beam: 118Te52+
energy: 10 MeV/u

purpose: data with TARGET ON

Detector position (Si): -24 mm

run start at 12:00 , first file: run061_0001.lmd
run stop  at xx:xx , last file:  run0xx_0xxx.lmd

_______________________________________________________________________________

time: 12:30 am.

ON Rates
Si_X:      0 Hz
Si_Y:      0 Hz
Xray_35:    1 Hz
Xray_90:   23 Hz
Xray_145:  16 Hz
BaF_OR:     Hz

Si voltage:          60.02 V  
Si leakage current:  4.12 uA


SIS particles before:           2.5e9
ESR particles at injection:     estimated ~1.03e6
ESR particles after decel.:     
Target ON density:              1.76e13


copy and repeat the above (below the line) every 30 minutes

Pierre Michel and Laszlo go inside the ESR for switching on the MCP detector so that the photons from the gas jet and secondary beam interaction can be seen.

Close file: run061

open file : run103
Scrapper was put back and than taken out again by miscommunication. run103 is made while using the scraper

open file : run104
Scrapper is removed

beam: 124Xe54+
energy: 10 MeV/u

we run at MAX INTENSITY as we can: SIS was increased to its top, but unfortunately we still end up with 1.5e9 at injection from SIS. Sergey also optimized some stuff.

purpose: data with TARGET ON and SCRAPER OFF --> this leakage current spikes associated with primary scattering from the scraper edge seem to disappear, but we get still 10kHz rate on the detector a few sec after injection(this small "bump" 
after the peak in the Si current - see the picture below)

Detector position (Si): -27 mm
GE01DD1IG position (Scraper): 9 mm

run start at , first file: run102_0001.lmd
run stop  at , last file:  run_0xxx.lmd

_______________________________________________________________________________

time: 14:02

ON Rates
Si_X:       0 Hz
Si_Y:       0 Hz
Xray_35:    00 Hz
Xray_90:    34 Hz
Xray_145:   47 Hz
BaF_OR:     ---

Si voltage:          60.02 V  
Si leakage current:  4.34 uA with spikes for 3s long after injection roughly 10uA


SIS particles before:           3.13e9
ESR current at injection:       5.8e7?? (we see a bug: like the number of particles increases in the bunching phase)
ESR particles after decel.:     1.71e7? (it is hard to catch exactly)
Target ON density:              3.95e13

copy and repeat the above (below the line) every 30 minutes

close file : run104 (14:12:44)
E127 experiment finishes on a successful note )) Congratulations to the entire team !!

NTCAP started for recording Schottky data

SC_2021-05-24_06-29-31
\IQ_2021-05-24_06-29-31

Reference level: -30 dBm
Carrier frequency: 245 M
IQ Rate: 20 MS/s

RF attenuation (dB): 40
IF attenuation (dB): 19.9288

masterpath:
o:\E143\iq


ESR settings:
We recorded 3-4 full cycles with 5 stacks.
Then we recorded in SC5 manipulation for 10 min and afterwards in SC3 manipulation for 10 min.

open file : run102

beam: 124Xe54+
energy: 10 MeV/u

we run at MAX INTENSITY as we can: SIS was increased to its top, but unfortunately we still end up with 1.5e9 at injection from SIS. Sergey also optimized some stuff.

purpose: data with TARGET ON and SCRAPER OFF --> this leakage current spikes associated with primary scattering from the scraper edge seem to disappear, but we get still 10kHz rate on the detector a few sec after injection(this small "bump" 
after the peak in the Si current - see the picture below)

Detector position (Si): -27 mm
GE01DD1IG position (Scraper): 9 mm

run start at 12:49, first file: run102_0001.lmd
run stop  at , last file:  run_0xxx.lmd

_______________________________________________________________________________

time: 12:55

ON Rates
Si_X:       1 Hz
Si_Y:       1 Hz
Xray_35:    2 Hz
Xray_90:    70 Hz
Xray_145:   50 Hz
BaF_OR:     ---

Si voltage:          60.02 V  
Si leakage current:  4.31 uA with spikes for 3s long after injection roughly 10uA


SIS particles before:           2.7e9
ESR current at injection:       5.8e7?? (we see a bug: like the number of particles increases in the bunching phase)
ESR particles after decel.:     1.5e6? (it is hard to catch exactly)
Target ON density:              4.6e13

copy and repeat the above (below the line) every 30 minutes

Around 17:15 cooling had "unknown status 6"
At 17:21 cooling: "pumping in progress"
Around 17:41 cooling had "unknown status 6"

At 18:16 "unkown status 0"
At 18:21 "ok"

At 19:26 "unknown status 0"
At 19:31 "ok"