HRRL radiation tests - Revision history

Oborn: /* 29 Jul 2010 */

2010-08-24T15:15:44Z

29 Jul 2010

Oborn: /* 28 Jul 2010 */

2010-08-24T15:14:31Z

28 Jul 2010

Oborn: /* 29 Jul 2010 */

2010-08-24T15:12:39Z

29 Jul 2010

Oborn: /* 28 Jul 2010 */

2010-08-24T15:11:29Z

28 Jul 2010

Oborn: /* 28 Jul 2010 */

2010-08-24T15:10:56Z

28 Jul 2010

Oborn: /* 28 Jul 2010 */

2010-08-24T15:09:58Z

28 Jul 2010

Oborn: /* 28 Jul 2010 */

2010-08-24T15:08:08Z

28 Jul 2010

Oborn: /* 28 Jul 2010 */

2010-08-24T15:07:44Z

28 Jul 2010

Oborn: /* New Radiation Test */

2010-08-24T15:07:08Z

New Radiation Test

Oborn: /* 16 MeV Beam Energy */

2010-08-24T15:04:10Z

16 MeV Beam Energy

@@ Line 420: / Line 420: @@
 |  16 || 40  || 300  ||  12.4+-0.1   ||  0.0   || 131.0+-0.5 ||    ||
 |-
-|  16 || 40  || 400  ||  16.5+-0.1   ||  0.1   || 173.3+-0.5  || 1.05+-0.01 ||
+|  16 || 40  || 400  ||  16.5+-0.1   ||  0.1   || 173.3+-0.5  || 1.05+-0.01 || 165
 |-
-|  16 || 40  || 500  ||  20+-0.3   ||  0.1   ||  218+-1  ||1.09+-0.02  ||
+|  16 || 40  || 500  ||  20+-0.3   ||  0.1   ||  218+-1  ||1.09+-0.02  ||200
 |-
-|  16 || 40  || 600  ||  24.8+-0.2   ||  0.15   ||  260+-2  ||1.57+-0.02   ||
+|  16 || 40  || 600  ||  24.8+-0.2   ||  0.15   ||  260+-2  ||1.57+-0.02   ||165
 |-
-|  16 || 40  || 700  ||   28.8+-0.2    ||  0.2    ||  302+-2  ||2.10+-0.02  ||
+|  16 || 40  || 700  ||   28.8+-0.2    ||  0.2    ||  302+-2  ||2.10+-0.02  ||144
 |-
-|  16 || 40  || 800  ||  32.2+-0.1   ||  0.2   ||  350+-5  ||2.17+-0.03  ||
+|  16 || 40  || 800  ||  32.2+-0.1   ||  0.2   ||  350+-5  ||2.17+-0.03  ||161
 |-
-|  16 || 40  || 900  ||  36.1+-0.3   ||  0.2   ||  400+-5  ||2.22+-0.03  ||
+|  16 || 40  || 900  ||  36.1+-0.3   ||  0.2   ||  400+-5  ||2.22+-0.03  ||180.5
 |-

@@ Line 357: / Line 357: @@
 |Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math> || <math> 1/R_{NM} = \frac{D_{N}}{D_{MO}} </math>
 |-
-|  16 || 40  || 40 || 30+-2  || 0.1  || 500 +- 5 ||1.7+-0.1 ||30
+|  16 || 40  || 40 || 30+-2  || 0.1  || 500 +- 5 ||1.7+-0.1 ||300
 |-
-|  16 || 40  || 70 || 53+-2 ||  0.2 || 800 +- 5 ||3.0+-0.1 ||26.5
+|  16 || 40  || 70 || 53+-2 ||  0.2 || 800 +- 5 ||3.0+-0.1 ||265
 |-
 |  16 || 40  || 900  || 135+-2  ||  0.7  ||   no data || ||

@@ Line 408: / Line 408: @@
 {| border="3"  cellpadding="5" cellspacing="0"
 |-
-|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math>
+|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math> || <math> 1/R_{NM} = \frac{D_{N}}{D_{MO}} </math>
 |-
-|  16 || 40  || 40 || 1.7 +-0.1  || 0.0   ||   17.7+-0.1||
+|  16 || 40  || 40 || 1.7 +-0.1  || 0.0   ||   17.7+-0.1||  ||
 |-
-|  16 || 40  || 70 || 2.9  ||  0.0  ||  30.3 +-  0.1||
+|  16 || 40  || 70 || 2.9  ||  0.0  ||  30.3 +-  0.1||  ||
 |-
-|  16 || 40  || 100 || 4.0+- 0.1 ||  0.0  || 43.1 +- 0.2||
+|  16 || 40  || 100 || 4.0+- 0.1 ||  0.0  || 43.1 +- 0.2||  ||
 |-
-|  16 || 40  || 200  ||   8.4+-0.2    ||  0.0   || 87.5+-0.3||
+|  16 || 40  || 200  ||   8.4+-0.2    ||  0.0   || 87.5+-0.3||    ||
 |-
-|  16 || 40  || 300  ||  12.4+-0.1   ||  0.0   || 131.0+-0.5 ||
+|  16 || 40  || 300  ||  12.4+-0.1   ||  0.0   || 131.0+-0.5 ||    ||
 |-
-|  16 || 40  || 400  ||  16.5+-0.1   ||  0.1   || 173.3+-0.5  || 1.05+-0.01
+|  16 || 40  || 400  ||  16.5+-0.1   ||  0.1   || 173.3+-0.5  || 1.05+-0.01 ||
 |-
-|  16 || 40  || 500  ||  20+-0.3   ||  0.1   ||  218+-1  ||1.09+-0.02
+|  16 || 40  || 500  ||  20+-0.3   ||  0.1   ||  218+-1  ||1.09+-0.02  ||
 |-
-|  16 || 40  || 600  ||  24.8+-0.2   ||  0.15   ||  260+-2  ||1.57+-0.02
+|  16 || 40  || 600  ||  24.8+-0.2   ||  0.15   ||  260+-2  ||1.57+-0.02   ||
 |-
-|  16 || 40  || 700  ||   28.8+-0.2    ||  0.2    ||  302+-2  ||2.10+-0.02
+|  16 || 40  || 700  ||   28.8+-0.2    ||  0.2    ||  302+-2  ||2.10+-0.02  ||
 |-
-|  16 || 40  || 800  ||  32.2+-0.1   ||  0.2   ||  350+-5  ||2.17+-0.03
+|  16 || 40  || 800  ||  32.2+-0.1   ||  0.2   ||  350+-5  ||2.17+-0.03  ||
 |-
-|  16 || 40  || 900  ||  36.1+-0.3   ||  0.2   ||  400+-5  ||2.22+-0.03
+|  16 || 40  || 900  ||  36.1+-0.3   ||  0.2   ||  400+-5  ||2.22+-0.03  ||
 |-

