| ID |
Date |
Author |
Subject |
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78
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Thu Sep 12 15:26:30 2024 |
Nick | EAR2 Periodic Noise |
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| Attachment 1: IMG_20240912_161937023_HDR.jpg
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86
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Sat Jul 12 10:30:06 2025 |
Francisco García Infantes | Report Experimental SetUp Ca41 |
I'm attaching a report for the experimental setup so far.
There is a main problem which haven't been solved yet and I don't know if that can cause problem in the future analysis.
Channels #23, #24, #31 and #32 are not working well. The signal os these channels look attenuated from the pulser, make impossible to see then in the Boron run.
As these channels are in the back side of the detector, it could be possible to run like? Unless we have more ideas about to solve the problem.
The front channels work well all of them, and the rest of the back channels work well as well.
I attach the current for the +15 and -15 volt applied to the PreAmp (low voltage) and the leakage current from the detector is 0.1 uA. |
| Attachment 1: Experimental_Setup_Ca41.pdf
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| Attachment 2: Current_Value_Voltage_-15.jpeg
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| Attachment 3: Current_Value_Voltage_15.jpeg
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| Attachment 4: Leakage_Current_Detector.jpeg
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41
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Mon Jul 3 13:01:30 2023 |
Emmanuel | Boxes for nTOF experiments to CERN |
Box 1
1. RC412 Cables
2. Screws and parts for rails
3. Small rails
Box 2
1. Vacuum valves
2. IDC cables
Box 3 (Detectors)
1. WI-20
3186-9
2. WI-150
3458-4
3. WI-150
3458-1
Box 4 (Detector)
1. WI-20
3485-12
*List
**We also have the tube for the long rails
|
|
68
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Tue Sep 5 16:09:45 2023 |
Emmanuel | Drop in gain for DEED 14 |
Dear all,
There was an issue with one of the strips of the deltaE detector (DEED 14), for run216644. The gain dropped to almost a factor of 3. Find attached.
Somehow, it was fixed, but still lags, when compared to other strips of deltaE. This was tested for a more recent run, run216651. Find attached.
I also checked a bit older run (run216637) and they look similar.. Find attached. Maybe we should figure out if this will be a problem for the DEED14 strips.
NOTE: The plots have the run number at the top-center.
Emmanuel Odusina
|
| Attachment 1: alndeed14.png
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| Attachment 2: alndeed14b.png
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| Attachment 3: alndeed14old.png
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69
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Wed Sep 27 09:54:06 2023 |
Emmanuel | 10B sample in |
We switched from Aluminium target to Boron Target (number 1) on Tuesday (26th of Sept.). The Aluminium target was placed in the material room by the RP. We will change to LiF (number 3) on Thursday (28th of Sept.) |
| Attachment 1: 20230926_113136.jpg
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| Attachment 2: 20230926_113811.jpg
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| Attachment 3: 20230926_115036.jpg
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| Attachment 4: 20230926_115053.jpg
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| Attachment 5: 20230926_111737.jpg
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70
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Thu Sep 28 15:32:16 2023 |
Emmanuel | LiF sample in |
We switched from 10B target (number 1) to LiF target (number 3). We planned to take this measurement for one day. |
| Attachment 1: 20230928_154334.jpg
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| Attachment 2: 20230928_155923.jpg
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| Attachment 3: 20230926_115053.jpg
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| Attachment 4: 20230928_155747.jpg
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71
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Mon Oct 2 08:53:06 2023 |
Emmanuel | Empty Frame |
An empty frame (on the top) was placed on Friday night. |
| Attachment 1: Empty_Frame.jpeg
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72
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Thu Dec 7 09:48:23 2023 |
Emmanuel | MWDdetector and User Input |
MWDdetector and UserInput |
| Attachment 1: UserInput_Silicons.h
|
DETECTOR SPECIFIC PARAMETERS (Lines may be commented with '#' sign!)
