Infn mi; electronic components infn pg; silicon pixel detectors (aps)

INFN Mi; electronic components

• INFN Mi; electronic components

• INFN Pg; silicon pixel detectors (APS)

• Associate ETHZ; scintillator crystals

• STFC-RAL; polymers and composites

The AIDA common database contains >240 records.

• The AIDA common database contains >240 records.

• Please submit your data!

• We are continuing to populate with historical data.

• New features in Version 2 as suggested by Mauro Citterio

• now available:

• Clear division between electronic components, detectors and materials; both in Search and Data Entry

• Four sections:

• “About you”

• “About the Object”

• “About the Experiment”

• “About the Publication(s)”

An example of recently submitted data from ETHZ

• An example of recently submitted data from ETHZ

Externally visible IMHOTEP page

• Externally visible IMHOTEP page

• -Search from here

• *Note browsers can behave differently; for example “Back” buttons. Firefox appears to be the most predictable

External user submits data to External server

• External user submits data to External server

• Data transferred to Internal server overnight

• Data Manager Approves or Rejects submission

• Approved record transferred to External server overnight

• OR: direct entry by data manager

• Both internal and external servers replicated four times a day to backup servers.

• The urls can be swapped between the pairs of machines to allow for power outages, patching and other similar occurrences; this process will be invisible to users.

• More detail on database design available in our report, AIDA D8.7

Modulus vs temperature:

• Modulus vs temperature:

• Showing a slight increase in Tg and stiffness with p dose

No significant features observed in the temperature range available

• No significant features observed in the temperature range available

UV-Vis Spectroscopy useful; epoxy darkened with increasing dose

• UV-Vis Spectroscopy useful; epoxy darkened with increasing dose

• FTIR can show some of the damage processes occurring in the resin.

• DMA shows increasing Tg with radiation dose suggesting further crosslinking.

• DSC does not appear to offer useful information

• Ongoing work to accelerate cure of flexible epoxy; ideally ambient temperature cure

Please submit your data!

• Please submit your data!

• www.tinyurl.com/aidaimhotep