| Status |
ExpNbr |
Date |
Author |
Type |
Category |
Target-Source |
Subject |
| Fixed | e793s |
Sat Mar 13 02:31:33 2021 |
Faïrouz, Juan Lois | VAMOS | Hardware | CD2 | Vamos tripped @ 2h32 & fixed |
|
| Fixed | e793s |
Sat Mar 13 03:50:54 2021 |
Faïrouz, Juan Lois | RUN | General | CD2 | run61 screenshots at 3h44 |
|
| Attachment 1: Run61_scalers_03h44.png
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| Attachment 2: Run61_MG_IMPACT_03h44.png
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| Attachment 3: Run61_MM_ToF_03h44.png
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| Attachment 4: Run61_MM_DeE_03h44.png
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| Attachment 5: Run61_NG_TOF_03h44.png
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| Attachment 6: Run61_TAC_03h44.png
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| Attachment 7: Run61_VAMOS_MW_03h44.png
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| Attachment 8: Run61_MM_IMPACT_03h44.png
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|
| Pending | e793s |
Sat Mar 13 05:11:08 2021 |
Faïrouz, Juan Lois | AGATA | Software | CD2 | Problem with AGATA acquisition started at 4h40 |
There is a problem with AGATA Acquisition. All the bars in the global status & control are yellow!!!
This problem started at 4h40.
We called the acquisition astreinte but he doesn't know how to fix the problem.
We called Emmanuel but we got on the answering machine. We will call him again at 7 am.
The count rate of AGATA in the scaler looks ok: ~ 1200 |
| Attachment 1: run61-scalers_5h19.png
|
|
| Fixed | e793s |
Sat Mar 13 05:33:41 2021 |
Faïrouz, Juan Lois | RUN | General | CD2 | run61 screenshots at 5h30 |
|
| Attachment 1: run61_scalers_05h30.png
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| Attachment 2: run61_MM_IMPACT_05h30.png
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| Attachment 3: run61_VAMOS_MW_05h30.png
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| Attachment 4: run61_TAC_05h30.png
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| Attachment 5: run61_MG_ToF_05h30.png
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| Attachment 6: run61_MM_DeE_05h30.png
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| Attachment 7: run61_MM_ToF_05h30.png
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| Attachment 8: run61_MG_IMPACT_5h30.png
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| Fixed | e793s |
Sat Mar 13 07:18:10 2021 |
OttoRun | RUN | General | CD2 | Run62 |
*************************
Run : 62
*************************
Start at 2021-03-13 07:17:49.732042
run62. ACQ DT
starting again after centering the beam on the target
Beam: 3.5e5 pps
target: CD2 0.5mg
Trigger are MUGAST/MM/CATS%
Stop at 2021-03-15 10:05:15.581255
Stop comment: stop run
Stop at 2021-03-17 07:17:25.231024
Stop comment: Vamos stopped writing data at 06:50 |
| Fixed | e793s |
Sat Mar 13 07:26:40 2021 |
Faïrouz, Juan Lois | RUN | General | CD2 | End of run61 screenshots at 7h20 |
| RUN 61 stopped to let Emmanuel fix the AGATA acquisition problem. |
| Attachment 1: run61_MG_IMPACT_7h20.png
|
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| Attachment 2: run61_MM_ToF_7h20.png
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| Attachment 3: run61_MM_DeE_7h20.png
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| Attachment 4: run61_MG_ToF_7h20.png
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| Attachment 5: run61_TAC_7h20.png
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| Attachment 6: run61_Vamos-MW_7h20.png
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| Attachment 7: run62_MM_IMPACT_7h20.png
|
|
| Fixed | e793s |
Sat Mar 13 07:29:56 2021 |
Faïrouz, Juan Lois | AGATA | Software | CD2 | AGATA acquisition problem fixed by Emmanuel |
|
| Fixed | e793s |
Sat Mar 13 07:31:13 2021 |
Faïrouz, Juan Lois | RUN | General | CD2 | Run 62 scalers |
|
| Attachment 1: run62_scaler_7h20.png
|
|
| Fixed | e793s |
Sat Mar 13 09:19:14 2021 |
Lynda, Laetitia, Chloe | ONLINE | General | CD2 | run62 screenshots at 9h10 |
| Online spectra reset at 9h20 |
| Attachment 1: run62_MG_IMPACT_9h10.png
|
|
| Attachment 2: run62_MM_ToF_9h10.png
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| Attachment 3: run62_MM_DeE_9h10.png
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| Attachment 4: run62_MG_ToF_9h10.png
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| Attachment 5: run62_TAC_9h10.png
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| Attachment 6: run62_FSC_9h10.png
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| Attachment 7: run62_Vamos-MW_9h10.png
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| Attachment 8: run62_MM_IMPACT_9h10.png
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| Attachment 9: run62_Theta_E_9h10.png
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| Attachment 10: run62_scaler_9h15.png
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|
| Fixed | e793s |
Sat Mar 13 10:11:44 2021 |
Adrien | OFFLINE | General | CD2 | Offline analysis of run 51-61 |
Run 51 to 61 are converted and analysed.
