The Advanced Photon Source
a U.S. Department of Energy Office of Science User Facility

SEI - Sample Environments, under construction

 

Please check out https://envirocells.readthedocs.io/en/latest/source/environment.html

 

Furnaces

  Temperature Range    Atmosphere   Generation Information    Commercial Product    Contact    Potential Loaner   

Hot "Helium" blower

up to1000°C

 

Helium  

No, simple to build

Peter Eng

eng@cars.uchicago.edu

No
Hot Air Blower up to 650oC Air

Leister LE MINI heater

https://anl.box.com/s/9dm44plkilktwsrd75pzr7i690nayrys

 

Yes

 

Wenqian Xu

wenqianxu@anl.gov

Usually not, but don't hesitate to ask

Flow Cell Furnaces

in SRS group

up to 1000oC Yes

capillaries connected to gas systems

https://anl.box.com/s/8wq17z8ig8hzaq50u2yelgeaawx5afoy

No

Drawings are available upon request

Kevin Beyer

beyer_k@anl.gov

Yes, if not in use

Flow Cell Furnace

made of standard parts

up to 1000oC Yes

capillaries connected to gas system

https://anl.box.com/s/s567lhhhf2b6ikamausb4488hkwccu8n

No, made of commerically available parts

List of part upon request

Leighanne Gallington

gallington@anl.gov

Yes, if not in use
Batch furnace around 450oC Air

NMR tubes as capillaries in a steel block

https://anl.box.com/s/s567lhhhf2b6ikamausb4488hkwccu8n

No

Drawings are available upon request

Leighanne Gallington

gallington@anl.gov

Yes, if not in use

Flow Cell Furnace

with spinner

up to 1150oC Yes

capillaries connected to gas system

capillaries are spinned

No mfrith@anl.gov  
Infrared Lamp Furnace up to 1100oC Air

general purpose, bulk solid material

https://anl.box.com/s/2dfu3r1al673rqg1perqia6z875cpm0g

No parkjs@anl.gov bulky, difficult to move
Linkham TS1500 up to 1300oC Yes

small solid material

https://anl.box.com/s/2dfu3r1al673rqg1perqia6z875cpm0g

Yes okasinski@anl.gov Yes, if not in use
Induction heater up to 1500oC Air

very fast heater, conductive material

https://anl.box.com/s/2dfu3r1al673rqg1perqia6z875cpm0g

No cchuang@anl.gov hard to move

 

Cryostats
                                              
         
         
         

 

 

01.17.2020