| ID |
Date |
Author |
Category |
Subject |
|
53
|
Fri May 7 17:35:22 2021 |
Kanika, Sergey, Yuri, Wolfram, Michael, Shahab | Runs | Energy change +6 MeV/u | We will now go up in energy to 447 MeV (+6 MeV) from the original energy
last file name with previous energy:
245: 2021.05.07.16.33.47.178
410: 2021.07.05.17.34.04.780 |
|
51
|
Fri May 7 17:12:14 2021 |
Kanika, Sergey, Yuri, Wolfram, Michael, Shahab | Runs | Energy change -6 MeV/u | changed the energy down to 435 MeV/u |
|
89
|
Sun May 9 02:45:50 2021 |
Jacobus, Michele, Shahab | Runs | Example of possible 52.Mn isomer | this is how it should look like |
| Attachment 1: 52Mn_002.PNG
|
|
|
90
|
Sun May 9 02:51:44 2021 |
Iris | Runs | Example of possible 52.Mn isomer | So the "isomers" pop up at ~-600 Hz and +580 Hz... is the -600 Hz on the left the 378 keV isomer (21 min) and the +580 Hz on the right the g.s.? |
|
91
|
Sun May 9 03:24:12 2021 |
Iris (Shahab, Jacobus, Chris G., Michele) | Runs | Example of possible 52.Mn isomer | Short update from Yuri: these are not our isomers. These are 45Sc (left, 12 keV isomer not resolvable) and 75Br (center), and the right-most peak of the triplet is a satellite (has a different line shape, much narrower).
> So the "isomers" pop up at ~-600 Hz and +580 Hz... is the -600 Hz on the left the 378 keV isomer (21 min) and the +580 Hz on the right the g.s.? |
|
3
|
Tue May 4 13:26:40 2021 |
Yuri | Simulations | Expected spectrum 72Ge | A Z M/q Int difference in kHz@245MHz
68 30 2.263614752 35 -933.1
70 31 2.255131564 124 -457.0
36 16 2.247394703 1 -21.2
45 20 2.24726171 1 -13.7
81 36 2.247136805 1 -6.7
72 32 2.247041397 376 -1.3
72 32 2.247018215 376 0
63 28 2.246941324 1 4.3
54 24 2.246906236 1 6.3
74 33 2.239572482 568 420.9
65 29 2.238342523 100 490.5
76 34 2.232371568 62 829.3
67 30 2.230357529 100 943.7
69 31 2.222859086 172 1370.7
60 27 2.219224118 100 1578.3
62 28 2.211179746 100 2038.7
77 35 2.197207311 116 2842.5 |
|
161
|
Wed Jun 30 20:58:06 2021 |
Ragan, Helena | General | Few minutes of disruption | There was a disruption from the SIS side for a few minutes. |
|
87
|
Sun May 9 02:19:04 2021 |
Jacobus, Shahab | Runs | First 52Mn run | Run E143-245 MHz-2021.05.09.01.17.42.265.tiq is the first run of the experiment on 52Mn. |
|
93
|
Sun May 9 05:11:55 2021 |
Iris (Chris G., Jacobus, Michele) | Runs | First 52Mn run (no 52Mn unfortunately) | > Run E143-245 MHz-2021.05.09.01.17.42.265.tiq is the first run of the experiment on 52Mn.
And Run E143-410MHz-2021.05.09.03.27.37.368.tiq from 2021-05-09 03:27 is the first run on the 410 MHz detector. Started a bit later than the 245 MHz detector.
|
|
189
|
Fri Jul 2 01:31:35 2021 |
The remote Canadian beavers (Iris, Guy) | Analysis | First spectra after bottle change | The first good spectra after the gas bottle change is from 23:38:25 (on the 410 MHz Analyzer) |
| Attachment 1: 410MHz-2021.07.01.23.38.25.809.tiq.png
|
|
| Attachment 2: 410MHz-2021.07.01.23.38.08.817.tiq.png
|
|
|
170
|
Thu Jul 1 16:47:15 2021 |
Andrew Nic | Runs | Frequency shift | The freqency suddenly shifted at time 16:11:47 and remained shifted until now
The ESR status in the monitor stayed blue. No obvious sign that a magnet was down. The operators are checking
Sergey telephoned, he is also not sure but suggests stopping starting the ESR. We will wait for Yuri |
|
171
|
Thu Jul 1 17:01:43 2021 |
Jacobus | Runs | Frequency shift | > The freqency suddenly shifted at time 16:11:47 and remained shifted until now
>
> The ESR status in the monitor stayed blue. No obvious sign that a magnet was down. The operators are checking
>
> Sergey telephoned, he is also not sure but suggests stopping starting the ESR. We will wait for Yuri
In attachment, the moment when the shift occurred. |
| Attachment 1: 245MHz-2021.07.01.16.12.03.686.tiq.png
|
|
|
43
|
Fri May 7 10:46:40 2021 |
Yuri | Accelerator | GE02DS3HG | The scraper is blocked at -10 mm and -unfortunately- blocks the beam in the ESR. Uli Popp is taking care. |
|
8
|
Thu May 6 00:32:57 2021 |
Helmut Weick | Simulations | GICOSY file for TE beamline and ESR | This file has several options:
start in SIS, at TE3UF target or inside ESR, choose with GOTO LABEL (G L)after start system (S S).
Depending on the choice select different start beam parameters at top of file, others comment out.
There are also different optics setting with different quadrupoles:
- for TE beamline the standard and the mode by Hans for better focus on the target.
- for ESR a standard mode and variations of isochronous modes
also select by commenting in/out.
Input can be made also in units of K'L for fast import from parammodi, still by hand but with copy and paste.
One half of ESR is defined as a block, can be used more or less often (B I HALF ;) |
| Attachment 1: SIS-TE-ESR-isoc-std.dat
|
S N SIS18-TE-ESR TE3UF FOCUS ;
; mode for injection into ESR on 2nd May 2021
; TE line geometry based on MIRKO file from Hans Geissel/Benno F.,
; added ESR dipole and ESR, Helmut Weick 25.11.2020
; added May2021 values, parammodi in/output , HWeick 02.05.2021
; mode for focus on TE3UF target by Hans Geissel, 3.5.2021
; isoc. modes of ESR from Sergey Litvinov, 05.05.2021
;
;
MASS = 72 ; [u]
CHARGE = 32 ; [e]
ENERGY = 379.61 * MASS ; gamma=1.407
;
BRHO = SQRT(ENERGY*ENERGY+2*ENERGY*931.4940*MASS)/CHARGE/2.99792458E8*1E6;
GAMMA = 1 + ENERGY/MASS/931.4940 ;
BETAV = 100*SQRT(1-(1/GAMMA^2)) ; [%]
;
R P ENERGY MASS CHARGE ;
;
; starting in SIS
EX = 20.E-06 ; [m]
EY = 20.E-06 ; [m]
TXA = -1.82809997 ; [1]
TXB = 17.9983997 ; [m]
TYA = 0.102665998 ; [1]
TYB = 6.38079977 ; [m]
XD0 = 2.6210839844 /(1+1/gamma) ; [m]
AD0 = 0.0873332163 /(1+1/gamma) ; [1]
;
;starting at TE target
EX = 20.E-06 ; [m]
EY = 20.E-06 ; [m]
TXA = 0.0 ; [1]
TXB = EX/(0.003)^2 ; [m] with 10 mrad
TYA = 0.0 ; [1]
TYB = EY/(0.010)^2 ; [m] with 10 mrad
XD0 = 0.0 ; [m]
AD0 = 0.0 ; [1]
;
;starting in ESR, 2021 isoc. gamma_t=1.34
; EX = 20E-06 ; [m]
; EY = 20E-06 ; [m]
; TXA = 0.00 ; [1]
; TXB = 7.356 ; [m]
; TYA = 0.00 ; [1]
; TYB = 39.93 ; [m]
; XD0 = -9.953 /(1+1/gamma) ; [m]
; AD0 = 0.0 /(1+1/gamma) ; [1]
;
;starting in ESR, 2021 std mode
; EX = 20E-06 ; [m]
; EY = 20E-06 ; [m]
; TXA = 0.00 ; [1]
; TXB = 10.47 ; [m]
; TYA = 0.00 ; [1]
; TYB = 4.042 ; [m]
; XD0 = 2.016 /(1+1/gamma) ; [m]
; AD0 = 0.0 /(1+1/gamma) ; [1]
;
;starting in ESR, 2021 asymm. isoc. gamma_t=1.407
; EX = 20E-06 ; [m]
; EY = 20E-06 ; [m]
; TXA = 0.00 ; [1]
; TXB = 2.17 ; [m]
; TYA = 0.00 ; [1]
; TYB = 13.6 ; [m]
; XD0 = 0 /(1+1/gamma) ; [m]
; AD0 = 0.0 /(1+1/gamma) ; [1]
;
T X TXA TXB EX ;
T Y TYA TYB EY ;
D P 0 0.001 ;
;
O C N M L S ;
;O C N E T S ;
C M 3 ; use fringe field integrals
;F T H ;
C O 1 ; calculation order
O O 1 ; output order
;
;P A B E ;
;S F TEST E ;
;S O D ; set output disabled
;
; ------- Element part -------------------
;
MDS001 = 7.50000000 ; GTE3MU1
MDR001 = 17.8700008 ; GTE3MU1
MDG001 = 3.99999991E-02 ; GTE3MU1
MDS002 = 7.50000000 ; GTE4MU1
MDR002 = 11.2500000 ; GTE4MU1
MDG002 = 3.50000001E-02 ; GTE4MU1
MDS003 = 7.00000000 ; GTE4MU2
MDR003 = -12.0524569 ; GTE4MU2
MDG003 = 3.50000001E-02 ; GTE4MU2
MDS004 = 3.77189994 ; GTE5MU0
MDR004 = -21.3375092 ; GTE5MU0
MDG004 = 3.99999991E-02 ; GTE5MU0
MDS005 = 6.50000000 ; GE01MU4I
MDR005 = -10.5769997 ; GE01MU4I
MDG005 = 1.99999996E-02 ; GE01MU4I
;---------------------------
;
; new mode with small focus on TE3UF, H. Geissel 29.03.2021
MQS001 = 0.226839095 *BRHO/6.62436835; GTE1QD11
MQS002 = -0.245030180 *BRHO/6.62436835; GTE1QD12
MQS003 = 6.20027855E-02 *BRHO/6.62436835; GTE2QT11
MQS004 = -0.195458934 *BRHO/6.62436835; GTE2QT12
MQS005 = 0.207069993 *BRHO/6.62436835; GTE2QT13
MQS006 = 0.198365897 *BRHO/6.62436835; GTE3QD11
MQS007 = -0.220464170 *BRHO/6.62436835; GTE3QD12
MQS008 = -0.207067579 *BRHO/6.62436835; GTE4QD11
MQS009 = 0.137642503 *BRHO/6.62436835; GTE4QD12
MQS010 = 7.44464919E-02 *BRHO/6.62436835; GTE4QT21
MQS011 = -0.137685254 *BRHO/6.62436835; GTE4QT22
MQS012 = 9.01356563E-02 *BRHO/6.62436835; GTE4QT23
MQS013 = -3.97465331E-03 *BRHO/6.62436835; GTE4QT31
MQS014 = 0.137549922 *BRHO/6.62436835; GTE4QT32
MQS015 = -0.117877714 *BRHO/6.62436835; GTE4QT33
MQS017 = 0.103170395 *BRHO/6.62436835; GTE5QD11
MQS018 = -0.110985421 *BRHO/6.62436835; GTE5QD12
MQS019 = -0.134439200 *BRHO/6.62436835; GTE5QD21
MQS020 = 0.193664759 *BRHO/6.62436835; GTE5QD22
;
;parammodi export on 2.5.2021 for U91+ injection at 300 MeV/u
GTE1QD11 = 0.2017 ;
GTE1QD12 = -0.2374 ;
GTE2QT11 = 0.2487 ;
GTE2QT12 = -0.4301 ;
GTE2QT13 = 0.3493 ;
GTE3QD11 = 0.4885 ;
GTE3QD12 = -0.5615 ;
GTE4QD11 = -0.5625 ;
GTE4QD12 = 0.4554 ;
GTE4QT21 = 0.3805 ;
GTE4QT22 = -0.4588 ;
GTE4QT23 = 0.2175 ;
GTE4QT31 = -0.0032 ;
GTE4QT32 = 0.2113 ;
GTE4QT33 = -0.2073 ;
GTE5QD11 = 0.4 ;
GTE5QD12 = -0.47 ;
GTE5QD21 = -0.9 ;
GTE5QD22 = 0.68 ;
;
MQS001 = GTE1QD11 / 0.666 * 0.060 * BRHO ;
MQS002 = GTE1QD12 / 0.666 * 0.060 * BRHO ;
MQS003 = GTE2QT11 / 1.000 * 0.060 * BRHO ;
MQS004 = GTE2QT12 / 1.000 * 0.060 * BRHO ;
MQS005 = GTE2QT13 / 1.000 * 0.060 * BRHO ;
MQS006 = GTE3QD11 / 1.000 * 0.060 * BRHO ;
MQS007 = GTE3QD12 / 1.000 * 0.060 * BRHO ;
MQS008 = GTE4QD11 / 1.000 * 0.060 * BRHO ;
MQS009 = GTE4QD12 / 1.000 * 0.060 * BRHO ;
MQS010 = GTE4QT21 / 1.000 * 0.060 * BRHO ;
MQS011 = GTE4QT22 / 1.000 * 0.060 * BRHO ;
MQS012 = GTE4QT23 / 1.000 * 0.060 * BRHO ;
MQS013 = GTE4QT31 / 1.000 * 0.060 * BRHO ;
MQS014 = GTE4QT32 / 1.000 * 0.060 * BRHO ;
MQS015 = GTE4QT33 / 1.000 * 0.060 * BRHO ;
MQS017 = GTE5QD11 / 1.0482* 0.085 * BRHO ;
MQS018 = GTE5QD12 / 1.0482* 0.085 * BRHO ;
MQS019 = GTE5QD21 / 1.000 * 0.060 * BRHO ;
MQS020 = GTE5QD22 / 1.000 * 0.060 * BRHO ;
;
; ******** ESR dipoles ******
DIPGAP = 0.035 ; vertical aperture
N1 = 4.55401464E-03 ; n1 corresponds to the quadrupole error
N2 = 0.025991595717 ; from O.Gorda 3D simulations
N3 =-2.125422821E-03 ;
N4 =-4.952942899E-03 ;
N5 = 1.36464659E-03 ;
EDANGLE = 7.500 ;
DIPRADIUS = 6.35703 ; effective radius, geometrical 6.25
;
; ******** ESR quadrupoles *****
QUAGAP = 0.09 ; vertical aperture
;
;input in K'L as in parammodi
;
;----------std mode like 05.05.2021 ----------------
E01QS0D = -0.4175764 ; [1/m]
E01QS1F = 0.3833432 ;
E01QS2F = 0.2769876 ;
E01QS3D = -0.5628948 ;
E01QS4F = 0.3481972 ;
E01QS5F = E01QS4F ;
E01QS6D = E01QS3D ;
E01QS7F = E01QS2F ;
E01QS8F = E01QS1F ;
E01QS9D = E01QS0D ;
;
;----------isoc--old-(ip-0)----------------
E01QS0D = -0.392974515278 ; [1/m]
E01QS1F = 0.394063234647 ;
E01QS2F = 0.0 ;
E01QS3D = -0.380833880289 ;
E01QS4F = 0.269288838358 ;