I fixed the gamma/no gamma normalisation after binning change.
We clearly see :
a state at 2.5 MeV that decay directly to the g.s. and a state at around 5 MeV with a 3 gamma cascade.
To do list:
- Add an angle dist in AngDist.C macro for the states around 2MeV (you can remove the Ex plot)
- Put Logy in all the canvas for the angle dist;)
- create a new macro showing the EDC 1D histo gated on several sliding windows in Ex to see the the gamma peak changing height
- add arrow or line indication the gamma rays position on every plots
- build the level scheme based on this (there is a preliminary scheme posted earlier by Manu based on gamma-gamma). |
| Attachment 1: Plot51-61.png
|
|
| Attachment 2: Angle51-61.png
|
|
| Fixed | e793s |
Sat Mar 13 11:52:26 2021 |
Lynda, Laetitia, Chloe | BEAM | General | CD2 | Beam lost |
A security problem occurs at a door near CSS1 ( AFR alarm ), need to call the security to fix the problem
The person needs to come so it will take ~1h |
| Fixed | e793s |
Sat Mar 13 12:07:32 2021 |
Lynda, Laetitia, Chloe | ONLINE | General | CD2 | run 62 screenshots at 11h55 |
|
| Attachment 1: run62_Theta_E_11h55.png
|
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| Attachment 2: run62_MG_IMPACT_11h55.png
|
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| Attachment 3: run62_MM_IMPACT_11h55.png
|
|
| Attachment 4: run62_Vamos-MW_11h55.png
|
|
| Attachment 5: run62_FSC_11h55.png
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|
| Attachment 6: run62_TAC_11h55.png
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| Attachment 7: run62_MG_ToF_11h55.png
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|
| Attachment 8: run62_MM_DeE_11h55.png
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|
| Attachment 9: run62_MM_ToF_11h55.png
|
|
| Attachment 10: run62_scaler_graph_13h44.png
|
|
| Fixed | e793s |
Sat Mar 13 13:16:04 2021 |
Franco | OFFLINE | General | CD2 | Angular distributions |
- Updated the macro for the angular distributions.
- For the angular distribution of the peak at 4 MeV excitation energy I think we need the calculation for the transfer 0f5/2.
- Added the gamma spectra gated on the 3 main peaks in Ex in the macro DrawPlots.C (arrows and labels of the gamma should be added). |
| Attachment 1: ang_distr_run51-61.png
|
|
| Attachment 2: gamma_gateEx.png
|
|
| Fixed | e793s |
Sat Mar 13 13:46:42 2021 |
Chloe F. | OFFLINE | General | CD2 | analysis gg |
> > Up to now data (run 46-51-52-53-55-56-60-61-62)
Decays seen from level scheme:
3- (451,280)keV
0- (1344,143)keV
2- (3522,143)keV
1- (1272,143)keV
? 997keV coin. with 143keV => apparent on second gate projection plot
? 3440keV coin. with 143keV ? |
| Attachment 1: gg_e793s_gat.png
|
|
| Attachment 2: gg_e793s_gat_2.png
|
|
| Fixed | e793s |
Sat Mar 13 14:41:28 2021 |
Lynda, Laetitia, Chloe | BEAM | General | CD2 | Beam is back |
Beam is back ~ 14h35, safety problem fixed
PCP said that the source is unstable so the beam intensity will fluctuate |
| Attachment 1: run62_scaler_graph_14h48.png
|
|
| Fixed | e793s |
Sat Mar 13 14:49:40 2021 |
Charlie | OFFLINE | General | CD2 | TWOFNR for 4 MeV, 0f5/2 |
In response to Franco's comment here, I ran some quick TWOFNR simulations for a 0f5/2 transfer on to 4 MeV, on to spin 2 or 3. The attached files are named as follows:
24.f52_4MeV_sp3 - Transfer via 0f5/2 on to a spin 3 state at 4 MeV
24.f52_4MeV_sp2 - As above, but spin 2.
See the attached image for a plot of these two results, compared to a 1p3/2 transfer to 143keV, spin 2, and a 1p1/2 transfer to 1984 keV, spin 1.