===================================================================================================================================================================================================================================
DETECTOR DETECTOR DETECTOR STEP TIMING MIXED EXPAND SMOOTHING TIME G-FLASH G-FLASH G-FLASH G-FLASH BASELINE BASELINE AMPLITUDE AMPLITUDE AREA/AMP. AREA/AMP. SIGNAL WIDTH SIGNAL WIDTH NUMBER OF PULSE SHAPE
NAME NUMBER CLASS SIZE FILTER POLARITY PULSES FILTER LIMIT OPTION THRESHOLD MIN_WIDTH WINDOW OPTION FILTER OPTION THRESHOLD LOW THR. HIGH THR. LOW THR. HIGH THR. PULSE SHAPES ADDRESS
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
PKUP 0 PSA 350/6 0 0 3 100 100000 0 100. 1. 0 -1 300 0 100 0.0 2000 1 4000 0
#################################
# MWD PARAMETERS V6.2 #
# Date: 10-Aug-2023 #
#################################
#################################
# Threshold Polarity PoleZeroCorr DeconWindow AvergWin MAWindows gain/offset Gamma_Threshold Amp_Threshold fixed Dead time(ns) time_diff_baselne tailtime time_const
EDET 1 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 2 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 3 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 4 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 5 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 6 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 7 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 8 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 9 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 10 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 11 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 12 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 13 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 14 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 15 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 16 MWD 1600 -1 5E5 150 40 1 60 16.0/0.0 100 6500 550 1500 2 20
EDET 17 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 18 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 19 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 20 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 21 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 22 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 23 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 24 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 25 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 26 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 27 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 28 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 29 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 30 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 31 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
EDET 32 MWD 800 1 5E5 150 40 1 60 16.0/0.0 100 6800 550 1500 2 20
DEED 1 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 2 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 3 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 4 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 5 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 6 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 7 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 8 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 9 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 10 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 11 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 12 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 13 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 14 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 15 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
DEED 16 MWD 30 -1 5E5 150 40 1 51 1.0/0.0 100 200 550 1500 2 20
|
| Attachment 2: MWDdetector.cc
|
/*
* $Id$
*
* Author: Sarah-Jane Lonsdale
* Date: 02-Dec-2015
* Version: 5.1 (8-Aug-2017)
* Update: Claudia Lederer-Woods
* Date: 31-May-2018
* Version: 6.0 (31-May-2018)
* Update: Nikolay Sosnin
* Date: 24-Nov-2022
* Version: 6.1 (24-Nov-2022)
*/
#include <math.h>
#include <string.h>
#include <iostream>
#include <iomanip>
#include <cmath>
#include <fstream>
#include <sstream>
#include <algorithm>
#include <vector>
#include <TFile.h>
#include <TH1F.h>
#include <TString.h>
using namespace std;
#include "MWDdetector.h"
void FormatHist(TH1D* h, TString name, TString title, TString xtitle, TString ytitle, int color, int width, int marker_color, int marker_style);
bool MWDDetector::parseConfigLine(char* line, const char* settings_file)
{
cout << "Config: " << line << endl;
if (!Detector::parseConfigLine(line)) return false;
// threshold
char* pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid Threshold" << endl;
return false;
}
threshold = atof(pch);
// polarity
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid negative polarity" << endl;
return false;
}
polarity = atoi(pch);
if (polarity>=0)
polarity = 1;
else
polarity = -1;
// pole zero correction