@@ Line 357: / Line 357: @@
 |Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math> || <math> 1/R_{NM} = \frac{D_{N}}{D_{MO}} </math>
 |-
-|  16 || 40  || 40 || 30+-2  || 0.1  || 500 +- 5 ||1.7+-0.1 ||
+|  16 || 40  || 40 || 30+-2  || 0.1  || 500 +- 5 ||1.7+-0.1 ||30
 |-
-|  16 || 40  || 70 || 53+-2 ||  0.2 || 800 +- 5 ||3.0+-0.1 ||
+|  16 || 40  || 70 || 53+-2 ||  0.2 || 800 +- 5 ||3.0+-0.1 ||26.5
 |-
 |  16 || 40  || 900  || 135+-2  ||  0.7  ||   no data || ||

@@ Line 355: / Line 355: @@
 {| border="3"  cellpadding="5" cellspacing="0"
 |-
-|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math> || <math> R_{NM} = \frac{D_{MO}}{D_{N}} </math>
+|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math> || <math> 1/R_{NM} = \frac{D_{N}}{D_{MO}} </math>
 |-
 |  16 || 40  || 40 || 30+-2  || 0.1  || 500 +- 5 ||1.7+-0.1 ||

@@ Line 340: / Line 340: @@
 {| border="3"  cellpadding="5" cellspacing="0"
 |-
-|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || <math> R_{NM} = \frac{D_{MO}}{D_{N}} </math>
+|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) ||
 |-
-|  10 || 40  || 40 || 3.6+-0.5 || 0 || 63+-2 || ||
+|  10 || 40  || 40 || 3.6+-0.5 || 0 || 63+-2 ||
 |-
-|  10 || 40  || 100 ||  || 0 || 25+-5 || ||
+|  10 || 40  || 100 ||  || 0 || 25+-5 ||
 |-
-|  10 || 40  || 400 || 17.5+-0.5 || 0 || 855+-10 || ||
+|  10 || 40  || 400 || 17.5+-0.5 || 0 || 855+-10 ||
 |-
 |  10 || 40  || 900 ||  54+-5  ||  0.1 ||  no data ||
@@ Line 355: / Line 355: @@
 {| border="3"  cellpadding="5" cellspacing="0"
 |-
-|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math>
+|Energy of beam (MeV) ||  Peak current of beam (mA)|| Rap rate (Hz)|| Dose Rate on Pos_N  <math>D_{N}</math> (mrad) || Dose Rate on Monitor <math>D_{MO} </math> (mrad) || Dose Rate on Pos_O <math> D_{O}</math> (mrad) || Expected Dose Rate at Monitor after Moving the Cavity to New Position <math>D_{MN}</math> || <math> R_{NM} = \frac{D_{MO}}{D_{N}} </math>
 |-
 |  16 || 40  || 40 || 30+-2  || 0.1  || 500 +- 5 ||1.7+-0.1

@@ Line 120: / Line 120: @@
 | Peak current of beam (mA)|| Energy of beam (MeV)|| Measurement on Channel 17, Experimental Cell (mrad) || Measurement on Channel 16, Accelerator cell (mrad) || Ratio: Chan16/Chan17
 |-
-| 100 || 16 || 4.5 <math>\pm </math> 0.2|| 45.5 <math>\pm </math> 2 ||
+| 100 || 16 || 4.5 <math>\pm </math> 0.2|| 45.5 <math>\pm </math> 2 || 10.1
 |-
-| 69.2 || 16 || 4 <math>\pm </math> 0.2  || 35, 42.5    ||
+| 69.2 || 16 || 4 <math>\pm </math> 0.2  || 35, 42.5    || 8.6
 |-
-| 60.8 || 16 || 3.5 <math>\pm </math> 0.1 || 29.2, 28.9   ||
+| 60.8 || 16 || 3.5 <math>\pm </math> 0.1 || 29.2, 28.9   || 8.3
 |-
-| 58.0 || 16 || 2.8, 2.9 || 26, 26.7 ||
+| 58.0 || 16 || 2.8, 2.9 || 26, 26.7 || 9.2
 |-
-| 47.6 || 16 || 2.3 || 19.6, 21.3   ||
+| 47.6 || 16 || 2.3 || 19.6, 21.3   || 8.9
 |-
-| 33.2 || 16 || 1.8, 1.7 || 14.5, 14.0, 13.7   ||
+| 33.2 || 16 || 1.8, 1.7 || 14.5, 14.0, 13.7   || 8.0
 |-