Hope these are helpful! |
| Attachment 1: 24.f52_4MeV_sp3
|
180.00 1.003414E+00
176.09 1.008559E+00
172.20 1.024015E+00
168.36 1.049846E+00
164.59 1.086137E+00
160.90 1.132984E+00
157.31 1.190451E+00
153.83 1.258544E+00
150.47 1.337166E+00
147.24 1.426073E+00
144.14 1.524837E+00
141.17 1.632809E+00
138.33 1.749102E+00
135.61 1.872577E+00
133.02 2.001859E+00
130.54 2.135361E+00
128.17 2.271326E+00
125.91 2.407869E+00
123.75 2.543029E+00
121.69 2.674809E+00
119.71 2.801194E+00
117.81 2.920176E+00
115.99 3.029749E+00
114.24 3.127924E+00
112.56 3.212743E+00
110.94 3.282322E+00
109.38 3.334927E+00
107.88 3.369067E+00
106.42 3.383610E+00
105.02 3.377895E+00
103.66 3.351820E+00
102.33 3.305883E+00
101.05 3.241176E+00
99.80 3.159322E+00
98.59 3.062359E+00
97.41 2.952607E+00
96.26 2.832518E+00
95.14 2.704550E+00
94.04 2.571064E+00
92.96 2.434266E+00
91.91 2.296190E+00
90.89 2.158706E+00
89.88 2.023561E+00
88.89 1.892405E+00
87.92 1.766819E+00
86.97 1.648300E+00
86.03 1.538234E+00
85.11 1.437829E+00
84.20 1.348044E+00
83.31 1.269523E+00
82.43 1.202538E+00
81.57 1.146974E+00
80.71 1.102343E+00
79.87 1.067823E+00
79.03 1.042334E+00
78.21 1.024605E+00
77.40 1.013265E+00
76.59 1.006909E+00
75.80 1.004159E+00
75.01 1.003715E+00
74.23 1.004381E+00
73.46 1.005090E+00
72.70 1.004912E+00
71.94 1.003054E+00
71.19 9.988629E-01
70.44 9.918235E-01
69.71 9.815579E-01
68.97 9.678276E-01
68.25 9.505357E-01
67.53 9.297269E-01
66.81 9.055837E-01
66.10 8.784178E-01
65.39 8.486548E-01
64.69 8.168129E-01
64.00 7.834782E-01
63.30 7.492768E-01
62.62 7.148467E-01
61.93 6.808094E-01
61.25 6.477453E-01
60.57 6.161702E-01
59.90 5.865178E-01
59.23 5.591263E-01
58.56 5.342311E-01
57.90 5.119637E-01
57.24 4.923578E-01
56.58 4.753594E-01
55.92 4.608420E-01
55.27 4.486236E-01
54.62 4.384843E-01
53.97 4.301821E-01
53.33 4.234660E-01
52.69 4.180858E-01
52.05 4.137982E-01
51.41 4.103699E-01
50.78 4.075779E-01
50.14 4.052097E-01
49.51 4.030619E-01
48.88 4.009406E-01
48.25 3.986621E-01
47.63 3.960561E-01
47.00 3.929692E-01
46.38 3.892707E-01
45.76 3.848577E-01
45.14 3.796611E-01
44.53 3.736502E-01
43.91 3.668358E-01
43.30 3.592714E-01
42.68 3.510518E-01
42.07 3.423101E-01
41.46 3.332121E-01
40.85 3.239485E-01
40.25 3.147272E-01
39.64 3.057643E-01
39.04 2.972750E-01
38.43 2.894655E-01
37.83 2.825258E-01
37.23 2.766241E-01
36.63 2.719019E-01
36.03 2.684712E-01
35.43 2.664130E-01
34.83 2.657764E-01
34.24 2.665795E-01
33.64 2.688101E-01
33.05 2.724279E-01
32.45 2.773665E-01
31.86 2.835353E-01
31.27 2.908227E-01
30.68 2.990982E-01
30.08 3.082152E-01
29.50 3.180140E-01
28.91 3.283242E-01
28.32 3.389679E-01
27.73 3.497628E-01
27.14 3.605245E-01
26.56 3.710703E-01
25.97 3.812214E-01
25.39 3.908060E-01
24.80 3.996616E-01
24.22 4.076379E-01
23.63 4.145982E-01
23.05 4.204217E-01
22.47 4.250045E-01
21.89 4.282610E-01
21.30 4.301244E-01
20.72 4.305468E-01
20.14 4.294996E-01
19.56 4.269730E-01
18.98 4.229751E-01
18.40 4.175314E-01
17.83 4.106837E-01
17.25 4.024886E-01
16.67 3.930165E-01
16.09 3.823500E-01
15.51 3.705825E-01
14.94 3.578164E-01
14.36 3.441623E-01
13.78 3.297366E-01
13.21 3.146610E-01
12.63 2.990604E-01
12.05 2.830620E-01
11.48 2.667938E-01
10.90 2.503837E-01
10.33 2.339584E-01
9.75 2.176421E-01
9.18 2.015560E-01
8.60 1.858174E-01
8.03 1.705389E-01
