Difference between revisions of "MainPage:Nuclear:NPS:PWO:CrystalLOG:SICCAJ30"

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! "background:#f5f5f5;" style="text-align:center; background:lavender; font-weight:bold; width:15%;" | Description  
 
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! "background:#f5f5f5;" style="text-align:center; background:lavender; font-weight:bold; width:75%;" | Comments
 
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| 03/09/2016 || Pictures || Documentation of crystal's conditions as it arrived at CUA.
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| 03/09/2016 || Salina || Pictures || Documentation of crystal's conditions as it arrived at CUA.
 
|-
 
|-
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| 03/09/2016 || Dimensions || Crystal's dimensions measured. Length and six points of width (3 in each face).
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| 03/09/2016 || Salina and Marco || Dimensions || Crystal's dimensions measured. Length and six points of width (3 in each face).
 
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|-
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| 03/18/2016 || Thermal annealing || Ramp up at 18oC/hour up to 200oC. Stays for 10 hours and ramp down at 18oC/hour.
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| 03/18/2016 || Marco || Thermal annealing || Ramp up at 18oC/hour up to 200oC. Stays for 10 hours and ramp down at 18oC/hour.
 
|-
 
|-
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| 04/13/2016 || Light Yield || Run 3171: crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 20min, 1cm. T=18oC. LY = 14.95 pe/MeV.
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| 04/13/2016 || Salina || Light Yield || Run 3171: crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 20min, 1cm. T=18oC. LY = 14.95 pe/MeV.
 
|-
 
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| 05/17/2016 || Transverse Transmittance || At the center of the crystal, every nm from 200nm until 800nm. Sample: 1341
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| 05/17/2016 || Salina || Transverse Transmittance || At the center of the crystal, every nm from 200nm until 800nm. Sample: 1341
 
|-
 
|-
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| 05/20/2016 || Transverse Transmittance Scan || Wavelengths: 360nm, 420nm, 620nm. Sampling period: 0.6s, moving motor at 2mm/s.
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| 05/20/2016 || Marco || Transverse Transmittance Scan || Wavelengths: 360nm, 420nm, 620nm. Sampling period: 0.6s, moving motor at 2mm/s.
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|-
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| 07/06/2016 || Summer Students || Longitudinal Transmittance Scan || Wavelengths: 200-800 nm. Sampling period: 0.6s, moving motor at 2mm/s.
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|-
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| 07/23/2016 || Summer Students || Light Yield || Run:3236 ~3layers of teflon tape and 1 layer of black tape. ~50,000 incidents recorded at ~18 degrees Celsius.
 +
|-
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| 08/01/2016 || Summer Students || Transverse Transmittance Scan || All wavelenghts, 10cm down the crystal.
 +
|-
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| 08/11/2016 || Summer Students || Light Yield || Run:3409 ~3layers of teflon tape and 1 layer of black tape. ~50,000 incidents recorded at ~18 degrees Celsius. LY: 12.18pe/MeV
 +
|-
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| 07/27/2017 || Summer Students || Transverse Transmittance Scan || Wavelengths: 200-800 nm. 10cm down.
 +
|-
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| 07/27/2017 || Summer Students || Xray Radiation || 70 minutes, 160mV, 6mA. ___ mm from beam origin.
 +
|-
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| 07/27/2017 || Summer Students || Transverse Transmittance Scan || Wavelengths: 200-800 nm. 10cm down.
 +
|-
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| 07/27/2017 || Summer Students || LED curing || 34 LEDs, 3.5 V for 7 minutes.
 +
|-
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| 07/27/2017 || Summer Students || Transverse Transmittance Scan || Wavelengths: 200-800 nm. 10cm down.
 +
|-
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| 07/27/2017 || Summer Students || LED curing || 34 LEDs, 3.5 V for 7 minutes.
 +
|-
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| 07/27/2017 || Summer Students || Transverse Transmittance Scan || Wavelengths: 200-800 nm. 10cm down.
 +
|-
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| 07/27/2017 || Summer Students || LED curing || 34 LEDs, 3.5 V for 7 minutes.
 +
|-
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| 07/27/2017 || Summer Students || Transverse Transmittance Scan || Wavelengths: 200-800 nm. 10cm down.
 
