Instrumentation paper to do's
CCD (Delta from last week = +3)
Figures:
ADU Distributions before and after bias subtraction
Spark and sources plot with sources in final places
Sources plot with updated analysis
Light gain vs E/p [Zack]
Results of clustering on calibration sources
Light yield for different gas concentrations with known gain[Abbey]
Light yield for different gas concentrations[Abbey]
Noise stability plot
Analyses:
Clustering on calibration sources
New Calibration
Intensity measurement from results of clustering
Systematic Errors (pressure variations in vessel due to changing temperature, distance between meshes, gas mixture, baseline variation, transient noise) [Everyone]
Waveform (Delta from last week = ?)
Figures:
Example Waveform (Fig. 6)*
Overlay of test pulse and pre-amp output pulse (Fig 7.a)*
Pulse height spectrum, test pulses (Fig. 7.b)
Pre-amp calibration demonstration - test pulse V/Q vs output V (Fig. 7.c)
Pre-amp calibration demonstration - test pulse V/Q vs output V + with circuit response (Fig. 7.d)*
Demonstration of noise subtraction (Fig. 8) [Alexander]
MC energy spectra: Fe, cosmics (Fig. 10)*[remove this?]
Amplitude spectra Fe (Fig. 11)[remove this?]
Amplitude spectra Am at different voltage settings [Harrison - done?]
Light gain vs charge gain [Decide what to do about this once charge gain established]
Electron to photon ratio vs light gain[?]
Tables:
Data cleaning cuts survival [Pending definition of signal region]
Measurements:
Background data at promising settings
Pre-amp saturation tests
Analyses:
Peak finding in Fe data
Peak finding in Am data [Harrison - done?]
Understanding Cosmics
Systematic Errors [To do after charge gain measurement technique decided - Everyone]
Total photon acceptance measurement (photons in amplification region to measured photons) calculation [?]
Key
What is committed.*
What is.
What isn't yet.
What probably will be.
What never should have been.