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid pole zero correction" << endl;
return false;
}
pz = atof(pch);
// deconvolution window
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid deconvolution window" << endl;
return false;
}
m = atoi(pch);
// average window
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid average window" << endl;
return false;
}
l = atoi(pch);
// presample
pch = strtok(NULL," "); //NS: 27.07.2023
if (!pch) {
cerr << "UserInput: Invalid presample" << endl;
return false;
}
presample = atoi(pch);
//averaging windows 2
pch = strtok(NULL," "); //NS: 27.07.2023
if (!pch) {
cerr << "UserInput: Invalid presample" << endl;
return false;
}
window = atoi(pch);
// presample/averaging window 2
/*if (!parse2real(&presample, &window)) {
cerr << "UserInput: Invalid averager 1/2" << endl;
return false;
}*/
// gain/offset
if (!parse2real(&gain, &offset)) {
cerr << "UserInput: Invalid gain/offset" << endl;
return false;
}
// gamma flash search start
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid gamma_threshold" << endl;
return false;
}
g_threshold = atoi(pch);
// minimum amp_threshold
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid amp_threshold" << endl;
return false;
}
amp_threshold = atoi(pch);
// gamma flash primary (additional) offset
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: Invalid fixed Dead time(ns)" << endl;
return false;
}
gamma_time_primary = atoi(pch);//SL 08/07/17
// time different for baseline determination
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: time_diff_baselne" << endl;
return false;
}
time_diff_baseline = atoi(pch);//SL 08/07/17
// time after g flash which has undershoot
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: tailtime" << endl;
return false;
}
tailtime = atoi(pch);//SL 08/07/17
// Time constant
pch = strtok(NULL," ");
if (!pch) {
cerr << "UserInput: time_const" << endl;
return false;
}
time_const = atoi(pch); // 28/08/23
return true;
} // parseConfigLine
int MWDDetector::analysis(
ntof::lib::ReaderStructEVEH& eveh, // EVEH event information
ntof::lib::ReaderStructMODH& modh, // MODH header information
ntof::lib::ReaderStructACQC& acqc, // ACQC pulse record
PulseVector* pulsevec, // vector of pulses
int movie_number,
bool html) // I: movie number
{
Detector::analysis(eveh, modh, acqc, pulsevec, movie_number, html);
double rate = modh.getSampleRate();
int NofPeaks = 0;
TString name = modh.getDetectorType();
//double g_threshold = 2000; //move to .h file //CHANGED
double tdiffsig = gamma_time_primary;
double tdiffbase = time_diff_baseline; // consider moving to h file
int aver = presample; //
//double tailtime = 100000; // time up to which there is an undershoot after gflash
double* x = new double[length_of_movie];
double* xsmooth = new double[length_of_movie]; //13.3.18
double* xsmooth_ma = new double[length_of_movie]; //NS 22.05.2023
double* y = new double[length_of_movie];
double* z = new double[length_of_movie];
double* zdiff = new double[length_of_movie]; //13.3.18
double* mwd_m = new double[length_of_movie];
double* ma_l = new double[length_of_movie]; // moving average array
double* mwd_deriv = new double[length_of_movie]; // mwd derivative
double timeScale = 1000.0 / rate; // in ns/Sample
for(int i = 0; i < length_of_movie; i++){
x[i] = polarity * (acqc[i] * gain + offset);
y[i] = z[i] = zdiff[i] = xsmooth[i] = 0.0; //13.3.18
}
//CHANGED
int startofevent = aver / 2;
//Averaging preamplifier output
for(int i = startofevent; i < length_of_movie; i++){
xsmooth[i] = 0.;
for(int j = -1 * (aver - 1) / 2; j <= (aver - 1) / 2; j++){
xsmooth[i] += x[i + j];
}
xsmooth[i] /= aver;
}
//Extra moving average test
//const double window = 39.;
int startofevent2 = window / 2; //NS 22.05.2023
for(int i = startofevent2; i < length_of_movie; i++){
xsmooth_ma[i] = 0.;
for(int j = -1 * (window - 1) / 2; j <= (window - 1) / 2; j++){
xsmooth_ma[i] += xsmooth[i + j];
}
xsmooth_ma[i] /= window;
}
// Locating maximum and minimum of derivative
if(verbose){cout << "Begin amplitude extraction." << endl;}
// Parameters for semi-gauss discriminator
//const double time_const = 0; // SL 12/08/16 Emmanuel
const double pole_zero = 5.e5;
double a0, a1, b1;
b1 = exp(-1. / int(time_const));
a0 = (1. + b1) / 2.0;
a1 = -1. * (1. + b1) / 2.0;
// Single pole high pass with pz correction
for(int i = 1; i < length_of_movie; i++){
//y[i] = b1 * y[i - 1] + a0 * xsmooth[i] + a1 * xsmooth[i - 1] + xsmooth[i - 1] / pole_zero;
y[i] = b1 * y[i - 1] + a0 * xsmooth_ma[i] + a1 * xsmooth_ma[i - 1] + xsmooth_ma[i - 1] / pz;
}
// Single pole low pass filter
for(int i = 1; i < length_of_movie; i++){
z[i] = b1 * z[i - 1] + a0 * y[i];
}
// devirative of filters
for(int i = 1; i < length_of_movie; i++){
zdiff[i] = -1. * z[i - 1] + z[i];
}
//bool beamType = false;
//if(eveh.getBeamType() != 1){beamType = true;}
double twait = 16000.; // introduce different time window for baseline depending on ded or par CLW 31/05/18
/*if(eveh.getBeamType() == 2){twait = 13000.;} // dedicated
if(eveh.getBeamType() == 3){twait = 19000.;} // parasitic
else{twait = 16000.;}*/
