Organisation:           
Argonne National Laboratory
Installation:                
IPNS (since 1981)
Type:
                        
spallation source, 450 MeV, 30 Hz, beam power 8 kW,
target: depleted uranium
Address:                   
9700 South Cass Ave
Argonne, IL 60439, USA
Home
page:             
http://www.anl.gov
Contact:
                   
John ("Jack") M. Carpenter 
Phone
/ fax:              
+1 630-252-5519 ,   fax:
-4163
e-mail:                       
jmcarpenter@anl.gov 
Secretary:
                  
  Diane Hoffmann   –6485
 
CNS:                                    
one liquid CH4 ("F"),     
two solid CH4  ("C"
and "H") 
temperature:                        
110 K ("F") / 25 K ("C" and "H")   
power:           
50 W each
total
power available:          
300 W                                              
volume:         
0.5 L each
heat
removal:                       
direct He cooling ("C" and "H"), circulating
("F")
remarks:
                  
"C" and "H" contain ~10v% Al foam, are decoupled and
fixed,
"C" is grooved; "H" is poisoned;
"F" is decoupled, and poisoned
----------------------------------------------------------------------------------------------------
projects:                    
IPNS studies cold moderators for SNS (see site Oak Ridge SNS in
this document)
recent
publications: ICANS-XVI (Neuss DE 2003): on irradiated H2
(proc. p.707), on liquid and solid CH4 (proc. pp. 719 and 783)
ICANS-XVIII (China 2007): Bradlley
J. Micklich reports about "Metal hydrides as moderators for pulsed
spallation neutron sources", Id18.
Also at ICANSXVIII : "Prospects for a Very Cold Neutron Source (on a
long pulse linear accelerator)"
                                     
by Bradley J. Micklich and John M. Carpenter,
Id17
see also: Workshop on "Applications of a Very Cold Neutron
Source" at ANL, Aug.'05
             
Workshop on "Present Status and Future of Very Cold Neutron
Applications"  at PSI Villigen,
Switzerland in Feb. '06
A
nice introduction to neutron moderation by Jack Carpenter: www.neutron.anl.gov/NeutronProduction.pdf