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[[File:SICCAJ30.JPG|thumb|center|340px|Stain shown on surface of crystal on one end.]]
 
[[File:SICCAJ30.JPG|thumb|center|340px|Stain shown on surface of crystal on one end.]]
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|}
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== Irradiation Studies ==
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{|border="0" style="text-align:center;" width="100%"
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|-
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| valign="top"|
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[[File:J30IR.png|thumb|left|340px| 07/27/2016 ]]
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|}
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== LED Curing==
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{|border="0" style="text-align:center;" width="100%"
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|-
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| valign="top"|
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[[File:J30LED.png|thumb|left|340px| 07/27/2016 ]]
 
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Latest revision as of 11:33, 2 August 2017

⇐ Back to Crystal LOG
⇐ Back to Neutral Particle Spectrometer
⇐ Back to the Main_Page

Time LOG

SICCA J30
Date Experimenter(s) Description Comments
03/09/2016 Salina Pictures Documentation of crystal's conditions as it arrived at CUA.
03/09/2016 Salina and Marco Dimensions Crystal's dimensions measured. Length and six points of width (3 in each face).
03/18/2016 Marco Thermal annealing Ramp up at 18oC/hour up to 200oC. Stays for 10 hours and ramp down at 18oC/hour.
04/13/2016 Salina Light Yield Run 3171: crystal wrapped with ~5 layers of teflon tape and 2 layers of black tape. Steps of 20min, 1cm. T=18oC. LY = 14.95 pe/MeV.
05/17/2016 Salina Transverse Transmittance At the center of the crystal, every nm from 200nm until 800nm. Sample: 1341
05/20/2016 Marco Transverse Transmittance Scan Wavelengths: 360nm, 420nm, 620nm. Sampling period: 0.6s, moving motor at 2mm/s.
07/06/2016 Summer Students Longitudinal Transmittance Scan Wavelengths: 200-800 nm. Sampling period: 0.6s, moving motor at 2mm/s.
07/23/2016 Summer Students Light Yield Run:3236 ~3layers of teflon tape and 1 layer of black tape. ~50,000 incidents recorded at ~18 degrees Celsius.
08/01/2016 Summer Students Transverse Transmittance Scan All wavelenghts, 10cm down the crystal.
08/11/2016 Summer Students Light Yield Run:3409 ~3layers of teflon tape and 1 layer of black tape. ~50,000 incidents recorded at ~18 degrees Celsius. LY: 12.18pe/MeV
07/27/2017 Summer Students Transverse Transmittance Scan Wavelengths: 200-800 nm. 10cm down.
07/27/2017 Summer Students Xray Radiation 70 minutes, 160mV, 6mA. ___ mm from beam origin.
07/27/2017 Summer Students Transverse Transmittance Scan Wavelengths: 200-800 nm. 10cm down.
07/27/2017 Summer Students LED curing 34 LEDs, 3.5 V for 7 minutes.
07/27/2017 Summer Students Transverse Transmittance Scan Wavelengths: 200-800 nm. 10cm down.
07/27/2017 Summer Students LED curing 34 LEDs, 3.5 V for 7 minutes.
07/27/2017 Summer Students Transverse Transmittance Scan Wavelengths: 200-800 nm. 10cm down.
07/27/2017 Summer Students LED curing 34 LEDs, 3.5 V for 7 minutes.
07/27/2017 Summer Students Transverse Transmittance Scan Wavelengths: 200-800 nm. 10cm down.

Pictures at 03/09/2016

Stain shown on surface of crystal on one end.

Irradiation Studies

07/27/2016

LED Curing

07/27/2016
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