E01QS5F = E01QS4F ;
E01QS6D = E01QS3D ;
E01QS7F = E01QS2F ;
E01QS8F = E01QS1F ;
E01QS9D = E01QS0D ;
;
QL01 = 0.8216; [m]
QL02 = 0.8346;
QL03 = 0.8216;
QL04 = 1.2404;
QL05 = 0.8216;
QL06 = 0.8216;
QL07 = 1.2404;
QL08 = 0.8216;
QL09 = 0.8346;
QL10 = 0.8216;
;
Q01 = E01QS0D * QUAGAP /QL01 * BRHO ;
Q02 = E01QS1F * QUAGAP /QL02 * BRHO ;
Q03 = E01QS2F * QUAGAP /QL03 * BRHO ;
Q04 = E01QS3D * QUAGAP /QL04 * BRHO ;
Q05 = E01QS4F * QUAGAP /QL05 * BRHO ;
Q06 = E01QS5F * QUAGAP /QL06 * BRHO ;
Q07 = E01QS6D * QUAGAP /QL07 * BRHO ;
Q08 = E01QS7F * QUAGAP /QL08 * BRHO ;
Q09 = E01QS8F * QUAGAP /QL09 * BRHO ;
Q10 = E01QS9D * QUAGAP /QL10 * BRHO ;
;
; Sergey asymm. isoc g_t ~ 1.407
; Q01=-2.956832426E-01 *BRHO/8.051237838 ;
; Q02= 3.056272295E-01 *BRHO/8.051237838;
; Q03= 1.900693277E-03 *BRHO/8.051237838;
; Q04=-2.172814153E-01 *BRHO/8.051237838;
; Q05= 1.120797096E-01 *BRHO/8.051237838;
; Q06= 2.545596870E-01 *BRHO/8.051237838;
; Q07=-1.782833793E-01 *BRHO/8.051237838;
; Q08= 1.900693277E-03 *BRHO/8.051237838;
; Q09= 2.219389699E-01 *BRHO/8.051237838;
; Q10=-2.245121342E-02 *BRHO/8.051237838;
;
; Q03= 0.0002360747 *BRHO ; the ESR cannot really accept zero
; Q08= 0.0002360747 *BRHO ;
;
; ******** hexapole variables ********
HEXLEN = 0.34 ;
HEXGAP = 0.16 ; vertical and horizontal
;
SEX1= 0.000000000E+00;
SEX2= 0.0;
SEX3= 0.010000000E+00;
SEX4= 0.000000000E+00;
SEX5= 0.000000000E+00;
SEX6= 0.000000000E+00;
SEX7= 0.0;
SEX8= 0.000000000E+00;
;
;----------------------------------------------
S S ;
[X,D] = XD0 ;
[A,D] = AD0 ;
D L 0 ;
G L TETARGET ;
;G L COOLER ;
D L 0 ;
; 16 "PSE"
; 12 DISP-MAT
; -37 Labels
D L 3.9057000 ;
; 22 GTE1KY1
D L 0.8420000 ;
;S B -1.00539997E-03 0.00000 0.0 0.0 ; TE1QD11-x
;S B 0.0 0.0 3.03649995E-02 0.00 ; TE1QD11-y
M Q 0.66600000 MQS001 0.060 ; GTE1QD11
D L 0.1670000 ;
; 1 GTE1DK1
D L 0.1700000 ;
; 29 GTE1DG1
D L 0.0000000 ;
D L 0.6470000 ;
;S B -1.05189998E-03 0.00000000 0.0 0.0 ; TE1QD12-x
;S B 0.0 0.0 3.01099997E-02 0.00000 ; TE1QD12-y
M Q 0.66600000 MQS002 0.060 ; GTE1QD12
D L 0.4094942 ;
D L 1.1706057 ;
; 16 "VZP31"
; 21 GTS1MU1
D L -1.1706057 ;
D L 2.34121132 ; slit
A S P 6.49999976E-02 1.00000000 ;
D L -2.3412113 ;
D L 2.34121132 ; slit
A S P 1.00000000 3.50000001E-02 ;
D L -1.1706057 ;
D L 7.1270976 ;
; 21 GTE2KX1
D L 4.0826998 ;
M Q 1.00000000 MQS003 0.060 ; GTE2QT11
D L 1.0004001 ;
M Q 1.00000000 MQS004 0.060 ; GTE2QT12
D L 1.0059000 ;
M Q 1.00000000 MQS005 0.060 ; GTE2QT13
D L 0.3909000 ;
; 1 GTE2DK4
D L 0.1700000 ;
; 29 GTE2DG4
D L 0.2596000 ;
; 29 GTE2DF4
D L 2.9633996 ;
; 16 "VZP33"
D L -1.1712610 ;
F F 0 3.75000000 ;
M S MDR001 MDS001 MDG001 ; GTE3MU1
F F 0 3.75000000 ;
D L 0.0000000 ;
D L 4.6407251 ;
; 22 GTE3KY1
D L 0.5755000 ;
M Q 1.00000000 MQS006 0.060 ; GTE3QD11
D L 0.9994000 ;
M Q 1.00000000 MQS007 0.060 ; GTE3QD12
D L 2.1566000 ;
; 1 GTE3DK3
D L 0.1830000 ;
; 29 GTE3DG3
D L 1.1531496 ;
;
TETARGET: ; 33 TE3UF
;
A S P 0.03 0.03 ;
;
D L 3.5000000 ;
M Q 1.00000000 MQS008 0.060 ; GTE4QD11
D L 1.0000000 ;
M Q 1.00000000 MQS009 0.060 ; GTE4QD12
D L 1.0000000 ;
F F 0 3.75000000 ;
M S MDR002 MDS002 MDG002 ; GTE4MU1
F F 0 3.75000000 ;
D L 7.0000000 ;
D L -0.0550000 ;
A S P 6.49999976E-02 1.00000000 ;GTE4DS5H
D L 0.3279000 ;
; 29 GTE4DG5
D L 2.2911787 ;
; 22 GTE4KY1
D L 1.4360000 ;
M Q 1.00000000 MQS010 0.060 ; GTE4QT21
D L 1.0000000 ;
M Q 1.00000000 MQS011 0.060 ; GTE4QT22
D L 1.0000000 ;
M Q 1.00000000 MQS012 0.060 ; GTE4QT23
D L 0.7839000 ;
; 1 GTE4DK8
D L 0.1700000 ;
; 29 GTE4DG8
D L 1.3929775 ;
F F 0 3.50000000 ;
M S MDR003 MDS003 MDG003 ; GTE4MU2
F F 0 3.50000000 ;
D L 0.8890000 ;
D L 0.6000000 ;
; 22 GTE4KY2
D L 1.1859000 ;
; 1 GTE4DK9
D L 0.1700000 ;
; 29 GTE4DG9
D L 4.4550977 ;
M Q 1.00000000 MQS013 0.060 ; GTE4QT31
D L 1.0000000 ;
M Q 1.00000000 MQS014 0.060 ; GTE4QT32
D L 1.0000000 ;
M Q 1.00000000 MQS015 0.060 ; GTE4QT33
D L 1.7719997 ;
; 21 GTE4KX3
D L 0.8000000 ;
; 22 GTE4KY3
D L 0.8859000 ;
; 1 GTE4DKC
D L 0.1700000 ;
; 29 GTE4DGC
D L 4.3395143 ;
; 21 GTS6MU1
; 38 A-FRS-Q1
; 38 FF#1_001
; 16 "VZP36"
; -16 VZP36?
D L 3.0144279 ;
D L 0.6355918 ;
; 21 GTE5KS1
M Q 0.250000000 0 0.118799999 ; dummy aperture
D L 0.1109000 ;
;S B 4.35790000E-03 0.00000 0.0 0.0 ; TE5QD11-x
;S B 0.0 0.0 1.02700004E-02 0.00000 ; TE5QD11-y
M Q 1.04820 MQS017 0.085 ; GTE5QD11
; 0 QVK
D L 0.4518000 ;
M Q 1.04820 MQS018 0.085 ; GTE5QD12
; 0 QVK
D L 1.1119000 ;
; 22 GTE5KY1
D L 0.6810000 ;
; 1 GTE5DKA
D L 0.1700000 ;
A S P 4.45000008E-02 1.00000000 ; GTE5DSAH
D L 1.2689791 ;
D L 0.0200000 ;
; 29 GTE5DGBG
D L 1.2180661 ;
D L -0.7026000 ;
F F 0 1.88600004 ;
M S MDR004 MDS004 MDG004 ; GTE5MU0
F F 0 1.88600004 ;
D L 0.0000000 ;
D L 1.1861100 ;
;S B 5.75790042E-03 0.00000000 0.0 0.0 ; TE5QD21-x
;S B 0.0 0.0 7.05000013E-03 0.00000000 ; TE5QD21-y
M Q 1.00000000 MQS019 0.060 ; GTE5QD21
D L 0.6600000 ;
;S B 7.39589985E-03 0.00000000 0.0 0.0 ; TE5QD22-x
;S B 0.0 0.0 6.44000014E-03 0.00000000 ; TE5QD22-y
M Q 1.00000000 MQS020 0.060 ; GTE5QD22
;D L 2.4324179 ;
;
D L 0.470 ;
;
; F22 = (TXA$ -14.52)^2*999 ;
; F23 = (TXB$ -63.06)^2*9 ;
; F24 = (TYA$ +1.057)^2*9999 ;
; F25 = (TYB$ -2.425)^2*99 ;
;
; FESR = F22 + F23 + F24 + F25 + F21 ;
; F V FESR ;
; F E 1E-20 1000 6;
;
;----------------- P. Spillers take over point ------------
TAKEOVER: ; (old position of end of TE5MU0)
;D H E (X,A) 10000 0.10 0.025 1 1 ;
;D H E (Y,B) 10000 0.10 0.025 1 1 ;
;
D L 1.971 ; from TOP, from drawing
;
;stray field matrix composed of dipoles and thin lenses, zero total length
; B. Schillinger thesis, TUD p.138
;
;dispersion in many steps of 0.1m length, 1st half
D L -1.200 ;
M S 781.25 0.00733385977767454 0.1 ;
M S 625.00 0.00916732472209317 0.1 ;
M S 250.00 0.0229183118052329 0.1 ;
M S 164.473684210526 0.0348358339439541 0.1 ;
M S 122.549019607843 0.0467533560826752 0.1 ;
M S 102.459016393443 0.0559206808047683 0.1 ;
M S 89.2857142857143 0.0641712730546522 0.1 ;
M S 78.125 0.0733385977767454 0.1 ;
M S 74.4047619047619 0.0770055276655826 0.1 ;
M S 71.0227272727273 0.0806724575544199 0.1 ;
M S 63.7755102040816 0.0898397822765131 0.1 ;
M S 58.9622641509434 0.0971736420541876 0.1 ;
;
; create matrix in X
HD1= -5.217085678E-01 ;
HD2= 9.178422156E-01 ;
HM1= -3.608900793E-01 ;
HM2= -8.637857573E-02 ;
D L HD1 ;
M T HM1 0 ;
D L HD2 ;
M T HM2 0 ;
D L (-HD1-HD2) ;
;
; create matrix in Y
HD1= -5.749341413E-01 ;
HD2= 7.481637125E-01 ;
HM1= 2.756925401E-01 ;
HM2= 1.558595713E-01 ;
D L HD1 ;
M T 0 HM1 ;
D L HD2 ;
M T 0 HM2 ;
D L (-HD1-HD2) ;
;
;dispersion in many steps of 0.1m length, 2nd half
M S 50.4032258064516 0.113674826553955 0.1 ;
M S 45.9558823529412 0.124675616220467 0.1 ;
M S 38.5802469135802 0.148510660497909 0.1 ;
M S 34.3406593406593 0.166845309942096 0.1 ;
M S 28.8018433179724 0.198930946469422 0.1 ;
M S 25.3036437246964 0.226432920635701 0.1 ;
M S 22.4014336917563 0.255768359746399 0.1 ;
M S 19.9680511182109 0.286937263801516 0.1 ;
M S 25.7201646090535 0.222765990746864 0.1 ;
M S 60.0961538461538 0.095340177109769 0.1 ;
M S 195.3125 0.0293354391106982 0.1 ;
M S 694.444444444444 0.00825059224988386 0.1 ;
D L -1.200 ;
;
D L 0.876 ; from drawing, adjusted Jan 2016
M S (-1.2*180/6.5/PI$) 6.5 0.05 ; septum magnet, length 1.2m
;
;*********************************************************
; the ESR - starting behind septum
;*********************************************************
EXITSEPTUM: ;
E Q 0 0 0.19 ; exit of septum
;D H E (X,Y) 10000 0.050 0.050 1 1 ;
P E ;
;S B 0.107 0.0064 0.0 0.0 ; shift at exit of septum
;
;------- after septum ref. point ---------
D L 0.242700 ; rough from drawing
D L 0.095000 ;
F F 1 ;
M Q 0.834600 Q02 QUAGAP ;
F F 1 ;
D L 0.095000 ;
D L 0.325400 ;
D L 0.095000 ;
F F 1 ;
M Q 0.821600 Q01 QUAGAP ;
F F 1 ;
D L 0.095000 ;
D L 0.205000 ;
D L 0.797700 ;
D L 0.600000 ; Solenoid
D L 0.295000 ;
D L 0.878000 ;
D L 2.100000 ; Solenoid
;
COOLER: ;
;--------- center of cooler ----------
D H E (X,A) 10000 0.03 0.003 1 1 ;
D H E (Y,B) 10000 0.03 0.003 1 1 ;
;
;==========half of the ring
B B HALF ;
D L 2.1 ; GECEMO3C
D L 0.0 ; GECEMT4K
D L 0.878 ;
D L 0.0 ; GECEKX2
D L 0.295 ;
D L 0.6 ; GECEMO1P
D L 0.7977 ;
D L 0.205 ;
D L 0.095 ;
; F F 1;
M Q 0.8216 Q01 QUAGAP ; Q-1
; F F 1;
D L 0.095 ;
D L 0.1627 ;
D L 0.1627 ;
D L 0.0950 ;
; F F 1;
M Q 0.8346 Q02 QUAGAP ; Q-2
; F F 1;
D L 0.0950 ;
D L 0.48135 ;
;------septum-(mirror position)!!!--------
;M S (-1.2*180/6.5/PI$) 6.5 0.05 ; septum magnet, length 1.2m
; D L -0.600 ;
; M Q 0.6 0 0.026 ; until exit of septum
; S B 0.0 0.00 0.0 0.0 ;
; P S 'SEPT-TWISS-X =',TXA,TXB ;
; P S 'SEPT-TWISS-Y =',TYA,TYB ;
MUSEP =ATAND([X,A]/([A,A]*TXB$+[X,A]*TXA$)) ;
;-------------septum---------
D L 0.48135 ;
D L 1.0 ;
;
D L 0.0439592 ; DRIFT108
F F 0 EDANGLE ;
M S DIPRADIUS 60.0 DIPGAP N1 N2 N3 N4 N5; DIP-1
F F 0 EDANGLE ;
D L 0.0439592 ; DRIFT108
;
D L 0.350 ;
D L 0.162700 ;
D L 0.0950 ;
; F F 1;
M Q 0.8216 Q03 QUAGAP ; Q-3
; F F 1;
D L 0.095000 ;
D L 0.006000 ;
M H HEXLEN SEX1 HEXGAP ; SEX-1
D L 0.006000 ;
D L 0.095000 ;
; F F 1;
M Q 1.2404 Q04 QUAGAP ; Q-4
; F F 1;
D L 0.095000 ;
D L 0.326000 ;
D L 0.095000 ;
; F F 1;
M Q 0.8216 Q05 QUAGAP ; Q-5
; F F 1;
D L 0.095000 ;
D L 0.0597 ;
D L 0.006000 ;
M H HEXLEN SEX2 HEXGAP ; SEX-2
D L 0.006000 ;
D L 0.174 ;
D L 0.2627229 ;
D L 1.07525 ;
;==============kicker=============
A S P 0.113 0.025 ;
; S B 0 0.005 0 0 ;
; E K (-180/PI$*0.005) ; KICKER
MUKICK =ATAND([X,A]/([A,A]*TXB$+[X,A]*TXA$)) ;
;==============kicker=============
D L 1.07525 ;
D L 0.129301 ;
;
D L 0.0439592 ; DRIFT108
F F 0 EDANGLE ;
M S DIPRADIUS 60.00 DIPGAP N1 N2 N3 N4 N5; DIP-2
F F 0 EDANGLE ;
D L 0.0439592 ; DRIFT108 ;
;
D L 0.70000 ;
D L 1.8425234 ;
; Y-Steerer
D L 0.174 ;
D L 0.006000 ;
M H HEXLEN SEX3 HEXGAP ; SEX-3
D L 0.006000 ;
D L 0.0597 ;
D L 0.095000 ;
; F F 1;
M Q 0.8216 Q06 QUAGAP ; Q-6
; F F 1;
D L 0.095000 ;
D L 0.326000 ;
D L 0.095000 ;
; F F 1;
M Q 1.2404 Q07 QUAGAP ; Q-7
; F F 1;
BYD3 = (1/TYB)*(([Y,Y]*TYB)^2+[Y,B]^2);
D L 0.095000 ;
D L 0.006 ;
M H HEXLEN SEX4 HEXGAP ; SEX-4
D L 0.006;
D L 0.095000 ;
; F F 1;
M Q 0.8216 Q08 QUAGAP ; Q-8
; F F 1;
D L 0.095000 ;
D L 0.162700 ;
D L 0.350000 ;
;
D L 0.0439592 ; DRIFT108
F F 0 EDANGLE ;
M S DIPRADIUS 60.0 DIPGAP N1 N2 N3 N4 N5; DIP-3
F F 0 EDANGLE ;
D L 0.0439592 ; DRIFT108
;
D L 0.202320 ;
D L 0.110000 ;
D L 0.290000 ;
D L 0.397680 ;
D L 0.962700 ;
D L 0.095000 ;
; F F 1;
M Q 0.8346 Q09 QUAGAP ; Q-9
; F F 1;
D L 0.095000 ;
D L 0.325400 ;
D L 0.095000 ;
; F F 1;
M Q 0.8216 Q10 QUAGAP ; Q-10
; F F 1;
D L 0.095000 ;
D L 0.205000 ;
