The 2nd workshop on Material Development for the Homogeneous Hadronic Calorimeter Detector Concept
Sunday 9 May 2010, 10:00
→
18:00
Asia/Shanghai
10:00
→
12:00
Session I
10:00
Fermilab’s History in the Development of Crystals, Glasses and Si Detector Readout for Calorimetry
30m
Speaker
:
Prof.
H. EUGENE E FISK
(Fermilab)
Slides
10:30
Scintillating Materials for Homogenous Hadron Calorimetry
30m
Speaker
:
Adam Para
(Fermilab)
Slides
11:00
Search for scintillating glasses and crystals for hadron calorimetry
30m
Speaker
:
Donald Groom
(Lawrence Berkeley Nat'l Lab)
Slides
11:30
A CERN contribution to the dual readout calorimeter concept
30m
Speaker
:
Dr
Paul Lecoq
(CERN)
Slides
12:00
→
13:00
break
1h
13:00
→
15:00
Session II
13:00
Crystal development for HHCAL: physical and technological limits
30m
Speaker
:
Dr
Alexander Gektin
(Institute for Scintillation Materails, Kharkov, Ukraine)
Slides
13:30
Search for Scintillation in Doped Lead Fluoride Crystals for the HHCAL Detector Concept
30m
Speaker
:
Dr
Liyuan Zhang
(California Institute of Technology)
Slides
14:00
Development of Halide Scintillation Crystals for the HHCAL Detector Concept
30m
Speaker
:
Dr
GUOHAO REN
(Shanghai Institute of Ceramics, Chinese Academy of Sciences)
Slides
14:30
BSO Crystals Development with the Modified Multi-crucible Bridgman Method for the HHCAL Detector Concept
30m
Speaker
:
Dr
Hui Yuan
(Shanghai Institute of Ceramics)
15:00
→
15:20
break
20m
15:20
→
18:00
Session III
15:20
R&D on Scintillation Crystals and Special Glasses at BGRI
30m
Speaker
:
Dr
Mingrong Zhang
(Beijing Glass Research Institute)
Slides
15:50
Status of Scintillating Ceramics and Glasses at SIC and their potential applications for the HHCAL Detector Concept
30m
Speaker
:
Prof.
Jing-Tai Zhao
(Shanghai Institute of Ceramics)
Slides
16:20
Study of dense scintillating glass samples
30m
Speaker
:
Prof.
Tianchi Zhao
(Unviersity of Washington)
Slides
16:50
Some thoughts about homogeneous dual-readout calorimeters
30m
Speaker
:
Dr
Richard Wigmans
(Texas Tech University)
Slides
17:20
Discussions
40m