 36: / Line 36: @@
 Fermi Velocity = Fermi momentum / Mass of electron
-<math>Fermi momemtum = sqrt{2E_f/M_e}</math>
+<math>Fermi Velocity = sqrt{2E_f/M_e}</math>
 <math>Mass of Electron = 9.109 * 10^{-31} kg</math>
 [[Counting individual photons|Back]]

@@ Line 3: / Line 3: @@
 Dark Rate = Probability of occurrence * Volume of Sensitive region * Density of Valence Electrons * Rate of Scattering
-Dark Rate = <math>e^{-(1.12*1.6*10^{-19})/(1.381*10^{-23}*T)}</math> * 0.0033 mm^3 * 200 pixels * Density * <math>sqrt{2E_f/M_e}</math>
+Dark Rate = <math>e^{-(1.12*1.6*10^{-19})/(1.381*10^{-23}*T)}</math> * 0.0033 mm^3 * 200 pixels * 2.329g/1000mm^3 * 6.022*10^23molecules/28g * <math>sqrt{2E_f/M_e}</math>
@@ Line 25: / Line 25: @@
 <math>Volume = 0.0033 mm^3 * 200 pixels</math>
-<math>Density = 28g/mL * 1mL/1cm^3 * {1cm/10mm}^3</math>
+<math>Density = 2.329g/mL * 1mL/1cm^3 * {1cm/10mm}^3</math>
-<math>Density = 28g/1000mm^3</math>
+<math>Density = 2.329g/1000mm^3</math>

@@ Line 25: / Line 25: @@
 <math>Volume = 0.0033 mm^3 * 200 pixels</math>
-<math>Collisions = ?</math>
+<math>Density = 28g/1000mm^3</math>
 Mean velocity of valence elctrons = Fermi Velocity
-Fermi momentum / Mass
+Fermi Velocity = Fermi momentum / Mass of electron
 <math>Fermi momemtum = sqrt{2E_f/M_e}</math>

← Older revision		Revision as of 19:32, 1 April 2008
Line 3:		Line 3:
	Dark Rate = Probability of occurrence * Volume of Sensitive region * Density of Valence Electrons * Rate of Scattering		Dark Rate = Probability of occurrence * Volume of Sensitive region * Density of Valence Electrons * Rate of Scattering

−	Dark Rate = <math>~~Probability =~~ e^{-(1.121.610^{-19})/(1.38110^{-23}T)}</math> * 0.0033 mm^3 * 200 pixels * Density * <math>sqrt{2E_f/M_e}</math>	+	Dark Rate = <math>e^{-(1.121.610^{-19})/(1.38110^{-23}T)}</math> * 0.0033 mm^3 * 200 pixels * Density * <math>sqrt{2E_f/M_e}</math>

← Older revision		Revision as of 19:32, 1 April 2008
Line 2:		Line 2:

	Dark Rate = Probability of occurrence * Volume of Sensitive region * Density of Valence Electrons * Rate of Scattering		Dark Rate = Probability of occurrence * Volume of Sensitive region * Density of Valence Electrons * Rate of Scattering
		+
		+	Dark Rate = <math>Probability = e^{-(1.121.610^{-19})/(1.38110^{-23}T)}</math> * 0.0033 mm^3 * 200 pixels * Density * <math>sqrt{2E_f/M_e}</math>

@@ Line 32: / Line 32: @@
 <math>Fermi momemtum = sqrt{2E_f/M_e}</math>
-<math>Mass of Electron = 9.109  × 10^–31 kg</math>
+<math>Mass of Electron = 9.109  × 10^{-31} kg</math>
 [[Counting individual photons|Back]]

@@ Line 20: / Line 20: @@
 <math>Volume = 0.0033mm^3</math>
@@ Line 27: / Line 29: @@
 Fermi momentum / Mass
 [[Counting individual photons|Back]]