D L 4.6706992 ;
;
B E HALF ;
;
B I HALF ;
B I HALF R ;
B I HALF ;
B I HALF R ;
B I HALF ;
B I HALF R ;
;
;output of beam parameters
XD = [X,D] ;
AD = [A,D] ;
TXB = TXB$ ;
TXA = TXA$ ;
TYB = TYB$ ;
TYA = TYA$ ;
P S 'BRHO = ',BRHO,' Tm' ;
P S 'X: ',TXB, TXA ;
P S 'Y: ',TYB, TYA ;
P S 'D: ',XD, AD ;
;
;---------------------------------------
; export for parammodi
;
GTE1QD11 = MQS001/0.060*0.666 /BRHO;
GTE1QD12 = MQS002/0.060*0.666 /BRHO;
GTE2QT11 = MQS003/0.060*1.000 /BRHO;
GTE2QT12 = MQS004/0.060*1.000 /BRHO;
GTE2QT13 = MQS005/0.060*1.000 /BRHO;
GTE3QD11 = MQS006/0.060*1.000 /BRHO;
GTE3QD12 = MQS007/0.060*1.000 /BRHO;
GTE4QD11 = MQS008/0.060*1.000 /BRHO;
GTE4QD12 = MQS009/0.060*1.000 /BRHO;
GTE4QT21 = MQS010/0.060*1.000 /BRHO;
GTE4QT22 = MQS011/0.060*1.000 /BRHO;
GTE4QT23 = MQS012/0.060*1.000 /BRHO;
GTE4QT31 = MQS013/0.060*1.000 /BRHO;
GTE4QT32 = MQS014/0.060*1.000 /BRHO;
GTE4QT33 = MQS015/0.060*1.000 /BRHO;
GTE5QD11 = MQS017/0.085*1.0482/BRHO;
GTE5QD12 = MQS018/0.085*1.0482/BRHO;
GTE5QD21 = MQS019/0.006*1.000 /BRHO;
GTE5QD22 = MQS020/0.006*1.000 /BRHO;
;
P F '# Version: 1.0';
P F '# Comment: ParamModi Export SIS-TE-ESR' ;
P F '# Context: SIS18_FAST.C1' ;
P F '# Comment: std. mode 1998, H. Weick 02.05.2021';
P F '# Columns: PARAMETERNAME,VALUE,UNIT,BEAMPROCPU' ;
P F 'GTE1QD11/KL,',GTE1QD11, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE1QD12/KL,',GTE1QD12, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE2QT11/KL,',GTE2QT11, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE2QT12/KL,',GTE2QT12, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE2QT13/KL,',GTE2QT13, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE3QD11/KL,',GTE3QD11, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE3QD12/KL,',GTE3QD12, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QD11/KL,',GTE4QD11, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QD12/KL,',GTE4QD12, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QT21/KL,',GTE4QT21, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QT23/KL,',GTE4QT22, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QT23/KL,',GTE4QT23, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QT31/KL,',GTE4QT31, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QT13/KL,',GTE4QT32, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE4QT33/KL,',GTE4QT33, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE5QD11/KL,',GTE5QD11, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE5QD12/KL,',GTE5QD12, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE5QD21/KL,',GTE5QD21, ',1/m,TRANSFER_EXTRACTION' ;
P F 'GTE5QD22/KL,',GTE5QD22, ',1/m,TRANSFER_EXTRACTION' ;
;
FINI: ;
; x a g d y b n
;D B 0.07 0.07 100 3 3 1 1 3 3 2 ;
D S 1.0 2 80 3 3 1 3 ;
D M 0.07 0.07 300 1 2000 ;
;
END ;
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| Attachment 2: TE-ESR.JPG
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152
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Wed Jun 30 13:05:08 2021 |
Rui-Jiu Chen | Analysis | ID of 70Se | This is the latest ID of 70Se setting. |
| Attachment 1: 2021-06-30_11_54_00.png
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| Attachment 2: 2021-06-30_11_54_00.pdf
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| Attachment 3: 2021-06-30_11_54_00.root
|
| Attachment 4: output_127.tof
|
3He 2 3 2 127 1.507466 ue, f/f0 = 1.136569 278.242157 MHz, 0.000025
10C 6 10 6 127 1.668927 ue, f/f0 = 1.096394 268.406814 MHz, 0.000012
12N 7 12 7 127 1.716396 ue, f/f0 = 1.084582 265.515242 MHz, 0.000046
14O 8 14 8 127 1.750526 ue, f/f0 = 1.076090 263.436232 MHz, 0.000107
7Be 4 7 4 127 1.753684 ue, f/f0 = 1.075304 263.243899 MHz, 0.011082
18Ne 10 18 10 127 1.800023 ue, f/f0 = 1.063774 260.421178 MHz, 0.000633
20Na 11 20 11 127 1.818302 ue, f/f0 = 1.059225 259.307684 MHz, 0.000828
22Mg 12 22 12 127 1.832749 ue, f/f0 = 1.055630 258.427637 MHz, 0.000868
11C 6 11 6 127 1.834690 ue, f/f0 = 1.055147 258.309407 MHz, 0.060848
24Al 13 24 13 127 1.845602 ue, f/f0 = 1.052432 257.644743 MHz, 0.000855
26Si 14 26 14 127 1.856047 ue, f/f0 = 1.049833 257.008458 MHz, 0.000659
13N 7 13 7 127 1.857414 ue, f/f0 = 1.049493 256.925187 MHz, 0.097367
28P 15 28 15 127 1.865607 ue, f/f0 = 1.047455 256.426120 MHz, 0.000613
30S 16 30 16 127 1.873509 ue, f/f0 = 1.045488 255.944796 MHz, 0.000423
15O 8 15 8 127 1.874835 ue, f/f0 = 1.045158 255.864018 MHz, 0.142670
32Cl 17 32 17 127 1.880963 ue, f/f0 = 1.043634 255.490722 MHz, 0.000297
34Ar 18 34 18 127 1.887245 ue, f/f0 = 1.042071 255.108057 MHz, 0.000145
17F 9 17 9 127 1.888573 ue, f/f0 = 1.041740 255.027140 MHz, 0.188130
36K 19 36 19 127 1.893205 ue, f/f0 = 1.040588 254.745005 MHz, 0.000070
38Ca 20 38 20 127 1.898268 ue, f/f0 = 1.039328 254.436576 MHz, 0.000037
19Ne 10 19 10 127 1.899640 ue, f/f0 = 1.038986 254.353031 MHz, 0.232080
40Sc 21 40 21 127 1.903165 ue, f/f0 = 1.038109 254.138287 MHz, 0.000004
42Ti 22 42 22 127 1.907318 ue, f/f0 = 1.037076 253.885296 MHz, 0.000001
21Na 11 21 11 127 1.908330 ue, f/f0 = 1.036824 253.823703 MHz, 0.254330
23Mg 12 23 12 127 1.915629 ue, f/f0 = 1.035008 253.379066 MHz, 0.277640
25Al 13 25 13 127 1.921793 ue, f/f0 = 1.033474 253.003606 MHz, 0.274110
27Si 14 27 14 127 1.927074 ue, f/f0 = 1.032160 252.681905 MHz, 0.256460
29P 15 29 15 127 1.931572 ue, f/f0 = 1.031041 252.407891 MHz, 0.231780
31S 16 31 16 127 1.935674 ue, f/f0 = 1.030020 252.157998 MHz, 0.196010
33Cl 17 33 17 127 1.939302 ue, f/f0 = 1.029117 251.937007 MHz, 0.152180
35Ar 18 35 18 127 1.942522 ue, f/f0 = 1.028316 251.740873 MHz, 0.108650
37K 19 37 19 127 1.945419 ue, f/f0 = 1.027595 251.564382 MHz, 0.071321
39Ca 20 39 20 127 1.947988 ue, f/f0 = 1.026956 251.407926 MHz, 0.041368
41Sc 21 41 21 127 1.950369 ue, f/f0 = 1.026364 251.262873 MHz, 0.025261
43Ti 22 43 22 127 1.952567 ue, f/f0 = 1.025817 251.128982 MHz, 0.016512
45V 23 45 23 127 1.954486 ue, f/f0 = 1.025339 251.012096 MHz, 0.006087
47Cr 24 47 24 127 1.956240 ue, f/f0 = 1.024903 250.905255 MHz, 0.002778
49Mn 25 49 25 127 1.957837 ue, f/f0 = 1.024505 250.807958 MHz, 0.001208
51Fe 26 51 26 127 1.959331 ue, f/f0 = 1.024134 250.716948 MHz, 0.000621
53Co 27 53 27 127 1.960720 ue, f/f0 = 1.023788 250.632375 MHz, 0.000158
55Ni 28 55 28 127 1.962001 ue, f/f0 = 1.023469 250.554356 MHz, 0.000012
57Cu 29 57 29 127 1.963219 ue, f/f0 = 1.023166 250.480132 MHz, 0.000000
56Ni 28 56 28 127 1.997386 ue, f/f0 = 1.014665 248.398853 MHz, 0.242910
52Fe 26 52 26 127 1.997457 ue, f/f0 = 1.014647 248.394520 MHz, 0.744690
60Zn 30 60 30 127 1.997515 ue, f/f0 = 1.014633 248.391031 MHz, 0.035288
48Cr 24 48 24 127 1.997537 ue, f/f0 = 1.014627 248.389650 MHz, 1.698300
58Cu 29 58 29 127 1.997540 ue, f/f0 = 1.014626 248.389456 MHz, 0.080783
54Co 27 54 27 127 1.997544 ue, f/f0 = 1.014625 248.389237 MHz, 0.443410
40Ca 20 40 20 127 1.997582 ue, f/f0 = 1.014616 248.386925 MHz, 3.651300
44Ti 22 44 22 127 1.997620 ue, f/f0 = 1.014606 248.384591 MHz, 2.732900
50Mn 25 50 25 127 1.997622 ue, f/f0 = 1.014606 248.384469 MHz, 1.165000
64Ge 32 64 32 127 1.997631 ue, f/f0 = 1.014604 248.383929 MHz, 0.001244
36Ar 18 36 18 127 1.997649 ue, f/f0 = 1.014599 248.382827 MHz, 4.392700
62Ga 31 62 31 127 1.997653 ue, f/f0 = 1.014598 248.382602 MHz, 0.006397
32S 16 32 16 127 1.997707 ue, f/f0 = 1.014585 248.379332 MHz, 4.254400
46V 23 46 23 127 1.997722 ue, f/f0 = 1.014581 248.378388 MHz, 2.376900
28Si 14 28 14 127 1.997804 ue, f/f0 = 1.014561 248.373404 MHz, 3.492800
42Sc 21 42 21 127 1.997810 ue, f/f0 = 1.014559 248.373009 MHz, 3.229300
38K 19 38 19 127 1.997825 ue, f/f0 = 1.014555 248.372118 MHz, 4.110500
58Zn 30 58 29 127 1.997868 ue, f/f0 = 1.014545 248.369472 MHz, 0.000000
34Cl 17 34 17 127 1.997909 ue, f/f0 = 1.014535 248.367014 MHz, 4.359200
56Cu 29 56 28 127 1.997952 ue, f/f0 = 1.014524 248.364387 MHz, 0.000000
62Ge 32 62 31 127 1.997990 ue, f/f0 = 1.014514 248.362056 MHz, 0.000000
30P 15 30 15 127 1.998006 ue, f/f0 = 1.014510 248.361075 MHz, 4.008700
60Ga 31 60 30 127 1.998018 ue, f/f0 = 1.014507 248.360345 MHz, 0.000000
24Mg 12 24 12 127 1.998205 ue, f/f0 = 1.014461 248.348949 MHz, 2.602500
26Al 13 26 13 127 1.998444 ue, f/f0 = 1.014402 248.334436 MHz, 3.071700
20Ne 10 20 10 127 1.998696 ue, f/f0 = 1.014339 248.319075 MHz, 1.616700
16O 8 16 8 127 1.998816 ue, f/f0 = 1.014309 248.311752 MHz, 0.878010
22Na 11 22 11 127 1.998946 ue, f/f0 = 1.014276 248.303825 MHz, 2.032800
12C 6 12 6 127 1.999452 ue, f/f0 = 1.014151 248.273036 MHz, 0.447100
18F 9 18 9 127 1.999556 ue, f/f0 = 1.014125 248.266684 MHz, 1.182600
14N 7 14 7 127 1.999891 ue, f/f0 = 1.014041 248.246283 MHz, 0.598390
4He 2 4 2 127 2.000753 ue, f/f0 = 1.013827 248.193759 MHz, 0.038424
10B 5 10 5 127 2.002039 ue, f/f0 = 1.013507 248.115430 MHz, 0.402350
6Li 3 6 3 127 2.004492 ue, f/f0 = 1.012896 247.965974 MHz, 0.082615
73Kr 36 73 36 127 2.025545 ue, f/f0 = 1.007658 246.683563 MHz, 0.014136
73Rb 37 73 36 127 2.025842 ue, f/f0 = 1.007584 246.665464 MHz, 0.000000
71Br 35 71 35 127 2.026292 ue, f/f0 = 1.007472 246.638067 MHz, 0.222950
71Kr 36 71 35 127 2.026589 ue, f/f0 = 1.007398 246.620001 MHz, 0.000000
69Se 34 69 34 127 2.027083 ue, f/f0 = 1.007275 246.589858 MHz, 1.929300
67As 33 67 33 127 2.027916 ue, f/f0 = 1.007068 246.539164 MHz, 7.223100
67Se 34 67 33 127 2.028225 ue, f/f0 = 1.006991 246.520337 MHz, 0.000009
65Ge 32 65 32 127 2.028809 ue, f/f0 = 1.006846 246.484766 MHz, 15.690000
65As 33 65 32 127 2.029112 ue, f/f0 = 1.006771 246.466303 MHz, 0.000022
63Ga 31 63 31 127 2.029753 ue, f/f0 = 1.006611 246.427234 MHz, 23.752000
63Ge 32 63 31 127 2.030069 ue, f/f0 = 1.006532 246.407997 MHz, 0.000039
61Zn 30 61 30 127 2.030770 ue, f/f0 = 1.006358 246.365283 MHz, 29.262000
61Ga 31 61 30 127 2.031082 ue, f/f0 = 1.006280 246.346303 MHz, 0.000052
59Cu 29 59 29 127 2.031850 ue, f/f0 = 1.006089 246.299528 MHz, 32.652000
59Zn 30 59 29 127 2.032169 ue, f/f0 = 1.006010 246.280055 MHz, 0.000064
57Ni 28 57 28 127 2.033017 ue, f/f0 = 1.005799 246.228413 MHz, 35.439000
57Cu 29 57 28 127 2.033334 ue, f/f0 = 1.005720 246.209104 MHz, 0.000074
55Co 27 55 27 127 2.034342 ue, f/f0 = 1.005469 246.147719 MHz, 37.345000
53Fe 26 53 26 127 2.035811 ue, f/f0 = 1.005104 246.058231 MHz, 39.162000
51Mn 25 51 25 127 2.037381 ue, f/f0 = 1.004713 245.962575 MHz, 33.212000
49Cr 24 49 24 127 2.039092 ue, f/f0 = 1.004287 245.858382 MHz, 32.420000
47V 23 47 23 127 2.040970 ue, f/f0 = 1.003820 245.743946 MHz, 31.111000
45Ti 22 45 22 127 2.043004 ue, f/f0 = 1.003314 245.620087 MHz, 28.753000
