DeltaDoverD Progress - Revision history

Didbtama: /* A_{ND3}^{\pi^-,hel13-hel24} */

2012-12-08T05:07:50Z

A_{ND3}^{\pi^-,hel13-hel24}

2012-06-24T05:35:29Z

A_{ND3}^{\pi^-,hel13-hel24}

2012-05-23T04:45:57Z

A_{ND3}^{\pi^-,hel13-hel24}

2012-05-23T04:11:02Z

A_{ND3}^{\pi^-,hel13-hel24}

2012-03-30T20:50:11Z

A_{NH3}^{\pi^+,hel13-hel24}

2012-03-30T18:54:16Z

A_{NH3}^{\pi^+,hel13-hel24}

2012-03-29T16:04:34Z

A_{NH3}^{\pi^+,hel13-hel24}

2012-03-29T15:46:14Z

A_{NH3}^{\pi^+,hel13-hel24}

2012-03-29T15:17:23Z

X and Z count distribution

2012-03-27T20:17:41Z

X and Z count distribution

← Older revision		Revision as of 05:07, 8 December 2012
Line 2,168:		Line 2,168:
	\| 0.7 \|\|<math>-0.120 \pm 0.072</math>\|\|<math>-0.122 \pm 0.072</math>		\| 0.7 \|\|<math>-0.120 \pm 0.072</math>\|\|<math>-0.122 \pm 0.072</math>
	\|}<br>		\|}<br>
		+
		+
		+	[http://wiki.iac.isu.edu/index.php/User_talk:Didbtama Go Back]

@@ Line 2,157: / Line 2,157: @@
 |-
 |'''Table 4.7.''' Average <math> \Delta R_{np}^{\pi^+ + \pi^-} = \frac{g_1^p - g_1^n}{F_1^p - F_1^n}(x,Q^2)</math>.
 |}<br>

@@ Line 2,146: / Line 2,146: @@
 | <math>n_{ND3,\pi^{-}}</math>, <math>z=0.85</math> ||0.00154130
   || 0.00128547
-|}
+|}<br>

← Older revision		Revision as of 20:50, 30 March 2012
Line 1,834:		Line 1,834:
	\|}		\|}

		+
		+	{\| border="1" \|cellpadding="20" cellspacing="0
		+	\|-
		+	\| <math>z</math> \|\| <math>X_B=0.3</math> \|\| <math>X_B=0.4</math>
		+	\|-
		+	\| 0.45 \|\|<math>(-125.62 \pm 81.92) \times 10^{-4}</math> \|\|<math>( -165.81 \pm 86.76) \times 10^{-4}</math>
		+	\|-
		+	\| 0.7 \|\|<math>(-140.32 \pm 158.98) \times 10^{-4}</math>\|\|<math>(-238.34 \pm 156.79) \times 10^{-4}</math>
		+	\|-
		+	\| 0.9 \|\|<math>(-355.44 \pm 200.23) \times 10^{-4}</math> \|\|<math>(-438.76 \pm 189.03) \times 10^{-4}</math>
		+	\|}

	====<math> A_{ND3}^{\pi^-,hel13-hel24}</math>====		====<math> A_{ND3}^{\pi^-,hel13-hel24}</math>====

@@ Line 1,832: / Line 1,832: @@
 |-
 | 0.9 ||<math>(-355.44 \pm	200.23) \times 10^{-4}</math> ||<math>(-438.76 \pm 189.03) \times 10^{-4}</math>
 |}

@@ Line 1,825: / Line 1,825: @@
 | <math>z</math> || <math>X_B=0.3</math> || <math>X_B=0.4</math>
 |-
-| 0.3 ||-0.01423898	0.01064153 || -0.01314854	0.01169627
+| 0.3 ||<math>(-142.39 \pm	106.42) \times 10^{-4}</math> ||<math>( -131.49 \pm 116.96) \times 10^{-4}</math>
 |-
-| 0.5 || -0.01011439	0.01283648||-0.02077600	0.01293738
+| 0.5 || <math>(-101.14 \pm 128.36) \times 10^{-4}</math>||<math>(-207.76 \pm 129.37) \times 10^{-4}</math>
 |-
-| 0.7 ||-0.01403221	0.01589787||-0.02383388	0.01567880
+| 0.7 ||<math>(-140.32 \pm 158.98) \times 10^{-4}</math>||<math>(-238.34 \pm	 156.79) \times 10^{-4}</math>
 |-
-| 0.9 ||-0.03554393	0.02002282
+| 0.9 ||<math>(-355.44 \pm	200.23) \times 10^{-4}</math> ||<math>(-438.76 \pm 189.03) \times 10^{-4}</math>
 |}
 <math>\Delta R_{np}^{\pi^+ + \pi^-} = \frac{\Delta \sigma_p^{\pi^+ + \pi^-} - \Delta \sigma_{n}^{\pi^+ + \pi^-}}{\sigma_p^{\pi^+ + \pi^-} - \sigma_{n}^{\pi^+ + \pi^-}}=</math>

← Older revision		Revision as of 15:17, 29 March 2012
Line 1,817:		Line 1,817:
	\|<math> A_{ND3}^{\pi^+,hel13-hel24}</math>\|\|<math>(-53.17 \pm 74.89) \times 10^{-4}</math> \|\| <math>(-85.17 \pm 82.97) \times 10^{-4}</math>		\|<math> A_{ND3}^{\pi^+,hel13-hel24}</math>\|\|<math>(-53.17 \pm 74.89) \times 10^{-4}</math> \|\| <math>(-85.17 \pm 82.97) \times 10^{-4}</math>
	\|}		\|}
		+
		+
		+	====<math> A_{NH3}^{\pi^+,hel13-hel24}</math>====
		+
		+	{\| border="1" \|cellpadding="20" cellspacing="0
		+	\|-
		+	\| <math>z</math> \|\| <math>X_B=0.3</math> \|\| <math>X_B=0.4</math>
		+	\|-
		+	\| 0.3 \|\| \|\|
		+	\|-
		+	\| 0.5 \|\| \|\|
		+	\|-
		+	\| 0.7 \|\| \|\|
		+	\|-
		+	\| 0.9 \|\| \|\|
		+	\|}
		+

← Older revision		Revision as of 20:17, 27 March 2012
Line 1,834:		Line 1,834:

	<math>= \frac{g_1^p - g_1^n}{F_1^p - F_1^n}(x,Q^2)</math>		<math>= \frac{g_1^p - g_1^n}{F_1^p - F_1^n}(x,Q^2)</math>
		+
		+
		+	"If each observable (<math>x_i</math>) is accompanied by an estimate of the uncertainty in that observable (<math>\sigma_i</math>) then the weighted mean is defined as
		+
		+	:<math>\bar{x} = \frac{ \sum_{i=1}^{i=n} \frac{x_i}{\sigma_i^2}}{\sum_{i=1}^{i=n} \frac{1}{\sigma_i^2}}</math>"
		+
		+	"The variance of the distribution is defined as
		+
		+	:<math>\frac{1}{\sigma^2} = \sum_{i=1}^{i=n} \frac{1}{\sigma_i^2}</math> = weighted variance"
		+	[[TF_ErrorAna_PropOfErr]]