////////////////////////////////////////
// MWD and filtering //
////////////////////////////////////////
// moving window deconvolution
for(int i = startofevent + m; i < length_of_movie; i++){ // SL 10/08/16 // 13/03/18 MWD on smoothed
//double d_m = xsmooth[i] - xsmooth[i - m];
double d_m = xsmooth_ma[i] - xsmooth_ma[i - m];
double ma_m = 0.;
for(int j = (i - m); j < (i - 1); j++) {
//ma_m += xsmooth[j];
ma_m += xsmooth_ma[j];
}
mwd_m[i] = d_m + ma_m / pz;
}
// moving average
//for(int i = l + m + gamma_flash; i < length_of_movie; i++){ // SL 10/08/16
for(int i = l + m; i < length_of_movie; i++){ // NS 31.07.2023
ma_l[i] = 0.;
... 285 more lines ...
|
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74
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Tue Apr 16 12:24:01 2024 |
Emmanuel | MWD amplitude (dE and E) |
|
| Attachment 1: 26Al_PDF.pdf
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82
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Tue Mar 18 13:28:30 2025 |
Emmanuel | B10 and LiF data with Fast Fourier Transform |
Attached is the B10 and LiF data with Fast Fourier Transform and varying time constants. |
| Attachment 1: B10.pdf
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| Attachment 2: Li.pdf
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73
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Mon Mar 25 12:57:30 2024 |
Clw | Adapters for ntof setup |
10 new Adapters for lemo to bnc on my desk |
| Attachment 1: 20240325_125536.jpg
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| Attachment 2: 20240325_125528.jpg
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5
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Tue Oct 13 21:04:49 2015 |
Claudia Lederer | Photos of Test Setup 5-10 October 2015 |
some photos in high resolution of the test setup 5-10 October 2015 |
| Attachment 1: DSC00042.JPG
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| Attachment 2: DSC00048.JPG
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| Attachment 3: DSC00056.JPG
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| Attachment 4: DSC00065.JPG
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24
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Tue Aug 23 15:34:38 2016 |
Claudia | Leakage currents 23.08.16 |
E = 0.03uA
dE = 0.04uA
PHDI = 0.09uA
- Monitor PHDI - increasing slowly... |
|
29
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Thu Oct 6 09:28:33 2022 |
Claudia | Items to be replaced for next run |
Missing/broken items identified
- long rails for fixing chamber on support
- vacuum valve (ours is broken)
- at least 2 lemo - BNC converters
- short M3 screws (photo) |
| Attachment 1: 20221005_122654.pdf
|
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30
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Thu Oct 6 09:34:30 2022 |
Claudia | Test setup Photos and cabling |
Setup 5.10.22
dE 20 um (ID 2837-33) and 494 um double sided (ID 1194-9)
46 channels (2 connectors missing)
LiF4 in beam
dE: Big flat cables from preamp 22 and 23 into 1A and 1B
E: from preamp 24+25 go into 2A, 2B and 3A 3B
LEMO converter box: Cable 1: dE
Cable 3: E n+n
unlabeled cable: E p+n
E detector voltage: -133 V, leakage current -0.53 micro-Amp
dE detector voltage -22 V, leakage current -0.03 micro-Amp
For the E detector one of the edge p+n strip bond-wires is suspected broken. |
| Attachment 1: 20221005_174742.jpg
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| Attachment 2: 20221005_174759.jpg
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| Attachment 3: 20221005_184752.jpg
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| Attachment 4: 20221005_184801.jpg
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| Attachment 5: 20221005_174742.jpg
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42
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Thu Jul 27 11:25:35 2023 |
Claudia | Al-26 planning meeting summary |
- Start 9th August, access to EAR-2 11 am earliest but can start in rack area before
- Setup to be used: 1 dE (16 strips, 20 um thickness) + 1 E (16x16 strips, 150 um thickness. We have a spare for each thickness
- Sample and detectors to be mounted on the same flange
Things to check:
- alignment with beam centre (lasers and/or gafchromics foils)
- is the setup stable to knockes, can all detector / sample positions be well reproduced when making changes
Once setup us completed:
- checks with pulser
- mounf LiF sample number 3 and run with neutron beam
- check that all strips have signals
- confirm shape of gamma flash and that short times can be anaysed in both detectors (~1.8 us after flash)
If everything working:
- measure LiF-3 and the switch to Al-26
- towards end of the run we can also measure B-3 and the empty brass frame (Frame without mylar)
- proton statistics: 1E17 LiF-3, 1F17 B-3, ~3E17 Empty, 5.5 E18 Al-26
Travel times
Nick: 8-16, Annie 8-12, Tom, 7 -?, Claudia, 8-10, Emmanuel asap until end of run
Measurement runs until Octover 2nd. Disassembly by Nick and Emmanuel.