43Sc 21 43 21 127 2.045222 ue, f/f0 = 1.002762 245.484976 MHz, 24.290000
41Ca 20 41 20 127 2.047566 ue, f/f0 = 1.002179 245.342146 MHz, 21.490000
39K 19 39 19 127 2.050174 ue, f/f0 = 1.001530 245.183316 MHz, 18.561000
76Rb 37 76 37 127 2.051753 ue, f/f0 = 1.001137 245.087113 MHz, 22.548000
74Kr 36 74 36 127 2.053150 ue, f/f0 = 1.000789 245.001990 MHz, 281.240000
37Ar 18 37 18 127 2.053162 ue, f/f0 = 1.000786 245.001282 MHz, 14.942000
74Rb 37 74 36 127 2.053446 ue, f/f0 = 1.000716 244.983988 MHz, 0.000514
72Br 35 72 35 127 2.054785 ue, f/f0 = 1.000382 244.902430 MHz, 655.840000
72Kr 36 72 35 127 2.054926 ue, f/f0 = 1.000347 244.893807 MHz, 0.003211
70Se 34 70 34 127 2.056322 ue, f/f0 = 1.000000 244.808820 MHz, 793.420000
35Cl 17 35 17 127 2.056444 ue, f/f0 = 0.999970 244.801392 MHz, 11.335000
70Br 35 70 34 127 2.056637 ue, f/f0 = 0.999921 244.789590 MHz, 0.008925
68As 33 68 33 127 2.058144 ue, f/f0 = 0.999547 244.697838 MHz, 686.740000
68Se 34 68 33 127 2.058280 ue, f/f0 = 0.999513 244.689517 MHz, 0.012963
66Ge 32 66 32 127 2.059887 ue, f/f0 = 0.999113 244.591665 MHz, 530.330000
33S 16 33 16 127 2.060168 ue, f/f0 = 0.999043 244.574499 MHz, 8.506600
66As 33 66 32 127 2.060191 ue, f/f0 = 0.999037 244.573118 MHz, 0.012024
64Ga 31 64 31 127 2.061932 ue, f/f0 = 0.998604 244.467067 MHz, 353.750000
64Ge 32 64 31 127 2.062071 ue, f/f0 = 0.998569 244.458607 MHz, 0.008426
62Zn 30 62 30 127 2.063931 ue, f/f0 = 0.998107 244.345300 MHz, 237.090000
62Ga 31 62 30 127 2.064241 ue, f/f0 = 0.998029 244.326392 MHz, 0.005508
31P 15 31 15 127 2.064370 ue, f/f0 = 0.997997 244.318583 MHz, 6.210700
60Cu 29 60 29 127 2.066259 ue, f/f0 = 0.997527 244.203504 MHz, 168.710000
60Zn 30 60 29 127 2.066394 ue, f/f0 = 0.997494 244.195242 MHz, 0.003422
58Ni 28 58 28 127 2.068572 ue, f/f0 = 0.996952 244.062570 MHz, 127.130000
58Cu 29 58 28 127 2.068881 ue, f/f0 = 0.996875 244.043761 MHz, 0.002333
29Si 14 29 14 127 2.069202 ue, f/f0 = 0.996795 244.024238 MHz, 4.336000
56Co 27 56 27 127 2.071299 ue, f/f0 = 0.996273 243.896491 MHz, 92.297000
54Fe 26 54 26 127 2.074053 ue, f/f0 = 0.995588 243.728709 MHz, 74.908000
27Al 13 27 13 127 2.074955 ue, f/f0 = 0.995364 243.673779 MHz, 2.846500
52Mn 25 52 25 127 2.077275 ue, f/f0 = 0.994786 243.532433 MHz, 57.345000
77Rb 37 77 37 127 2.078654 ue, f/f0 = 0.994443 243.448462 MHz, 13.756000
50Cr 24 50 24 127 2.080538 ue, f/f0 = 0.993974 243.333702 MHz, 44.088000
75Kr 36 75 36 127 2.080869 ue, f/f0 = 0.993892 243.313534 MHz, 55.735000
75Rb 37 75 36 127 2.081066 ue, f/f0 = 0.993843 243.301547 MHz, 0.010806
25Mg 12 25 12 127 2.081605 ue, f/f0 = 0.993709 243.268692 MHz, 1.872000
73Br 35 73 35 127 2.083216 ue, f/f0 = 0.993308 243.170580 MHz, 48.941000
73Kr 36 73 35 127 2.083418 ue, f/f0 = 0.993258 243.158268 MHz, 0.023680
48V 23 48 23 127 2.084333 ue, f/f0 = 0.993030 243.102510 MHz, 33.754000
71Se 34 71 34 127 2.085695 ue, f/f0 = 0.992691 243.019553 MHz, 43.410000
71Br 35 71 34 127 2.085889 ue, f/f0 = 0.992643 243.007748 MHz, 0.019934
46Ti 22 46 22 127 2.088208 ue, f/f0 = 0.992066 242.866453 MHz, 25.523000
69As 33 69 33 127 2.088309 ue, f/f0 = 0.992041 242.860298 MHz, 37.797000
69Se 34 69 33 127 2.088510 ue, f/f0 = 0.991991 242.848069 MHz, 0.014369
23Na 11 23 11 127 2.089431 ue, f/f0 = 0.991762 242.791981 MHz, 1.171400
67Ge 32 67 32 127 2.091101 ue, f/f0 = 0.991346 242.690230 MHz, 34.948000
67As 33 67 32 127 2.091288 ue, f/f0 = 0.991299 242.678859 MHz, 0.008629
44Sc 21 44 21 127 2.092757 ue, f/f0 = 0.990934 242.589348 MHz, 16.966000
65Ga 31 65 31 127 2.094058 ue, f/f0 = 0.990610 242.510147 MHz, 20.172000
65Ge 32 65 31 127 2.094254 ue, f/f0 = 0.990561 242.498181 MHz, 0.005077
63Zn 30 63 30 127 2.097227 ue, f/f0 = 0.989822 242.317091 MHz, 19.906000
42Ca 20 42 20 127 2.097383 ue, f/f0 = 0.989783 242.307562 MHz, 12.274000
63Ga 31 63 30 127 2.097411 ue, f/f0 = 0.989776 242.305845 MHz, 0.003263
21Ne 10 21 10 127 2.098836 ue, f/f0 = 0.989421 242.219043 MHz, 0.665690
61Cu 29 61 29 127 2.100607 ue, f/f0 = 0.988981 242.111205 MHz, 12.829000
61Zn 30 61 29 127 2.100797 ue, f/f0 = 0.988933 242.099641 MHz, 0.001663
40K 19 40 19 127 2.102821 ue, f/f0 = 0.988430 241.976347 MHz, 8.547900
59Ni 28 59 28 127 2.104251 ue, f/f0 = 0.988074 241.889215 MHz, 8.546000
59Cu 29 59 28 127 2.104416 ue, f/f0 = 0.988033 241.879193 MHz, 0.001352
57Co 27 57 27 127 2.108204 ue, f/f0 = 0.987090 241.648399 MHz, 10.752000
38Ar 18 38 18 127 2.108493 ue, f/f0 = 0.987018 241.630822 MHz, 5.449000
19F 9 19 9 127 2.110385 ue, f/f0 = 0.986548 241.515542 MHz, 0.377400
55Fe 26 55 26 127 2.112464 ue, f/f0 = 0.986030 241.388924 MHz, 7.386800
36Cl 17 36 17 127 2.115235 ue, f/f0 = 0.985341 241.220134 MHz, 2.995600
53Mn 25 53 25 127 2.117104 ue, f/f0 = 0.984876 241.106266 MHz, 5.377600
51Cr 24 51 24 127 2.122151 ue, f/f0 = 0.983620 240.798833 MHz, 3.538200
34S 16 34 16 127 2.122444 ue, f/f0 = 0.983547 240.781009 MHz, 1.508000
17O 8 17 8 127 2.124343 ue, f/f0 = 0.983075 240.665312 MHz, 0.197090
49V 23 49 23 127 2.127649 ue, f/f0 = 0.982252 240.463953 MHz, 2.226800
32P 15 32 15 127 2.131046 ue, f/f0 = 0.981407 240.257015 MHz, 0.732080
47Ti 22 47 22 127 2.133623 ue, f/f0 = 0.980765 240.100012 MHz, 1.344200
45Sc 21 45 21 127 2.140210 ue, f/f0 = 0.979126 239.698790 MHz, 0.771200
30Si 14 30 14 127 2.140436 ue, f/f0 = 0.979070 239.685047 MHz, 0.359350
15N 7 15 7 127 2.142324 ue, f/f0 = 0.978600 239.569994 MHz, 0.095415
58Co 27 58 27 127 2.145221 ue, f/f0 = 0.977879 239.393516 MHz, 0.015983
43Ca 20 43 20 127 2.147391 ue, f/f0 = 0.977340 239.261377 MHz, 0.936610
28Al 13 28 13 127 2.151907 ue, f/f0 = 0.976216 238.986296 MHz, 0.154910
41K 19 41 19 127 2.155338 ue, f/f0 = 0.975362 238.777279 MHz, 0.509230
39Ar 18 39 18 127 2.164136 ue, f/f0 = 0.973173 238.241325 MHz, 0.266710
26Mg 12 26 12 127 2.164668 ue, f/f0 = 0.973041 238.208939 MHz, 0.064481
13C 6 13 6 127 2.166677 ue, f/f0 = 0.972541 238.086536 MHz, 0.045321
37Cl 17 37 17 127 2.173917 ue, f/f0 = 0.970739 237.645535 MHz, 0.105590
48Ti 22 48 22 127 2.178904 ue, f/f0 = 0.969498 237.341733 MHz, 0.010397
24Na 11 24 11 127 2.180448 ue, f/f0 = 0.969114 237.247676 MHz, 0.028641
35S 16 35 16 127 2.185017 ue, f/f0 = 0.967977 236.969407 MHz, 0.035331
46Sc 21 46 21 127 2.187794 ue, f/f0 = 0.967286 236.800240 MHz, 0.004371
44Ca 20 44 20 127 2.197226 ue, f/f0 = 0.964939 236.225650 MHz, 0.001319
33P 15 33 15 127 2.197567 ue, f/f0 = 0.964855 236.204900 MHz, 0.012010
22Ne 10 22 10 127 2.198590 ue, f/f0 = 0.964600 236.142574 MHz, 0.009466
11B 5 11 5 127 2.201313 ue, f/f0 = 0.963923 235.976746 MHz, 0.012619
31Si 14 31 14 127 2.211978 ue, f/f0 = 0.961269 235.327069 MHz, 0.004654
20F 9 20 9 127 2.221672 ue, f/f0 = 0.958857 234.736568 MHz, 0.003311
29Al 13 29 13 127 2.228718 ue, f/f0 = 0.957104 234.307381 MHz, 0.001376
27Mg 12 27 12 127 2.248147 ue, f/f0 = 0.952269 233.123848 MHz, 0.000379
18O 8 18 8 127 2.249347 ue, f/f0 = 0.951970 233.050770 MHz, 0.001030
9Be 4 9 4 127 2.252497 ue, f/f0 = 0.951187 232.858848 MHz, 0.003905
16N 7 16 7 127 2.286038 ue, f/f0 = 0.942841 230.815751 MHz, 0.000333
14C 6 14 6 127 2.333325 ue, f/f0 = 0.931074 227.935242 MHz, 0.000070
7Li 3 7 3 127 2.338119 ue, f/f0 = 0.929882 227.643215 MHz, 0.000910
12B 5 12 5 127 2.402322 ue, f/f0 = 0.913906 223.732326 MHz, 0.000012
|
| Attachment 5: output_128.tof
|
3He 2 3 2 128 1.507466 ue, f/f0 = 1.136569 280.433041 MHz, 0.000025
10C 6 10 6 128 1.668927 ue, f/f0 = 1.096394 270.520254 MHz, 0.000012
12N 7 12 7 128 1.716396 ue, f/f0 = 1.084582 267.605913 MHz, 0.000046
14O 8 14 8 128 1.750526 ue, f/f0 = 1.076090 265.510533 MHz, 0.000107
7Be 4 7 4 128 1.753684 ue, f/f0 = 1.075304 265.316686 MHz, 0.011082
18Ne 10 18 10 128 1.800023 ue, f/f0 = 1.063774 262.471738 MHz, 0.000633
20Na 11 20 11 128 1.818302 ue, f/f0 = 1.059225 261.349476 MHz, 0.000828
22Mg 12 22 12 128 1.832749 ue, f/f0 = 1.055630 260.462500 MHz, 0.000868
11C 6 11 6 128 1.834690 ue, f/f0 = 1.055147 260.343340 MHz, 0.060848
24Al 13 24 13 128 1.845602 ue, f/f0 = 1.052432 259.673442 MHz, 0.000855
26Si 14 26 14 128 1.856047 ue, f/f0 = 1.049833 259.032147 MHz, 0.000659
13N 7 13 7 128 1.857414 ue, f/f0 = 1.049493 258.948220 MHz, 0.097367
28P 15 28 15 128 1.865607 ue, f/f0 = 1.047455 258.445224 MHz, 0.000613
30S 16 30 16 128 1.873509 ue, f/f0 = 1.045488 257.960109 MHz, 0.000423
15O 8 15 8 128 1.874835 ue, f/f0 = 1.045158 257.878695 MHz, 0.142670
32Cl 17 32 17 128 1.880963 ue, f/f0 = 1.043634 257.502460 MHz, 0.000297
34Ar 18 34 18 128 1.887245 ue, f/f0 = 1.042071 257.116782 MHz, 0.000145
17F 9 17 9 128 1.888573 ue, f/f0 = 1.041740 257.035227 MHz, 0.188130
36K 19 36 19 128 1.893205 ue, f/f0 = 1.040588 256.750871 MHz, 0.000070
38Ca 20 38 20 128 1.898268 ue, f/f0 = 1.039328 256.440014 MHz, 0.000037
19Ne 10 19 10 128 1.899640 ue, f/f0 = 1.038986 256.355811 MHz, 0.232080
40Sc 21 40 21 128 1.903165 ue, f/f0 = 1.038109 256.139376 MHz, 0.000004
42Ti 22 42 22 128 1.907318 ue, f/f0 = 1.037076 255.884393 MHz, 0.000001
21Na 11 21 11 128 1.908330 ue, f/f0 = 1.036824 255.822315 MHz, 0.254330
23Mg 12 23 12 128 1.915629 ue, f/f0 = 1.035008 255.374177 MHz, 0.277640
25Al 13 25 13 128 1.921793 ue, f/f0 = 1.033474 254.995760 MHz, 0.274110
27Si 14 27 14 128 1.927074 ue, f/f0 = 1.032160 254.671526 MHz, 0.256460
29P 15 29 15 128 1.931572 ue, f/f0 = 1.031041 254.395355 MHz, 0.231780
31S 16 31 16 128 1.935674 ue, f/f0 = 1.030020 254.143494 MHz, 0.196010
33Cl 17 33 17 128 1.939302 ue, f/f0 = 1.029117 253.920763 MHz, 0.152180
35Ar 18 35 18 128 1.942522 ue, f/f0 = 1.028316 253.723085 MHz, 0.108650
37K 19 37 19 128 1.945419 ue, f/f0 = 1.027595 253.545204 MHz, 0.071321
39Ca 20 39 20 128 1.947988 ue, f/f0 = 1.026956 253.387516 MHz, 0.041368
41Sc 21 41 21 128 1.950369 ue, f/f0 = 1.026364 253.241321 MHz, 0.025261
43Ti 22 43 22 128 1.952567 ue, f/f0 = 1.025817 253.106376 MHz, 0.016512
45V 23 45 23 128 1.954486 ue, f/f0 = 1.025339 252.988569 MHz, 0.006087
47Cr 24 47 24 128 1.956240 ue, f/f0 = 1.024903 252.880887 MHz, 0.002778
49Mn 25 49 25 128 1.957837 ue, f/f0 = 1.024505 252.782824 MHz, 0.001208
51Fe 26 51 26 128 1.959331 ue, f/f0 = 1.024134 252.691097 MHz, 0.000621
53Co 27 53 27 128 1.960720 ue, f/f0 = 1.023788 252.605859 MHz, 0.000158
55Ni 28 55 28 128 1.962001 ue, f/f0 = 1.023469 252.527225 MHz, 0.000012
57Cu 29 57 29 128 1.963219 ue, f/f0 = 1.023166 252.452416 MHz, 0.000000
56Ni 28 56 28 128 1.997386 ue, f/f0 = 1.014665 250.354749 MHz, 0.242910
52Fe 26 52 26 128 1.997457 ue, f/f0 = 1.014647 250.350382 MHz, 0.744690
60Zn 30 60 30 128 1.997515 ue, f/f0 = 1.014633 250.346866 MHz, 0.035288