7.46 1.558277E-01
6.88 1.417853E-01
6.31 1.285069E-01
5.73 1.160810E-01
5.16 1.045891E-01
4.59 9.410544E-02
4.01 8.469681E-02
3.44 7.642238E-02
2.87 6.933360E-02
2.29 6.347409E-02
1.72 5.887957E-02
1.15 5.557788E-02
0.57 5.358890E-02
0.00 5.292458E-02
|
| Attachment 2: 24.f52_4MeV_sp2
|
180.00 7.167243E-01
176.09 7.203992E-01
172.20 7.314396E-01
168.36 7.498897E-01
164.59 7.758125E-01
160.90 8.092739E-01
157.31 8.503219E-01
153.83 8.989601E-01
150.47 9.551185E-01
147.24 1.018624E+00
144.14 1.089169E+00
141.17 1.166292E+00
138.33 1.249358E+00
135.61 1.337555E+00
133.02 1.429899E+00
130.54 1.525258E+00
128.17 1.622375E+00
125.91 1.719906E+00
123.75 1.816450E+00
121.69 1.910578E+00
119.71 2.000853E+00
117.81 2.085840E+00
115.99 2.164107E+00
114.24 2.234232E+00
112.56 2.294816E+00
110.94 2.344516E+00
109.38 2.382091E+00
107.88 2.406476E+00
106.42 2.416864E+00
105.02 2.412782E+00
103.66 2.394157E+00
102.33 2.361345E+00
101.05 2.315126E+00
99.80 2.256658E+00
98.59 2.187399E+00
97.41 2.109005E+00
96.26 2.023227E+00
95.14 1.931822E+00
94.04 1.836474E+00
92.96 1.738762E+00
91.91 1.640135E+00
90.89 1.541933E+00
89.88 1.445400E+00
88.89 1.351718E+00
87.92 1.262013E+00
86.97 1.177357E+00
86.03 1.098738E+00
85.11 1.027020E+00
84.20 9.628888E-01
83.31 9.068020E-01
82.43 8.589555E-01
81.57 8.192673E-01
80.71 7.873876E-01
79.87 7.627310E-01
79.03 7.445239E-01
78.21 7.318608E-01
77.40 7.237610E-01
76.59 7.192207E-01
75.80 7.172567E-01
75.01 7.169391E-01
74.23 7.174150E-01
73.46 7.179217E-01
72.70 7.177943E-01
71.94 7.164671E-01
71.19 7.134735E-01
70.44 7.084454E-01
69.71 7.011128E-01
68.97 6.913055E-01
68.25 6.789541E-01
67.53 6.640906E-01
66.81 6.468455E-01
66.10 6.274413E-01
65.39 6.061820E-01
64.69 5.834378E-01
64.00 5.596273E-01
63.30 5.351977E-01
62.62 5.106048E-01
61.93 4.862925E-01
61.25 4.626752E-01
60.57 4.401216E-01
59.90 4.189413E-01
59.23 3.993760E-01
58.56 3.815936E-01
57.90 3.656884E-01
57.24 3.516842E-01
56.58 3.395424E-01
55.92 3.291729E-01
55.27 3.204454E-01
54.62 3.132031E-01
53.97 3.072729E-01
53.33 3.024757E-01
52.69 2.986327E-01
52.05 2.955702E-01
51.41 2.931214E-01
50.78 2.911271E-01
50.14 2.894355E-01
49.51 2.879014E-01
48.88 2.863861E-01
48.25 2.847586E-01
47.63 2.828972E-01
47.00 2.806923E-01
46.38 2.780505E-01
45.76 2.748983E-01
45.14 2.711865E-01
44.53 2.668930E-01
43.91 2.620256E-01
43.30 2.566224E-01
42.68 2.507513E-01
42.07 2.445072E-01
41.46 2.380086E-01
40.85 2.313918E-01
40.25 2.248052E-01
39.64 2.184031E-01
39.04 2.123393E-01
38.43 2.067610E-01
37.83 2.018042E-01
37.23 1.975887E-01
36.63 1.942156E-01
36.03 1.917652E-01
35.43 1.902950E-01
34.83 1.898403E-01
34.24 1.904139E-01
33.64 1.920072E-01
33.05 1.945914E-01
32.45 1.981189E-01
31.86 2.025252E-01
31.27 2.077305E-01
30.68 2.136416E-01
30.08 2.201537E-01
29.50 2.271528E-01
28.91 2.345173E-01
28.32 2.421199E-01
27.73 2.498306E-01
27.14 2.575175E-01
26.56 2.650502E-01
25.97 2.723010E-01
25.39 2.791471E-01
24.80 2.854726E-01
24.22 2.911699E-01
23.63 2.961416E-01
23.05 3.003012E-01
22.47 3.035746E-01
21.89 3.059007E-01
21.30 3.072317E-01
20.72 3.075334E-01
20.14 3.067855E-01
19.56 3.049807E-01
18.98 3.021251E-01
18.40 2.982367E-01
17.83 2.933455E-01
17.25 2.874919E-01
16.67 2.807261E-01
16.09 2.731072E-01
15.51 2.647018E-01