additional trips during the measurement as required (if something breaks/fails etc. )
Attached: photos of previous setup
TO Do: MCA availability at nTOF for quick noise checks (Nick)
how many channels in 14 bit, how many 12 bit (Nick)
depletion voltages for detectors (Tom)
Register the eqipment at CERN as Edinburgh property (Claudia)
|
| Attachment 1: DSC00366.JPG
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| Attachment 2: DSC00346.JPG
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45
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Thu Aug 10 09:10:02 2023 |
CLW | Detector Setup Al26 Run 2023 |
dE Detector: W1-20 3186-9 20 um
E Detector: W1-150 3458-4 144 um
Voltages and Leakage Currents:
dE: 6 V, 0.02 muA
E: 50 V, 0.05 muA |
| Attachment 1: 20230809_181749.jpg
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| Attachment 2: 20230809_181758.jpg
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| Attachment 3: 20230809_172545.jpg
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| Attachment 4: 20230809_172442.jpg
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46
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Thu Aug 10 09:20:37 2023 |
CLW | Detector Signal Cabling Al26 Aug 2023 |
delta E detector Cabling
| Lemo Box Output Number |
Signal Cable Bunker |
Patch Panel Number |
Signal Cable Rack Area |
FADC Number |
DAQ Channel |
| 0 |
72 |
2204803 |
9 |
02911 |
DEED-1 |
| 1 |
73 |
2204804 |
10 |
02911 |
DEED-2 |
| 2 |
74 |
2204805 |
11 |
02911 |
DEED-3 |
| 3 |
75 |
2204806 |
12 |
02911 |
DEED-4 |
| 4 |
76 |
2204807 |
13 |
02914 |
DEED-5 |
| 5 |
77 |
2204808 |
14 |
02914 |
DEED-6 |
| 6 |
80 |
2204809 |
15 |
02914 |
DEED-7 |
| 7 |
81 |
2204810 |
16 |
02914 |
DEED-8 |
| 8 |
82 |
2204811 |
17 |
02917 |
DEED-9 |
| 9 |
85 |
2204812 |
18 |
02917 |
DEED-10 |
| 10 |
86 |
2204813 |
19 |
02917 |
DEED-11 |
| 11 |
87 |
2204814 |
20 |
02917 |
DEED-12 |
| 12 |
88 |
2204815 |
21 |
02916 |
DEED-13 |
| 13 |
90 |
2204816 |
22 |
02916 |
DEED-14 |
| 14 |
95 |
2204817 |
23 |
02916 |
DEED-15 |
| 15 |
96 |
2204818 |
24 |
02916 |
DEED-16 |
E p side cabling
| Lemo Box Output Number |
Signal Cable Bunker |
Patch Panel Number |
Signal Cable Rack Area |
FADC Number |
DAQ Channel |
| 0 |
97 |
2204819 |
25 |
4683 |
EDET-1 |
| 1 |
101 |
2204820 |
26 |
4683 |
EDET-2 |
| 2 |
103 |
2204821 |
27 |
4683 |
EDET-3 |
| 3 |
104 |
2204822 |
28 |
4683 |
EDET-4 |
| 4 |
105 |
2204823 |
29 |
4684 |
EDET-5 |
| 5 |
106 |
2204824 |
30 |
4684 |
EDET-6 |
| 6 |
107 |
2204825 |
31 |
4684 |
EDET-7 |
| 7 |
108 |
2204826 |
32 |
4684 |
EDET-8 |
| 8 |
109 |
2204827 |
33 |
4682 |
EDET-9 |
| 9 |
110 |
2204828 |
34 |
4677 |
EDET-10 |
| 10 |
111 |
2204829 |
35 |
4682 |
EDET-11 |
| 11 |
112 |
2204830 |
36 |
4682 |
EDET-12 |
| 12 |
113 |
2204831 |
37 |
4697 |
EDET-13 |
| 13 |
114 |
2204832 |
38 |
4697 |
EDET-14 |
| 14 |
116 |
2204833 |
39 |
4697 |
EDET-15 |
| 15 |
117 |
2204834 |
40 |
4697 |
EDET-16 |
E n side cabling
| Lemo Box Output Number |
Signal Cable Bunker |
Patch Panel Number |
Signal Cable Rack Area |
FADC Number |
DAQ Channel |
| 0 |
118 |
2204835 |
41 |
5348? |
EDET-17 |
| 1 |
119 |