48Cr 24 48 24 128 1.997537 ue, f/f0 = 1.014627 250.345474 MHz, 1.698300
58Cu 29 58 29 128 1.997540 ue, f/f0 = 1.014626 250.345278 MHz, 0.080783
54Co 27 54 27 128 1.997544 ue, f/f0 = 1.014625 250.345058 MHz, 0.443410
40Ca 20 40 20 128 1.997582 ue, f/f0 = 1.014616 250.342728 MHz, 3.651300
44Ti 22 44 22 128 1.997620 ue, f/f0 = 1.014606 250.340375 MHz, 2.732900
50Mn 25 50 25 128 1.997622 ue, f/f0 = 1.014606 250.340253 MHz, 1.165000
64Ge 32 64 32 128 1.997631 ue, f/f0 = 1.014604 250.339708 MHz, 0.001244
36Ar 18 36 18 128 1.997649 ue, f/f0 = 1.014599 250.338597 MHz, 4.392700
62Ga 31 62 31 128 1.997653 ue, f/f0 = 1.014598 250.338371 MHz, 0.006397
32S 16 32 16 128 1.997707 ue, f/f0 = 1.014585 250.335075 MHz, 4.254400
46V 23 46 23 128 1.997722 ue, f/f0 = 1.014581 250.334124 MHz, 2.376900
28Si 14 28 14 128 1.997804 ue, f/f0 = 1.014561 250.329100 MHz, 3.492800
42Sc 21 42 21 128 1.997810 ue, f/f0 = 1.014559 250.328702 MHz, 3.229300
38K 19 38 19 128 1.997825 ue, f/f0 = 1.014555 250.327804 MHz, 4.110500
58Zn 30 58 29 128 1.997868 ue, f/f0 = 1.014545 250.325138 MHz, 0.000000
34Cl 17 34 17 128 1.997909 ue, f/f0 = 1.014535 250.322660 MHz, 4.359200
56Cu 29 56 28 128 1.997952 ue, f/f0 = 1.014524 250.320012 MHz, 0.000000
62Ge 32 62 31 128 1.997990 ue, f/f0 = 1.014514 250.317662 MHz, 0.000000
30P 15 30 15 128 1.998006 ue, f/f0 = 1.014510 250.316674 MHz, 4.008700
60Ga 31 60 30 128 1.998018 ue, f/f0 = 1.014507 250.315938 MHz, 0.000000
24Mg 12 24 12 128 1.998205 ue, f/f0 = 1.014461 250.304453 MHz, 2.602500
26Al 13 26 13 128 1.998444 ue, f/f0 = 1.014402 250.289825 MHz, 3.071700
20Ne 10 20 10 128 1.998696 ue, f/f0 = 1.014339 250.274343 MHz, 1.616700
16O 8 16 8 128 1.998816 ue, f/f0 = 1.014309 250.266963 MHz, 0.878010
22Na 11 22 11 128 1.998946 ue, f/f0 = 1.014276 250.258973 MHz, 2.032800
12C 6 12 6 128 1.999452 ue, f/f0 = 1.014151 250.227942 MHz, 0.447100
18F 9 18 9 128 1.999556 ue, f/f0 = 1.014125 250.221539 MHz, 1.182600
14N 7 14 7 128 1.999891 ue, f/f0 = 1.014041 250.200978 MHz, 0.598390
4He 2 4 2 128 2.000753 ue, f/f0 = 1.013827 250.148041 MHz, 0.038424
10B 5 10 5 128 2.002039 ue, f/f0 = 1.013507 250.069095 MHz, 0.402350
6Li 3 6 3 128 2.004492 ue, f/f0 = 1.012896 249.918462 MHz, 0.082615
73Kr 36 73 36 128 2.025545 ue, f/f0 = 1.007658 248.625954 MHz, 0.014136
73Rb 37 73 36 128 2.025842 ue, f/f0 = 1.007584 248.607711 MHz, 0.000000
71Br 35 71 35 128 2.026292 ue, f/f0 = 1.007472 248.580099 MHz, 0.222950
71Kr 36 71 35 128 2.026589 ue, f/f0 = 1.007398 248.561890 MHz, 0.000000
69Se 34 69 34 128 2.027083 ue, f/f0 = 1.007275 248.531510 MHz, 1.929300
67As 33 67 33 128 2.027916 ue, f/f0 = 1.007068 248.480417 MHz, 7.223100
67Se 34 67 33 128 2.028225 ue, f/f0 = 1.006991 248.461442 MHz, 0.000009
65Ge 32 65 32 128 2.028809 ue, f/f0 = 1.006846 248.425591 MHz, 15.690000
65As 33 65 32 128 2.029112 ue, f/f0 = 1.006771 248.406983 MHz, 0.000022
63Ga 31 63 31 128 2.029753 ue, f/f0 = 1.006611 248.367606 MHz, 23.752000
63Ge 32 63 31 128 2.030069 ue, f/f0 = 1.006532 248.348217 MHz, 0.000039
61Zn 30 61 30 128 2.030770 ue, f/f0 = 1.006358 248.305167 MHz, 29.262000
61Ga 31 61 30 128 2.031082 ue, f/f0 = 1.006280 248.286038 MHz, 0.000052
59Cu 29 59 29 128 2.031850 ue, f/f0 = 1.006089 248.238895 MHz, 32.652000
59Zn 30 59 29 128 2.032169 ue, f/f0 = 1.006010 248.219268 MHz, 0.000064
57Ni 28 57 28 128 2.033017 ue, f/f0 = 1.005799 248.167219 MHz, 35.439000
57Cu 29 57 28 128 2.033334 ue, f/f0 = 1.005720 248.147758 MHz, 0.000074
55Co 27 55 27 128 2.034342 ue, f/f0 = 1.005469 248.085890 MHz, 37.345000
53Fe 26 53 26 128 2.035811 ue, f/f0 = 1.005104 247.995698 MHz, 39.162000
51Mn 25 51 25 128 2.037381 ue, f/f0 = 1.004713 247.899288 MHz, 33.212000
49Cr 24 49 24 128 2.039092 ue, f/f0 = 1.004287 247.794275 MHz, 32.420000
47V 23 47 23 128 2.040970 ue, f/f0 = 1.003820 247.678938 MHz, 31.111000
45Ti 22 45 22 128 2.043004 ue, f/f0 = 1.003314 247.554103 MHz, 28.753000
43Sc 21 43 21 128 2.045222 ue, f/f0 = 1.002762 247.417929 MHz, 24.290000
41Ca 20 41 20 128 2.047566 ue, f/f0 = 1.002179 247.273974 MHz, 21.490000
39K 19 39 19 128 2.050174 ue, f/f0 = 1.001530 247.113893 MHz, 18.561000
76Rb 37 76 37 128 2.051753 ue, f/f0 = 1.001137 247.016933 MHz, 22.548000
74Kr 36 74 36 128 2.053150 ue, f/f0 = 1.000789 246.931139 MHz, 281.240000
37Ar 18 37 18 128 2.053162 ue, f/f0 = 1.000786 246.930426 MHz, 14.942000
74Rb 37 74 36 128 2.053446 ue, f/f0 = 1.000716 246.912996 MHz, 0.000514
72Br 35 72 35 128 2.054785 ue, f/f0 = 1.000382 246.830796 MHz, 655.840000
72Kr 36 72 35 128 2.054926 ue, f/f0 = 1.000347 246.822105 MHz, 0.003211
70Se 34 70 34 128 2.056322 ue, f/f0 = 1.000000 246.736449 MHz, 793.420000
35Cl 17 35 17 128 2.056444 ue, f/f0 = 0.999970 246.728962 MHz, 11.335000
70Br 35 70 34 128 2.056637 ue, f/f0 = 0.999921 246.717067 MHz, 0.008925
68As 33 68 33 128 2.058144 ue, f/f0 = 0.999547 246.624592 MHz, 686.740000
68Se 34 68 33 128 2.058280 ue, f/f0 = 0.999513 246.616206 MHz, 0.012963
66Ge 32 66 32 128 2.059887 ue, f/f0 = 0.999113 246.517583 MHz, 530.330000
33S 16 33 16 128 2.060168 ue, f/f0 = 0.999043 246.500282 MHz, 8.506600
66As 33 66 32 128 2.060191 ue, f/f0 = 0.999037 246.498891 MHz, 0.012024
64Ga 31 64 31 128 2.061932 ue, f/f0 = 0.998604 246.392005 MHz, 353.750000
64Ge 32 64 31 128 2.062071 ue, f/f0 = 0.998569 246.383478 MHz, 0.008426
62Zn 30 62 30 128 2.063931 ue, f/f0 = 0.998107 246.269279 MHz, 237.090000
62Ga 31 62 30 128 2.064241 ue, f/f0 = 0.998029 246.250222 MHz, 0.005508
31P 15 31 15 128 2.064370 ue, f/f0 = 0.997997 246.242351 MHz, 6.210700
60Cu 29 60 29 128 2.066259 ue, f/f0 = 0.997527 246.126366 MHz, 168.710000
60Zn 30 60 29 128 2.066394 ue, f/f0 = 0.997494 246.118039 MHz, 0.003422
58Ni 28 58 28 128 2.068572 ue, f/f0 = 0.996952 245.984323 MHz, 127.130000
58Cu 29 58 28 128 2.068881 ue, f/f0 = 0.996875 245.965365 MHz, 0.002333
29Si 14 29 14 128 2.069202 ue, f/f0 = 0.996795 245.945688 MHz, 4.336000
56Co 27 56 27 128 2.071299 ue, f/f0 = 0.996273 245.816936 MHz, 92.297000
54Fe 26 54 26 128 2.074053 ue, f/f0 = 0.995588 245.647832 MHz, 74.908000
27Al 13 27 13 128 2.074955 ue, f/f0 = 0.995364 245.592470 MHz, 2.846500
52Mn 25 52 25 128 2.077275 ue, f/f0 = 0.994786 245.450011 MHz, 57.345000
77Rb 37 77 37 128 2.078654 ue, f/f0 = 0.994443 245.365379 MHz, 13.756000
50Cr 24 50 24 128 2.080538 ue, f/f0 = 0.993974 245.249716 MHz, 44.088000
75Kr 36 75 36 128 2.080869 ue, f/f0 = 0.993892 245.229389 MHz, 55.735000
75Rb 37 75 36 128 2.081066 ue, f/f0 = 0.993843 245.217307 MHz, 0.010806
25Mg 12 25 12 128 2.081605 ue, f/f0 = 0.993709 245.184194 MHz, 1.872000
73Br 35 73 35 128 2.083216 ue, f/f0 = 0.993308 245.085309 MHz, 48.941000
73Kr 36 73 35 128 2.083418 ue, f/f0 = 0.993258 245.072900 MHz, 0.023680
48V 23 48 23 128 2.084333 ue, f/f0 = 0.993030 245.016703 MHz, 33.754000
71Se 34 71 34 128 2.085695 ue, f/f0 = 0.992691 244.933093 MHz, 43.410000
71Br 35 71 34 128 2.085889 ue, f/f0 = 0.992643 244.921195 MHz, 0.019934
46Ti 22 46 22 128 2.088208 ue, f/f0 = 0.992066 244.778787 MHz, 25.523000
69As 33 69 33 128 2.088309 ue, f/f0 = 0.992041 244.772583 MHz, 37.797000
69Se 34 69 33 128 2.088510 ue, f/f0 = 0.991991 244.760258 MHz, 0.014369
23Na 11 23 11 128 2.089431 ue, f/f0 = 0.991762 244.703729 MHz, 1.171400
67Ge 32 67 32 128 2.091101 ue, f/f0 = 0.991346 244.601177 MHz, 34.948000
67As 33 67 32 128 2.091288 ue, f/f0 = 0.991299 244.589716 MHz, 0.008629
44Sc 21 44 21 128 2.092757 ue, f/f0 = 0.990934 244.499501 MHz, 16.966000
65Ga 31 65 31 128 2.094058 ue, f/f0 = 0.990610 244.419676 MHz, 20.172000
65Ge 32 65 31 128 2.094254 ue, f/f0 = 0.990561 244.407615 MHz, 0.005077
63Zn 30 63 30 128 2.097227 ue, f/f0 = 0.989822 244.225099 MHz, 19.906000
42Ca 20 42 20 128 2.097383 ue, f/f0 = 0.989783 244.215495 MHz, 12.274000
63Ga 31 63 30 128 2.097411 ue, f/f0 = 0.989776 244.213765 MHz, 0.003263
21Ne 10 21 10 128 2.098836 ue, f/f0 = 0.989421 244.126280 MHz, 0.665690
61Cu 29 61 29 128 2.100607 ue, f/f0 = 0.988981 244.017592 MHz, 12.829000
61Zn 30 61 29 128 2.100797 ue, f/f0 = 0.988933 244.005937 MHz, 0.001663
40K 19 40 19 128 2.102821 ue, f/f0 = 0.988430 243.881672 MHz, 8.547900
59Ni 28 59 28 128 2.104251 ue, f/f0 = 0.988074 243.793854 MHz, 8.546000
59Cu 29 59 28 128 2.104416 ue, f/f0 = 0.988033 243.783754 MHz, 0.001352
57Co 27 57 27 128 2.108204 ue, f/f0 = 0.987090 243.551142 MHz, 10.752000
38Ar 18 38 18 128 2.108493 ue, f/f0 = 0.987018 243.533427 MHz, 5.449000
19F 9 19 9 128 2.110385 ue, f/f0 = 0.986548 243.417239 MHz, 0.377400
55Fe 26 55 26 128 2.112464 ue, f/f0 = 0.986030 243.289624 MHz, 7.386800
36Cl 17 36 17 128 2.115235 ue, f/f0 = 0.985341 243.119505 MHz, 2.995600
53Mn 25 53 25 128 2.117104 ue, f/f0 = 0.984876 243.004740 MHz, 5.377600
51Cr 24 51 24 128 2.122151 ue, f/f0 = 0.983620 242.694887 MHz, 3.538200
34S 16 34 16 128 2.122444 ue, f/f0 = 0.983547 242.676922 MHz, 1.508000
17O 8 17 8 128 2.124343 ue, f/f0 = 0.983075 242.560314 MHz, 0.197090
49V 23 49 23 128 2.127649 ue, f/f0 = 0.982252 242.357370 MHz, 2.226800
32P 15 32 15 128 2.131046 ue, f/f0 = 0.981407 242.148803 MHz, 0.732080
47Ti 22 47 22 128 2.133623 ue, f/f0 = 0.980765 241.990563 MHz, 1.344200
45Sc 21 45 21 128 2.140210 ue, f/f0 = 0.979126 241.586182 MHz, 0.771200
30Si 14 30 14 128 2.140436 ue, f/f0 = 0.979070 241.572330 MHz, 0.359350
15N 7 15 7 128 2.142324 ue, f/f0 = 0.978600 241.456372 MHz, 0.095415
58Co 27 58 27 128 2.145221 ue, f/f0 = 0.977879 241.278504 MHz, 0.015983
43Ca 20 43 20 128 2.147391 ue, f/f0 = 0.977340 241.145325 MHz, 0.936610
28Al 13 28 13 128 2.151907 ue, f/f0 = 0.976216 240.868077 MHz, 0.154910
41K 19 41 19 128 2.155338 ue, f/f0 = 0.975362 240.657415 MHz, 0.509230
39Ar 18 39 18 128 2.164136 ue, f/f0 = 0.973173 240.117241 MHz, 0.266710
26Mg 12 26 12 128 2.164668 ue, f/f0 = 0.973041 240.084600 MHz, 0.064481
13C 6 13 6 128 2.166677 ue, f/f0 = 0.972541 239.961234 MHz, 0.045321
37Cl 17 37 17 128 2.173917 ue, f/f0 = 0.970739 239.516760 MHz, 0.105590
48Ti 22 48 22 128 2.178904 ue, f/f0 = 0.969498 239.210565 MHz, 0.010397
24Na 11 24 11 128 2.180448 ue, f/f0 = 0.969114 239.115768 MHz, 0.028641
35S 16 35 16 128 2.185017 ue, f/f0 = 0.967977 238.835308 MHz, 0.035331
46Sc 21 46 21 128 2.187794 ue, f/f0 = 0.967286 238.664808 MHz, 0.004371
44Ca 20 44 20 128 2.197226 ue, f/f0 = 0.964939 238.085695 MHz, 0.001319
33P 15 33 15 128 2.197567 ue, f/f0 = 0.964855 238.064781 MHz, 0.012010
22Ne 10 22 10 128 2.198590 ue, f/f0 = 0.964600 238.001964 MHz, 0.009466
11B 5 11 5 128 2.201313 ue, f/f0 = 0.963923 237.834831 MHz, 0.012619
31Si 14 31 14 128 2.211978 ue, f/f0 = 0.961269 237.180038 MHz, 0.004654