14.94 2.555832E-01
14.36 2.458302E-01
13.78 2.355262E-01
13.21 2.247579E-01
12.63 2.136146E-01
12.05 2.021871E-01
11.48 1.905670E-01
10.90 1.788455E-01
10.33 1.671131E-01
9.75 1.554586E-01
9.18 1.439686E-01
8.60 1.327267E-01
8.03 1.218135E-01
7.46 1.113055E-01
6.88 1.012752E-01
6.31 9.179066E-02
5.73 8.291501E-02
5.16 7.470650E-02
4.59 6.721817E-02
4.01 6.049772E-02
3.44 5.458742E-02
2.87 4.952400E-02
2.29 4.533863E-02
1.72 4.205683E-02
1.15 3.969848E-02
0.57 3.827779E-02
0.00 3.780327E-02
|
| Attachment 3: TWOFNR_graph_w_comparison.png
|
|
| Fixed | e793s |
Sat Mar 13 17:35:57 2021 |
Sarah Louis Wilton | RUN | General | CD2 | run62 screenshots at 17h25 |
|
| Attachment 1: run62_Theta_E_17h25.png
|
|
| Attachment 2: run62_MM_IMPACT_17h25.png
|
|
| Attachment 3: run62_Vamos-MW_17h25.png
|
|
| Attachment 4: run62_FSC_17h25.png
|
|
| Attachment 5: run62_TAC_17h25.png
|
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| Attachment 6: run62_MG_ToF_17h25.png
|
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| Attachment 7: run62_MM_DeE_17h25.png
|
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| Attachment 8: run62_MM_ToF_17h25.png
|
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| Attachment 9: run62_MG_IMPACT_17h25.png
|
|
| Fixed | e793s |
Sat Mar 13 17:41:57 2021 |
Sarah Louis Wilton | RUN | General | CD2 | Beam intensity increased |
Bertrand saw that the slits were slightly closed, called the PCP and now we have around 5e5 pps
we can see the increase on the figure at 17h20 |
| Attachment 1: Beam_at_17h40.png
|
|
| Attachment 2: Scalars_at_17h35.png
|
|
| Fixed | e793s |
Sat Mar 13 19:54:47 2021 |
Louis, Sarah | OFFLINE | General | CD2 | Preliminary spectroscopic factors |
1) Preliminary spectroscopic factors has been extracted for the first 2- exited state @ 143 keV and for the 0- excited state @ 1985 keV. DWBA calul has been performed by cyril for a p3/2 transfer at 0MeV and a p1/2 transfer at 2MeV. Experimental differential cross section has been extracted by normalising the number of counts with the total number of incoming 47K (from CATS div), the number of deuteron in the target, and correcting from MUGAST geometrical efficiency (computed by franco for the gs) and from AGATA efficiency (with the energy depence given by Emmanuel). The 1p3/2 C2S of the first 2- state was found to be 0.22. The 1p1/2 C2S of the 0- excited state was found to be 0.88.
2) gg analysis from Chloé identified a new transition at 997keV in coincidence with the 143 keV gamma. Ex spectra gatted on the 997 keV transition is shown. One can identified a clear state at about 1.1MeV corresponding to the 998+143 gamma cascade. A second clear state is identified at 2.2 MeV but no 1.2MeV gamma has been identified to complete the gamma cascade of this state.
3) the usual analysis plots updated with full statistics. |
| Attachment 1: C2S.png
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| Attachment 2: gg_gEx.png
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| Attachment 3: AnaPlot.png
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| Fixed | e793s |
Sat Mar 13 20:05:04 2021 |
Sarah Louis | ONLINE | General | CD2 | run62 screenshots at 20h00 |
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