2204836 |
42 |
5348? |
EDET-18 |
| 2 |
120 |
2204837 |
43 |
5348? |
EDET-19 |
| 3 |
121 |
2204838 |
44 |
5348? |
EDET-20 |
| 4 |
123 |
2204839 |
45 |
4677 |
EDET-21 |
| 5 |
124 |
2204840 |
46 |
4677 |
EDET-22 |
| 6 |
125 |
2204841 |
47 |
4677 |
EDET-23 |
| 7 |
126 |
2204842 |
48 |
2872 |
EDET-24 |
| 8 |
127 |
2204843 |
49 |
4636 |
EDET-25 |
| 9 |
128 |
2204844 |
50 |
4636 |
EDET-26 |
| 10 |
129 |
2204845 |
51 |
4636 |
EDET-27 |
| 11 |
130 |
2204846 |
52 |
4636 |
EDET-28 |
| 12 |
131 |
2204847 |
53 |
4674 |
EDET-29 |
| 13 |
132 |
2204848 |
54 |
4674 |
EDET-30 |
| 14 |
133 |
2204849 |
55 |
4674 |
EDET-31 |
| 15 |
134 |
2204850 |
56 |
4674 |
EDET-32 |
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| Attachment 8: 20230810_090445.jpg
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47
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Thu Aug 10 09:55:50 2023 |
CLW | Photos of Chamber, Al26 Run Aug23 |
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| Attachment 1: 20230809_120302.jpg
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| Attachment 2: 20230809_120309.jpg
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| Attachment 3: 20230809_153802.jpg
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| Attachment 4: 20230809_153809.jpg
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| Attachment 5: 20230809_153821.jpg
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| Attachment 6: Beamline_Chamber_Spacing.JPG
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| Attachment 7: Assembled_Setup_Back.JPG
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| Attachment 8: Assembled_Setup_Back_Zoom.JPG
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| Attachment 9: Final_Assembly_Front.JPG
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| Attachment 10: Mounting_Bolts.JPG
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| Attachment 11: Mounting_Clamps.JPG
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| Attachment 12: EAR2_Pillars_Mount_Side.JPG
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| Attachment 13: EAR2_Pillars_Mount_Front.JPG
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48
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Thu Aug 10 10:04:13 2023 |
CLW | Photos inside chamber Al26 run Aug2023 |
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| Attachment 1: 20230809_174847.jpg
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| Attachment 2: 20230809_174905.jpg
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| Attachment 3: 20230809_174943.jpg
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| Attachment 4: Empty_Frame_Inside_Front.JPG
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| Attachment 5: Empty_Frame_Inside_Sideview.JPG
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| Attachment 6: Empty_Frame_Inside_Back.JPG
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| Attachment 7: Assembly_Interior_Back.JPG
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| Attachment 8: Assembly_Interior_Front.JPG
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