20F 9 20 9 128 2.221672 ue, f/f0 = 0.958857 236.584887 MHz, 0.003311
29Al 13 29 13 128 2.228718 ue, f/f0 = 0.957104 236.152321 MHz, 0.001376
27Mg 12 27 12 128 2.248147 ue, f/f0 = 0.952269 234.959469 MHz, 0.000379
18O 8 18 8 128 2.249347 ue, f/f0 = 0.951970 234.885815 MHz, 0.001030
9Be 4 9 4 128 2.252497 ue, f/f0 = 0.951187 234.692383 MHz, 0.003905
16N 7 16 7 128 2.286038 ue, f/f0 = 0.942841 232.633198 MHz, 0.000333
14C 6 14 6 128 2.333325 ue, f/f0 = 0.931074 229.730008 MHz, 0.000070
7Li 3 7 3 128 2.338119 ue, f/f0 = 0.929882 229.435682 MHz, 0.000910
12B 5 12 5 128 2.402322 ue, f/f0 = 0.913906 225.493997 MHz, 0.000012
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144
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Wed Jun 30 00:20:10 2021 |
Rui-Jiu Chen | Analysis | ID of 70Se setting on May | This is an old spectrum which was recoded on May. |
| Attachment 1: plot_242.0_245.0.png
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| Attachment 2: plot_242.0_245.0.pdf
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| Attachment 3: plot_242.0_245.0.root
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| Attachment 4: output_126.tof
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3He 2 3 2 126 1.507466 ue, f/f0 = 1.136569 276.485472 MHz, 0.000025
10C 6 10 6 126 1.668927 ue, f/f0 = 1.096394 266.712225 MHz, 0.000012
12N 7 12 7 126 1.716396 ue, f/f0 = 1.084582 263.838908 MHz, 0.000046
14O 8 14 8 126 1.750526 ue, f/f0 = 1.076090 261.773024 MHz, 0.000107
7Be 4 7 4 126 1.753684 ue, f/f0 = 1.075304 261.581905 MHz, 0.011082
18Ne 10 18 10 126 1.800023 ue, f/f0 = 1.063774 258.777006 MHz, 0.000633
20Na 11 20 11 126 1.818302 ue, f/f0 = 1.059225 257.670541 MHz, 0.000828
22Mg 12 22 12 126 1.832749 ue, f/f0 = 1.055630 256.796051 MHz, 0.000868
11C 6 11 6 126 1.834690 ue, f/f0 = 1.055147 256.678567 MHz, 0.060848
24Al 13 24 13 126 1.845602 ue, f/f0 = 1.052432 256.018100 MHz, 0.000855
26Si 14 26 14 126 1.856047 ue, f/f0 = 1.049833 255.385832 MHz, 0.000659
13N 7 13 7 126 1.857414 ue, f/f0 = 1.049493 255.303086 MHz, 0.097367
28P 15 28 15 126 1.865607 ue, f/f0 = 1.047455 254.807171 MHz, 0.000613
30S 16 30 16 126 1.873509 ue, f/f0 = 1.045488 254.328885 MHz, 0.000423
15O 8 15 8 126 1.874835 ue, f/f0 = 1.045158 254.248617 MHz, 0.142670
32Cl 17 32 17 126 1.880963 ue, f/f0 = 1.043634 253.877678 MHz, 0.000297
34Ar 18 34 18 126 1.887245 ue, f/f0 = 1.042071 253.497429 MHz, 0.000145
17F 9 17 9 126 1.888573 ue, f/f0 = 1.041740 253.417023 MHz, 0.188130
36K 19 36 19 126 1.893205 ue, f/f0 = 1.040588 253.136669 MHz, 0.000070
38Ca 20 38 20 126 1.898268 ue, f/f0 = 1.039328 252.830187 MHz, 0.000037
19Ne 10 19 10 126 1.899640 ue, f/f0 = 1.038986 252.747170 MHz, 0.232080
40Sc 21 40 21 126 1.903165 ue, f/f0 = 1.038109 252.533782 MHz, 0.000004
42Ti 22 42 22 126 1.907318 ue, f/f0 = 1.037076 252.282388 MHz, 0.000001
21Na 11 21 11 126 1.908330 ue, f/f0 = 1.036824 252.221184 MHz, 0.254330
23Mg 12 23 12 126 1.915629 ue, f/f0 = 1.035008 251.779354 MHz, 0.277640
25Al 13 25 13 126 1.921793 ue, f/f0 = 1.033474 251.406265 MHz, 0.274110
27Si 14 27 14 126 1.927074 ue, f/f0 = 1.032160 251.086594 MHz, 0.256460
29P 15 29 15 126 1.931572 ue, f/f0 = 1.031041 250.814310 MHz, 0.231780
31S 16 31 16 126 1.935674 ue, f/f0 = 1.030020 250.565995 MHz, 0.196010
33Cl 17 33 17 126 1.939302 ue, f/f0 = 1.029117 250.346400 MHz, 0.152180
35Ar 18 35 18 126 1.942522 ue, f/f0 = 1.028316 250.151504 MHz, 0.108650
37K 19 37 19 126 1.945419 ue, f/f0 = 1.027595 249.976127 MHz, 0.071321
39Ca 20 39 20 126 1.947988 ue, f/f0 = 1.026956 249.820659 MHz, 0.041368
41Sc 21 41 21 126 1.950369 ue, f/f0 = 1.026364 249.676522 MHz, 0.025261
43Ti 22 43 22 126 1.952567 ue, f/f0 = 1.025817 249.543476 MHz, 0.016512
45V 23 45 23 126 1.954486 ue, f/f0 = 1.025339 249.427328 MHz, 0.006087
47Cr 24 47 24 126 1.956240 ue, f/f0 = 1.024903 249.321161 MHz, 0.002778
49Mn 25 49 25 126 1.957837 ue, f/f0 = 1.024505 249.224479 MHz, 0.001208
51Fe 26 51 26 126 1.959331 ue, f/f0 = 1.024134 249.134043 MHz, 0.000621
53Co 27 53 27 126 1.960720 ue, f/f0 = 1.023788 249.050005 MHz, 0.000158
55Ni 28 55 28 126 1.962001 ue, f/f0 = 1.023469 248.972478 MHz, 0.000012
57Cu 29 57 29 126 1.963219 ue, f/f0 = 1.023166 248.898722 MHz, 0.000000
56Ni 28 56 28 126 1.997386 ue, f/f0 = 1.014665 246.830583 MHz, 0.242910
52Fe 26 52 26 126 1.997457 ue, f/f0 = 1.014647 246.826278 MHz, 0.744690
60Zn 30 60 30 126 1.997515 ue, f/f0 = 1.014633 246.822811 MHz, 0.035288
48Cr 24 48 24 126 1.997537 ue, f/f0 = 1.014627 246.821438 MHz, 1.698300
58Cu 29 58 29 126 1.997540 ue, f/f0 = 1.014626 246.821246 MHz, 0.080783
54Co 27 54 27 126 1.997544 ue, f/f0 = 1.014625 246.821028 MHz, 0.443410
40Ca 20 40 20 126 1.997582 ue, f/f0 = 1.014616 246.818731 MHz, 3.651300
44Ti 22 44 22 126 1.997620 ue, f/f0 = 1.014606 246.816411 MHz, 2.732900
50Mn 25 50 25 126 1.997622 ue, f/f0 = 1.014606 246.816291 MHz, 1.165000
64Ge 32 64 32 126 1.997631 ue, f/f0 = 1.014604 246.815754 MHz, 0.001244
36Ar 18 36 18 126 1.997649 ue, f/f0 = 1.014599 246.814659 MHz, 4.392700
62Ga 31 62 31 126 1.997653 ue, f/f0 = 1.014598 246.814436 MHz, 0.006397
32S 16 32 16 126 1.997707 ue, f/f0 = 1.014585 246.811186 MHz, 4.254400
46V 23 46 23 126 1.997722 ue, f/f0 = 1.014581 246.810248 MHz, 2.376900
28Si 14 28 14 126 1.997804 ue, f/f0 = 1.014561 246.805296 MHz, 3.492800
42Sc 21 42 21 126 1.997810 ue, f/f0 = 1.014559 246.804903 MHz, 3.229300
38K 19 38 19 126 1.997825 ue, f/f0 = 1.014555 246.804018 MHz, 4.110500
58Zn 30 58 29 126 1.997868 ue, f/f0 = 1.014545 246.801389 MHz, 0.000000
34Cl 17 34 17 126 1.997909 ue, f/f0 = 1.014535 246.798945 MHz, 4.359200
56Cu 29 56 28 126 1.997952 ue, f/f0 = 1.014524 246.796335 MHz, 0.000000
62Ge 32 62 31 126 1.997990 ue, f/f0 = 1.014514 246.794019 MHz, 0.000000
30P 15 30 15 126 1.998006 ue, f/f0 = 1.014510 246.793045 MHz, 4.008700
60Ga 31 60 30 126 1.998018 ue, f/f0 = 1.014507 246.792319 MHz, 0.000000
24Mg 12 24 12 126 1.998205 ue, f/f0 = 1.014461 246.780995 MHz, 2.602500
26Al 13 26 13 126 1.998444 ue, f/f0 = 1.014402 246.766573 MHz, 3.071700
20Ne 10 20 10 126 1.998696 ue, f/f0 = 1.014339 246.751309 MHz, 1.616700
16O 8 16 8 126 1.998816 ue, f/f0 = 1.014309 246.744033 MHz, 0.878010
22Na 11 22 11 126 1.998946 ue, f/f0 = 1.014276 246.736156 MHz, 2.032800
12C 6 12 6 126 1.999452 ue, f/f0 = 1.014151 246.705561 MHz, 0.447100
18F 9 18 9 126 1.999556 ue, f/f0 = 1.014125 246.699249 MHz, 1.182600
14N 7 14 7 126 1.999891 ue, f/f0 = 1.014041 246.678977 MHz, 0.598390
4He 2 4 2 126 2.000753 ue, f/f0 = 1.013827 246.626785 MHz, 0.038424
10B 5 10 5 126 2.002039 ue, f/f0 = 1.013507 246.548950 MHz, 0.402350
6Li 3 6 3 126 2.004492 ue, f/f0 = 1.012896 246.400438 MHz, 0.082615
73Kr 36 73 36 126 2.025545 ue, f/f0 = 1.007658 245.126124 MHz, 0.014136
73Rb 37 73 36 126 2.025842 ue, f/f0 = 1.007584 245.108138 MHz, 0.000000
71Br 35 71 35 126 2.026292 ue, f/f0 = 1.007472 245.080914 MHz, 0.222950
71Kr 36 71 35 126 2.026589 ue, f/f0 = 1.007398 245.062962 MHz, 0.000000
69Se 34 69 34 126 2.027083 ue, f/f0 = 1.007275 245.033010 MHz, 1.929300
67As 33 67 33 126 2.027916 ue, f/f0 = 1.007068 244.982635 MHz, 7.223100
67Se 34 67 33 126 2.028225 ue, f/f0 = 1.006991 244.963928 MHz, 0.000009
65Ge 32 65 32 126 2.028809 ue, f/f0 = 1.006846 244.928581 MHz, 15.690000
65As 33 65 32 126 2.029112 ue, f/f0 = 1.006771 244.910235 MHz, 0.000022
63Ga 31 63 31 126 2.029753 ue, f/f0 = 1.006611 244.871412 MHz, 23.752000
63Ge 32 63 31 126 2.030069 ue, f/f0 = 1.006532 244.852297 MHz, 0.000039
61Zn 30 61 30 126 2.030770 ue, f/f0 = 1.006358 244.809853 MHz, 29.262000
61Ga 31 61 30 126 2.031082 ue, f/f0 = 1.006280 244.790993 MHz, 0.000052
59Cu 29 59 29 126 2.031850 ue, f/f0 = 1.006089 244.744513 MHz, 32.652000
59Zn 30 59 29 126 2.032169 ue, f/f0 = 1.006010 244.725163 MHz, 0.000064
57Ni 28 57 28 126 2.033017 ue, f/f0 = 1.005799 244.673847 MHz, 35.439000
57Cu 29 57 28 126 2.033334 ue, f/f0 = 1.005720 244.654659 MHz, 0.000074
55Co 27 55 27 126 2.034342 ue, f/f0 = 1.005469 244.593663 MHz, 37.345000
53Fe 26 53 26 126 2.035811 ue, f/f0 = 1.005104 244.504740 MHz, 39.162000
51Mn 25 51 25 126 2.037381 ue, f/f0 = 1.004713 244.409687 MHz, 33.212000
49Cr 24 49 24 126 2.039092 ue, f/f0 = 1.004287 244.306152 MHz, 32.420000
47V 23 47 23 126 2.040970 ue, f/f0 = 1.003820 244.192439 MHz, 31.111000
45Ti 22 45 22 126 2.043004 ue, f/f0 = 1.003314 244.069361 MHz, 28.753000
43Sc 21 43 21 126 2.045222 ue, f/f0 = 1.002762 243.935104 MHz, 24.290000
41Ca 20 41 20 126 2.047566 ue, f/f0 = 1.002179 243.793175 MHz, 21.490000
39K 19 39 19 126 2.050174 ue, f/f0 = 1.001530 243.635348 MHz, 18.561000
76Rb 37 76 37 126 2.051753 ue, f/f0 = 1.001137 243.539752 MHz, 22.548000
74Kr 36 74 36 126 2.053150 ue, f/f0 = 1.000789 243.455166 MHz, 281.240000
37Ar 18 37 18 126 2.053162 ue, f/f0 = 1.000786 243.454464 MHz, 14.942000
74Rb 37 74 36 126 2.053446 ue, f/f0 = 1.000716 243.437278 MHz, 0.000514
72Br 35 72 35 126 2.054785 ue, f/f0 = 1.000382 243.356236 MHz, 655.840000
72Kr 36 72 35 126 2.054926 ue, f/f0 = 1.000347 243.347667 MHz, 0.003211
70Se 34 70 34 126 2.056322 ue, f/f0 = 1.000000 243.263217 MHz, 793.420000
35Cl 17 35 17 126 2.056444 ue, f/f0 = 0.999970 243.255836 MHz, 11.335000
70Br 35 70 34 126 2.056637 ue, f/f0 = 0.999921 243.244108 MHz, 0.008925
68As 33 68 33 126 2.058144 ue, f/f0 = 0.999547 243.152935 MHz, 686.740000
68Se 34 68 33 126 2.058280 ue, f/f0 = 0.999513 243.144667 MHz, 0.012963
66Ge 32 66 32 126 2.059887 ue, f/f0 = 0.999113 243.047432 MHz, 530.330000
33S 16 33 16 126 2.060168 ue, f/f0 = 0.999043 243.030375 MHz, 8.506600
66As 33 66 32 126 2.060191 ue, f/f0 = 0.999037 243.029003 MHz, 0.012024
64Ga 31 64 31 126 2.061932 ue, f/f0 = 0.998604 242.923621 MHz, 353.750000
64Ge 32 64 31 126 2.062071 ue, f/f0 = 0.998569 242.915214 MHz, 0.008426
62Zn 30 62 30 126 2.063931 ue, f/f0 = 0.998107 242.802623 MHz, 237.090000
62Ga 31 62 30 126 2.064241 ue, f/f0 = 0.998029 242.783834 MHz, 0.005508
31P 15 31 15 126 2.064370 ue, f/f0 = 0.997997 242.776074 MHz, 6.210700
60Cu 29 60 29 126 2.066259 ue, f/f0 = 0.997527 242.661722 MHz, 168.710000
60Zn 30 60 29 126 2.066394 ue, f/f0 = 0.997494 242.653512 MHz, 0.003422
58Ni 28 58 28 126 2.068572 ue, f/f0 = 0.996952 242.521678 MHz, 127.130000
58Cu 29 58 28 126 2.068881 ue, f/f0 = 0.996875 242.502988 MHz, 0.002333
29Si 14 29 14 126 2.069202 ue, f/f0 = 0.996795 242.483588 MHz, 4.336000
56Co 27 56 27 126 2.071299 ue, f/f0 = 0.996273 242.356647 MHz, 92.297000
54Fe 26 54 26 126 2.074053 ue, f/f0 = 0.995588 242.189924 MHz, 74.908000
27Al 13 27 13 126 2.074955 ue, f/f0 = 0.995364 242.135342 MHz, 2.846500
52Mn 25 52 25 126 2.077275 ue, f/f0 = 0.994786 241.994888 MHz, 57.345000
77Rb 37 77 37 126 2.078654 ue, f/f0 = 0.994443 241.911447 MHz, 13.756000
50Cr 24 50 24 126 2.080538 ue, f/f0 = 0.993974 241.797412 MHz, 44.088000
75Kr 36 75 36 126 2.080869 ue, f/f0 = 0.993892 241.777371 MHz, 55.735000
75Rb 37 75 36 126 2.081066 ue, f/f0 = 0.993843 241.765460 MHz, 0.010806
25Mg 12 25 12 126 2.081605 ue, f/f0 = 0.993709 241.732812 MHz, 1.872000
73Br 35 73 35 126 2.083216 ue, f/f0 = 0.993308 241.635320 MHz, 48.941000
73Kr 36 73 35 126 2.083418 ue, f/f0 = 0.993258 241.623085 MHz, 0.023680
48V 23 48 23 126 2.084333 ue, f/f0 = 0.993030 241.567679 MHz, 33.754000
71Se 34 71 34 126 2.085695 ue, f/f0 = 0.992691 241.485246 MHz, 43.410000
71Br 35 71 34 126 2.085889 ue, f/f0 = 0.992643 241.473515 MHz, 0.019934
46Ti 22 46 22 126 2.088208 ue, f/f0 = 0.992066 241.333112 MHz, 25.523000
69As 33 69 33 126 2.088309 ue, f/f0 = 0.992041 241.326996 MHz, 37.797000
69Se 34 69 33 126 2.088510 ue, f/f0 = 0.991991 241.314844 MHz, 0.014369
23Na 11 23 11 126 2.089431 ue, f/f0 = 0.991762 241.259111 MHz, 1.171400
67Ge 32 67 32 126 2.091101 ue, f/f0 = 0.991346 241.158002 MHz, 34.948000
67As 33 67 32 126 2.091288 ue, f/f0 = 0.991299 241.146703 MHz, 0.008629
44Sc 21 44 21 126 2.092757 ue, f/f0 = 0.990934 241.057757 MHz, 16.966000
65Ga 31 65 31 126 2.094058 ue, f/f0 = 0.990610 240.979056 MHz, 20.172000
65Ge 32 65 31 126 2.094254 ue, f/f0 = 0.990561 240.967165 MHz, 0.005077
63Zn 30 63 30 126 2.097227 ue, f/f0 = 0.989822 240.787219 MHz, 19.906000
42Ca 20 42 20 126 2.097383 ue, f/f0 = 0.989783 240.777750 MHz, 12.274000
63Ga 31 63 30 126 2.097411 ue, f/f0 = 0.989776 240.776043 MHz, 0.003263
21Ne 10 21 10 126 2.098836 ue, f/f0 = 0.989421 240.689790 MHz, 0.665690
61Cu 29 61 29 126 2.100607 ue, f/f0 = 0.988981 240.582632 MHz, 12.829000
61Zn 30 61 29 126 2.100797 ue, f/f0 = 0.988933 240.571142 MHz, 0.001663
40K 19 40 19 126 2.102821 ue, f/f0 = 0.988430 240.448626 MHz, 8.547900
59Ni 28 59 28 126 2.104251 ue, f/f0 = 0.988074 240.362044 MHz, 8.546000
59Cu 29 59 28 126 2.104416 ue, f/f0 = 0.988033 240.352086 MHz, 0.001352
57Co 27 57 27 126 2.108204 ue, f/f0 = 0.987090 240.122748 MHz, 10.752000
38Ar 18 38 18 126 2.108493 ue, f/f0 = 0.987018 240.105282 MHz, 5.449000
19F 9 19 9 126 2.110385 ue, f/f0 = 0.986548 239.990731 MHz, 0.377400
55Fe 26 55 26 126 2.112464 ue, f/f0 = 0.986030 239.864912 MHz, 7.386800
36Cl 17 36 17 126 2.115235 ue, f/f0 = 0.985341 239.697188 MHz, 2.995600
53Mn 25 53 25 126 2.117104 ue, f/f0 = 0.984876 239.584038 MHz, 5.377600
51Cr 24 51 24 126 2.122151 ue, f/f0 = 0.983620 239.278546 MHz, 3.538200
34S 16 34 16 126 2.122444 ue, f/f0 = 0.983547 239.260835 MHz, 1.508000
17O 8 17 8 126 2.124343 ue, f/f0 = 0.983075 239.145868 MHz, 0.197090
49V 23 49 23 126 2.127649 ue, f/f0 = 0.982252 238.945781 MHz, 2.226800
32P 15 32 15 126 2.131046 ue, f/f0 = 0.981407 238.740150 MHz, 0.732080
47Ti 22 47 22 126 2.133623 ue, f/f0 = 0.980765 238.584138 MHz, 1.344200
45Sc 21 45 21 126 2.140210 ue, f/f0 = 0.979126 238.185449 MHz, 0.771200
30Si 14 30 14 126 2.140436 ue, f/f0 = 0.979070 238.171792 MHz, 0.359350
15N 7 15 7 126 2.142324 ue, f/f0 = 0.978600 238.057466 MHz, 0.095415
58Co 27 58 27 126 2.145221 ue, f/f0 = 0.977879 237.882102 MHz, 0.015983
43Ca 20 43 20 126 2.147391 ue, f/f0 = 0.977340 237.750797 MHz, 0.936610
28Al 13 28 13 126 2.151907 ue, f/f0 = 0.976216 237.477452 MHz, 0.154910
41K 19 41 19 126 2.155338 ue, f/f0 = 0.975362 237.269756 MHz, 0.509230
39Ar 18 39 18 126 2.164136 ue, f/f0 = 0.973173 236.737185 MHz, 0.266710
26Mg 12 26 12 126 2.164668 ue, f/f0 = 0.973041 236.705004 MHz, 0.064481
13C 6 13 6 126 2.166677 ue, f/f0 = 0.972541 236.583374 MHz, 0.045321
37Cl 17 37 17 126 2.173917 ue, f/f0 = 0.970739 236.145157 MHz, 0.105590
48Ti 22 48 22 126 2.178904 ue, f/f0 = 0.969498 235.843273 MHz, 0.010397
24Na 11 24 11 126 2.180448 ue, f/f0 = 0.969114 235.749810 MHz, 0.028641
35S 16 35 16 126 2.185017 ue, f/f0 = 0.967977 235.473298 MHz, 0.035331
46Sc 21 46 21 126 2.187794 ue, f/f0 = 0.967286 235.305198 MHz, 0.004371
44Ca 20 44 20 126 2.197226 ue, f/f0 = 0.964939 234.734237 MHz, 0.001319
33P 15 33 15 126 2.197567 ue, f/f0 = 0.964855 234.713617 MHz, 0.012010
22Ne 10 22 10 126 2.198590 ue, f/f0 = 0.964600 234.651685 MHz, 0.009466
11B 5 11 5 126 2.201313 ue, f/f0 = 0.963923 234.486904 MHz, 0.012619
31Si 14 31 14 126 2.211978 ue, f/f0 = 0.961269 233.841329 MHz, 0.004654
20F 9 20 9 126 2.221672 ue, f/f0 = 0.958857 233.254556 MHz, 0.003311
29Al 13 29 13 126 2.228718 ue, f/f0 = 0.957104 232.828079 MHz, 0.001376
27Mg 12 27 12 126 2.248147 ue, f/f0 = 0.952269 231.652018 MHz, 0.000379
18O 8 18 8 126 2.249347 ue, f/f0 = 0.951970 231.579401 MHz, 0.001030
9Be 4 9 4 126 2.252497 ue, f/f0 = 0.951187 231.388691 MHz, 0.003905
16N 7 16 7 126 2.286038 ue, f/f0 = 0.942841 229.358493 MHz, 0.000333
14C 6 14 6 126 2.333325 ue, f/f0 = 0.931074 226.496170 MHz, 0.000070
7Li 3 7 3 126 2.338119 ue, f/f0 = 0.929882 226.205987 MHz, 0.000910
12B 5 12 5 126 2.402322 ue, f/f0 = 0.913906 222.319789 MHz, 0.000012
|
|
157
|
Wed Jun 30 19:08:25 2021 |
Rui-Jiu Chen | Analysis | ID of 70Se spectrum recorded in May | |
| Attachment 1: output_126.tof
|
3He 2 3 2 126 1.507466 ue, f/f0 = 1.136569 276.485472 MHz, 0.000025
10C 6 10 6 126 1.668927 ue, f/f0 = 1.096394 266.712225 MHz, 0.000012
12N 7 12 7 126 1.716396 ue, f/f0 = 1.084582 263.838908 MHz, 0.000046
14O 8 14 8 126 1.750526 ue, f/f0 = 1.076090 261.773024 MHz, 0.000107
7Be 4 7 4 126 1.753684 ue, f/f0 = 1.075304 261.581905 MHz, 0.011082
18Ne 10 18 10 126 1.800023 ue, f/f0 = 1.063774 258.777006 MHz, 0.000633
20Na 11 20 11 126 1.818302 ue, f/f0 = 1.059225 257.670541 MHz, 0.000828
22Mg 12 22 12 126 1.832749 ue, f/f0 = 1.055630 256.796051 MHz, 0.000868
11C 6 11 6 126 1.834690 ue, f/f0 = 1.055147 256.678567 MHz, 0.060848
24Al 13 24 13 126 1.845602 ue, f/f0 = 1.052432 256.018100 MHz, 0.000855
26Si 14 26 14 126 1.856047 ue, f/f0 = 1.049833 255.385832 MHz, 0.000659
13N 7 13 7 126 1.857414 ue, f/f0 = 1.049493 255.303086 MHz, 0.097367
28P 15 28 15 126 1.865607 ue, f/f0 = 1.047455 254.807171 MHz, 0.000613
30S 16 30 16 126 1.873509 ue, f/f0 = 1.045488 254.328885 MHz, 0.000423
15O 8 15 8 126 1.874835 ue, f/f0 = 1.045158 254.248617 MHz, 0.142670
32Cl 17 32 17 126 1.880963 ue, f/f0 = 1.043634 253.877678 MHz, 0.000297
34Ar 18 34 18 126 1.887245 ue, f/f0 = 1.042071 253.497429 MHz, 0.000145
17F 9 17 9 126 1.888573 ue, f/f0 = 1.041740 253.417023 MHz, 0.188130
36K 19 36 19 126 1.893205 ue, f/f0 = 1.040588 253.136669 MHz, 0.000070
38Ca 20 38 20 126 1.898268 ue, f/f0 = 1.039328 252.830187 MHz, 0.000037
19Ne 10 19 10 126 1.899640 ue, f/f0 = 1.038986 252.747170 MHz, 0.232080
40Sc 21 40 21 126 1.903165 ue, f/f0 = 1.038109 252.533782 MHz, 0.000004
42Ti 22 42 22 126 1.907318 ue, f/f0 = 1.037076 252.282388 MHz, 0.000001
21Na 11 21 11 126 1.908330 ue, f/f0 = 1.036824 252.221184 MHz, 0.254330
23Mg 12 23 12 126 1.915629 ue, f/f0 = 1.035008 251.779354 MHz, 0.277640
25Al 13 25 13 126 1.921793 ue, f/f0 = 1.033474 251.406265 MHz, 0.274110
27Si 14 27 14 126 1.927074 ue, f/f0 = 1.032160 251.086594 MHz, 0.256460
29P 15 29 15 126 1.931572 ue, f/f0 = 1.031041 250.814310 MHz, 0.231780
31S 16 31 16 126 1.935674 ue, f/f0 = 1.030020 250.565995 MHz, 0.196010
33Cl 17 33 17 126 1.939302 ue, f/f0 = 1.029117 250.346400 MHz, 0.152180
35Ar 18 35 18 126 1.942522 ue, f/f0 = 1.028316 250.151504 MHz, 0.108650
37K 19 37 19 126 1.945419 ue, f/f0 = 1.027595 249.976127 MHz, 0.071321
39Ca 20 39 20 126 1.947988 ue, f/f0 = 1.026956 249.820659 MHz, 0.041368
41Sc 21 41 21 126 1.950369 ue, f/f0 = 1.026364 249.676522 MHz, 0.025261
43Ti 22 43 22 126 1.952567 ue, f/f0 = 1.025817 249.543476 MHz, 0.016512
45V 23 45 23 126 1.954486 ue, f/f0 = 1.025339 249.427328 MHz, 0.006087
47Cr 24 47 24 126 1.956240 ue, f/f0 = 1.024903 249.321161 MHz, 0.002778
49Mn 25 49 25 126 1.957837 ue, f/f0 = 1.024505 249.224479 MHz, 0.001208
51Fe 26 51 26 126 1.959331 ue, f/f0 = 1.024134 249.134043 MHz, 0.000621
53Co 27 53 27 126 1.960720 ue, f/f0 = 1.023788 249.050005 MHz, 0.000158
55Ni 28 55 28 126 1.962001 ue, f/f0 = 1.023469 248.972478 MHz, 0.000012
57Cu 29 57 29 126 1.963219 ue, f/f0 = 1.023166 248.898722 MHz, 0.000000
56Ni 28 56 28 126 1.997386 ue, f/f0 = 1.014665 246.830583 MHz, 0.242910
52Fe 26 52 26 126 1.997457 ue, f/f0 = 1.014647 246.826278 MHz, 0.744690
60Zn 30 60 30 126 1.997515 ue, f/f0 = 1.014633 246.822811 MHz, 0.035288
48Cr 24 48 24 126 1.997537 ue, f/f0 = 1.014627 246.821438 MHz, 1.698300
58Cu 29 58 29 126 1.997540 ue, f/f0 = 1.014626 246.821246 MHz, 0.080783
54Co 27 54 27 126 1.997544 ue, f/f0 = 1.014625 246.821028 MHz, 0.443410
40Ca 20 40 20 126 1.997582 ue, f/f0 = 1.014616 246.818731 MHz, 3.651300
44Ti 22 44 22 126 1.997620 ue, f/f0 = 1.014606 246.816411 MHz, 2.732900
50Mn 25 50 25 126 1.997622 ue, f/f0 = 1.014606 246.816291 MHz, 1.165000
64Ge 32 64 32 126 1.997631 ue, f/f0 = 1.014604 246.815754 MHz, 0.001244
36Ar 18 36 18 126 1.997649 ue, f/f0 = 1.014599 246.814659 MHz, 4.392700
62Ga 31 62 31 126 1.997653 ue, f/f0 = 1.014598 246.814436 MHz, 0.006397
32S 16 32 16 126 1.997707 ue, f/f0 = 1.014585 246.811186 MHz, 4.254400
46V 23 46 23 126 1.997722 ue, f/f0 = 1.014581 246.810248 MHz, 2.376900
28Si 14 28 14 126 1.997804 ue, f/f0 = 1.014561 246.805296 MHz, 3.492800
42Sc 21 42 21 126 1.997810 ue, f/f0 = 1.014559 246.804903 MHz, 3.229300
38K 19 38 19 126 1.997825 ue, f/f0 = 1.014555 246.804018 MHz, 4.110500
58Zn 30 58 29 126 1.997868 ue, f/f0 = 1.014545 246.801389 MHz, 0.000000
34Cl 17 34 17 126 1.997909 ue, f/f0 = 1.014535 246.798945 MHz, 4.359200
56Cu 29 56 28 126 1.997952 ue, f/f0 = 1.014524 246.796335 MHz, 0.000000
62Ge 32 62 31 126 1.997990 ue, f/f0 = 1.014514 246.794019 MHz, 0.000000
30P 15 30 15 126 1.998006 ue, f/f0 = 1.014510 246.793045 MHz, 4.008700
60Ga 31 60 30 126 1.998018 ue, f/f0 = 1.014507 246.792319 MHz, 0.000000
24Mg 12 24 12 126 1.998205 ue, f/f0 = 1.014461 246.780995 MHz, 2.602500
26Al 13 26 13 126 1.998444 ue, f/f0 = 1.014402 246.766573 MHz, 3.071700
20Ne 10 20 10 126 1.998696 ue, f/f0 = 1.014339 246.751309 MHz, 1.616700
16O 8 16 8 126 1.998816 ue, f/f0 = 1.014309 246.744033 MHz, 0.878010
22Na 11 22 11 126 1.998946 ue, f/f0 = 1.014276 246.736156 MHz, 2.032800
12C 6 12 6 126 1.999452 ue, f/f0 = 1.014151 246.705561 MHz, 0.447100
18F 9 18 9 126 1.999556 ue, f/f0 = 1.014125 246.699249 MHz, 1.182600
14N 7 14 7 126 1.999891 ue, f/f0 = 1.014041 246.678977 MHz, 0.598390
4He 2 4 2 126 2.000753 ue, f/f0 = 1.013827 246.626785 MHz, 0.038424
10B 5 10 5 126 2.002039 ue, f/f0 = 1.013507 246.548950 MHz, 0.402350
6Li 3 6 3 126 2.004492 ue, f/f0 = 1.012896 246.400438 MHz, 0.082615
73Kr 36 73 36 126 2.025545 ue, f/f0 = 1.007658 245.126124 MHz, 0.014136
73Rb 37 73 36 126 2.025842 ue, f/f0 = 1.007584 245.108138 MHz, 0.000000
71Br 35 71 35 126 2.026292 ue, f/f0 = 1.007472 245.080914 MHz, 0.222950
71Kr 36 71 35 126 2.026589 ue, f/f0 = 1.007398 245.062962 MHz, 0.000000
69Se 34 69 34 126 2.027083 ue, f/f0 = 1.007275 245.033010 MHz, 1.929300
67As 33 67 33 126 2.027916 ue, f/f0 = 1.007068 244.982635 MHz, 7.223100
67Se 34 67 33 126 2.028225 ue, f/f0 = 1.006991 244.963928 MHz, 0.000009
65Ge 32 65 32 126 2.028809 ue, f/f0 = 1.006846 244.928581 MHz, 15.690000
65As 33 65 32 126 2.029112 ue, f/f0 = 1.006771 244.910235 MHz, 0.000022
63Ga 31 63 31 126 2.029753 ue, f/f0 = 1.006611 244.871412 MHz, 23.752000
63Ge 32 63 31 126 2.030069 ue, f/f0 = 1.006532 244.852297 MHz, 0.000039
61Zn 30 61 30 126 2.030770 ue, f/f0 = 1.006358 244.809853 MHz, 29.262000
61Ga 31 61 30 126 2.031082 ue, f/f0 = 1.006280 244.790993 MHz, 0.000052
59Cu 29 59 29 126 2.031850 ue, f/f0 = 1.006089 244.744513 MHz, 32.652000
59Zn 30 59 29 126 2.032169 ue, f/f0 = 1.006010 244.725163 MHz, 0.000064
57Ni 28 57 28 126 2.033017 ue, f/f0 = 1.005799 244.673847 MHz, 35.439000
57Cu 29 57 28 126 2.033334 ue, f/f0 = 1.005720 244.654659 MHz, 0.000074
55Co 27 55 27 126 2.034342 ue, f/f0 = 1.005469 244.593663 MHz, 37.345000
53Fe 26 53 26 126 2.035811 ue, f/f0 = 1.005104 244.504740 MHz, 39.162000
51Mn 25 51 25 126 2.037381 ue, f/f0 = 1.004713 244.409687 MHz, 33.212000
49Cr 24 49 24 126 2.039092 ue, f/f0 = 1.004287 244.306152 MHz, 32.420000
47V 23 47 23 126 2.040970 ue, f/f0 = 1.003820 244.192439 MHz, 31.111000
45Ti 22 45 22 126 2.043004 ue, f/f0 = 1.003314 244.069361 MHz, 28.753000
43Sc 21 43 21 126 2.045222 ue, f/f0 = 1.002762 243.935104 MHz, 24.290000
41Ca 20 41 20 126 2.047566 ue, f/f0 = 1.002179 243.793175 MHz, 21.490000
39K 19 39 19 126 2.050174 ue, f/f0 = 1.001530 243.635348 MHz, 18.561000
76Rb 37 76 37 126 2.051753 ue, f/f0 = 1.001137 243.539752 MHz, 22.548000
74Kr 36 74 36 126 2.053150 ue, f/f0 = 1.000789 243.455166 MHz, 281.240000
37Ar 18 37 18 126 2.053162 ue, f/f0 = 1.000786 243.454464 MHz, 14.942000
74Rb 37 74 36 126 2.053446 ue, f/f0 = 1.000716 243.437278 MHz, 0.000514
72Br 35 72 35 126 2.054785 ue, f/f0 = 1.000382 243.356236 MHz, 655.840000
72Kr 36 72 35 126 2.054926 ue, f/f0 = 1.000347 243.347667 MHz, 0.003211
70Se 34 70 34 126 2.056322 ue, f/f0 = 1.000000 243.263217 MHz, 793.420000
35Cl 17 35 17 126 2.056444 ue, f/f0 = 0.999970 243.255836 MHz, 11.335000
70Br 35 70 34 126 2.056637 ue, f/f0 = 0.999921 243.244108 MHz, 0.008925
68As 33 68 33 126 2.058144 ue, f/f0 = 0.999547 243.152935 MHz, 686.740000
68Se 34 68 33 126 2.058280 ue, f/f0 = 0.999513 243.144667 MHz, 0.012963
66Ge 32 66 32 126 2.059887 ue, f/f0 = 0.999113 243.047432 MHz, 530.330000
33S 16 33 16 126 2.060168 ue, f/f0 = 0.999043 243.030375 MHz, 8.506600
66As 33 66 32 126 2.060191 ue, f/f0 = 0.999037 243.029003 MHz, 0.012024
64Ga 31 64 31 126 2.061932 ue, f/f0 = 0.998604 242.923621 MHz, 353.750000
64Ge 32 64 31 126 2.062071 ue, f/f0 = 0.998569 242.915214 MHz, 0.008426
62Zn 30 62 30 126 2.063931 ue, f/f0 = 0.998107 242.802623 MHz, 237.090000
62Ga 31 62 30 126 2.064241 ue, f/f0 = 0.998029 242.783834 MHz, 0.005508
31P 15 31 15 126 2.064370 ue, f/f0 = 0.997997 242.776074 MHz, 6.210700
60Cu 29 60 29 126 2.066259 ue, f/f0 = 0.997527 242.661722 MHz, 168.710000
60Zn 30 60 29 126 2.066394 ue, f/f0 = 0.997494 242.653512 MHz, 0.003422
58Ni 28 58 28 126 2.068572 ue, f/f0 = 0.996952 242.521678 MHz, 127.130000
58Cu 29 58 28 126 2.068881 ue, f/f0 = 0.996875 242.502988 MHz, 0.002333
29Si 14 29 14 126 2.069202 ue, f/f0 = 0.996795 242.483588 MHz, 4.336000
56Co 27 56 27 126 2.071299 ue, f/f0 = 0.996273 242.356647 MHz, 92.297000
54Fe 26 54 26 126 2.074053 ue, f/f0 = 0.995588 242.189924 MHz, 74.908000
27Al 13 27 13 126 2.074955 ue, f/f0 = 0.995364 242.135342 MHz, 2.846500
52Mn 25 52 25 126 2.077275 ue, f/f0 = 0.994786 241.994888 MHz, 57.345000
77Rb 37 77 37 126 2.078654 ue, f/f0 = 0.994443 241.911447 MHz, 13.756000
50Cr 24 50 24 126 2.080538 ue, f/f0 = 0.993974 241.797412 MHz, 44.088000
75Kr 36 75 36 126 2.080869 ue, f/f0 = 0.993892 241.777371 MHz, 55.735000
75Rb 37 75 36 126 2.081066 ue, f/f0 = 0.993843 241.765460 MHz, 0.010806
25Mg 12 25 12 126 2.081605 ue, f/f0 = 0.993709 241.732812 MHz, 1.872000
73Br 35 73 35 126 2.083216 ue, f/f0 = 0.993308 241.635320 MHz, 48.941000
73Kr 36 73 35 126 2.083418 ue, f/f0 = 0.993258 241.623085 MHz, 0.023680
48V 23 48 23 126 2.084333 ue, f/f0 = 0.993030 241.567679 MHz, 33.754000
71Se 34 71 34 126 2.085695 ue, f/f0 = 0.992691 241.485246 MHz, 43.410000
71Br 35 71 34 126 2.085889 ue, f/f0 = 0.992643 241.473515 MHz, 0.019934
46Ti 22 46 22 126 2.088208 ue, f/f0 = 0.992066 241.333112 MHz, 25.523000
69As 33 69 33 126 2.088309 ue, f/f0 = 0.992041 241.326996 MHz, 37.797000
69Se 34 69 33 126 2.088510 ue, f/f0 = 0.991991 241.314844 MHz, 0.014369
23Na 11 23 11 126 2.089431 ue, f/f0 = 0.991762 241.259111 MHz, 1.171400
67Ge 32 67 32 126 2.091101 ue, f/f0 = 0.991346 241.158002 MHz, 34.948000
67As 33 67 32 126 2.091288 ue, f/f0 = 0.991299 241.146703 MHz, 0.008629
44Sc 21 44 21 126 2.092757 ue, f/f0 = 0.990934 241.057757 MHz, 16.966000
65Ga 31 65 31 126 2.094058 ue, f/f0 = 0.990610 240.979056 MHz, 20.172000
65Ge 32 65 31 126 2.094254 ue, f/f0 = 0.990561 240.967165 MHz, 0.005077
63Zn 30 63 30 126 2.097227 ue, f/f0 = 0.989822 240.787219 MHz, 19.906000
42Ca 20 42 20 126 2.097383 ue, f/f0 = 0.989783 240.777750 MHz, 12.274000
63Ga 31 63 30 126 2.097411 ue, f/f0 = 0.989776 240.776043 MHz, 0.003263
21Ne 10 21 10 126 2.098836 ue, f/f0 = 0.989421 240.689790 MHz, 0.665690
61Cu 29 61 29 126 2.100607 ue, f/f0 = 0.988981 240.582632 MHz, 12.829000
61Zn 30 61 29 126 2.100797 ue, f/f0 = 0.988933 240.571142 MHz, 0.001663
40K 19 40 19 126 2.102821 ue, f/f0 = 0.988430 240.448626 MHz, 8.547900
59Ni 28 59 28 126 2.104251 ue, f/f0 = 0.988074 240.362044 MHz, 8.546000
59Cu 29 59 28 126 2.104416 ue, f/f0 = 0.988033 240.352086 MHz, 0.001352
57Co 27 57 27 126 2.108204 ue, f/f0 = 0.987090 240.122748 MHz, 10.752000
38Ar 18 38 18 126 2.108493 ue, f/f0 = 0.987018 240.105282 MHz, 5.449000
19F 9 19 9 126 2.110385 ue, f/f0 = 0.986548 239.990731 MHz, 0.377400
55Fe 26 55 26 126 2.112464 ue, f/f0 = 0.986030 239.864912 MHz, 7.386800
36Cl 17 36 17 126 2.115235 ue, f/f0 = 0.985341 239.697188 MHz, 2.995600
53Mn 25 53 25 126 2.117104 ue, f/f0 = 0.984876 239.584038 MHz, 5.377600
51Cr 24 51 24 126 2.122151 ue, f/f0 = 0.983620 239.278546 MHz, 3.538200
34S 16 34 16 126 2.122444 ue, f/f0 = 0.983547 239.260835 MHz, 1.508000
17O 8 17 8 126 2.124343 ue, f/f0 = 0.983075 239.145868 MHz, 0.197090
49V 23 49 23 126 2.127649 ue, f/f0 = 0.982252 238.945781 MHz, 2.226800
32P 15 32 15 126 2.131046 ue, f/f0 = 0.981407 238.740150 MHz, 0.732080
47Ti 22 47 22 126 2.133623 ue, f/f0 = 0.980765 238.584138 MHz, 1.344200
45Sc 21 45 21 126 2.140210 ue, f/f0 = 0.979126 238.185449 MHz, 0.771200
30Si 14 30 14 126 2.140436 ue, f/f0 = 0.979070 238.171792 MHz, 0.359350
15N 7 15 7 126 2.142324 ue, f/f0 = 0.978600 238.057466 MHz, 0.095415
58Co 27 58 27 126 2.145221 ue, f/f0 = 0.977879 237.882102 MHz, 0.015983
43Ca 20 43 20 126 2.147391 ue, f/f0 = 0.977340 237.750797 MHz, 0.936610
28Al 13 28 13 126 2.151907 ue, f/f0 = 0.976216 237.477452 MHz, 0.154910
41K 19 41 19 126 2.155338 ue, f/f0 = 0.975362 237.269756 MHz, 0.509230
39Ar 18 39 18 126 2.164136 ue, f/f0 = 0.973173 236.737185 MHz, 0.266710
26Mg 12 26 12 126 2.164668 ue, f/f0 = 0.973041 236.705004 MHz, 0.064481
13C 6 13 6 126 2.166677 ue, f/f0 = 0.972541 236.583374 MHz, 0.045321
37Cl 17 37 17 126 2.173917 ue, f/f0 = 0.970739 236.145157 MHz, 0.105590
48Ti 22 48 22 126 2.178904 ue, f/f0 = 0.969498 235.843273 MHz, 0.010397
24Na 11 24 11 126 2.180448 ue, f/f0 = 0.969114 235.749810 MHz, 0.028641
35S 16 35 16 126 2.185017 ue, f/f0 = 0.967977 235.473298 MHz, 0.035331
46Sc 21 46 21 126 2.187794 ue, f/f0 = 0.967286 235.305198 MHz, 0.004371
44Ca 20 44 20 126 2.197226 ue, f/f0 = 0.964939 234.734237 MHz, 0.001319
33P 15 33 15 126 2.197567 ue, f/f0 = 0.964855 234.713617 MHz, 0.012010
22Ne 10 22 10 126 2.198590 ue, f/f0 = 0.964600 234.651685 MHz, 0.009466
11B 5 11 5 126 2.201313 ue, f/f0 = 0.963923 234.486904 MHz, 0.012619
31Si 14 31 14 126 2.211978 ue, f/f0 = 0.961269 233.841329 MHz, 0.004654
20F 9 20 9 126 2.221672 ue, f/f0 = 0.958857 233.254556 MHz, 0.003311
29Al 13 29 13 126 2.228718 ue, f/f0 = 0.957104 232.828079 MHz, 0.001376
27Mg 12 27 12 126 2.248147 ue, f/f0 = 0.952269 231.652018 MHz, 0.000379
18O 8 18 8 126 2.249347 ue, f/f0 = 0.951970 231.579401 MHz, 0.001030
9Be 4 9 4 126 2.252497 ue, f/f0 = 0.951187 231.388691 MHz, 0.003905
16N 7 16 7 126 2.286038 ue, f/f0 = 0.942841 229.358493 MHz, 0.000333
14C 6 14 6 126 2.333325 ue, f/f0 = 0.931074 226.496170 MHz, 0.000070
7Li 3 7 3 126 2.338119 ue, f/f0 = 0.929882 226.205987 MHz, 0.000910
12B 5 12 5 126 2.402322 ue, f/f0 = 0.913906 222.319789 MHz, 0.000012
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| Attachment 2: plot_242.0_245.0.png
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| Attachment 3: plot_242.0_245.0.root
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| Attachment 4: plot_242.0_245.0.pdf
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Fri Jun 25 21:47:24 2021 |
Yuri | Analysis | Identification | Attached are two files with a proposed particle identification.
Different colors indicate different harmonic numbers |
| Attachment 1: Spectrum_possible_ID.png
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| Attachment 2: ID_2nd_Part.jpg
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40
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Fri May 7 09:56:43 2021 |
Yuri | Calibration | Identification Verification | With closed scrapers there are only a few weak lines.
Open temporarily all scrapers in the ESR to write down the frequencies. |
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164
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Thu Jul 1 01:35:15 2021 |
David, Liliana | General | Ion source change | Changing ion source, no beam expected for the next 30 minutes.
2:15--> Beam is back, intensity not as high as before but will increase in the next few minutes as the source gets hotter. |
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