American Family Agent at American Family Insurance
Location:
Ottawa, Kansas
Industry:
Insurance
Work:
American Family Insurance since Feb 2013
American Family Agent
Realtime Products Jun 2009 - Oct 2012
Sales Rep
Cross MFG Jun 2008 - Jun 2009
Supervisor
Project Manager/ Estimator at General Development of Alabama, Co-owner at Pate House Publishing, Co-owner at Desjoyaux Pools of the Gulf Coast
Location:
Wilmer, Alabama
Industry:
Construction
Work:
General Development of Alabama since Mar 2012
Project Manager/ Estimator
Pate House Publishing since Feb 2011
Co-owner
Desjoyaux Pools of the Gulf Coast since 2009
Co-owner
Construction Solutions International Jun 2011 - Mar 2012
Superintendent, Estimator, Equipment Operator
Pate Construction LLC - Wilmer, AL Jun 2005 - Jun 2011
Owner
Education:
Mary G. Montgomery
Skills:
Carpentry Decks Drywall Contractors Driveways Demolition Land Clearing Framing Walls
Interests:
music, songwriting, farm and garden, investing, hot rods and guitars
Sushil H. Bhavnani - Auburn AL, US Daniel T. Pate - Atlanta GA, US Rory J. Jones - Meridianville AL, US
Assignee:
Auburn University - Auburn AL
International Classification:
F28F 7/00 B44C 1/22
US Classification:
165 804, 216 41
Abstract:
The stable cavity-induced two-phase heat transfer in silicon microchannels mitigates the flow of instabilities associated with two-phase (liquid/vapor) flow in microchannels. This is accomplished by etching microscopic cavities in the base of each microchannel using photolithography techniques. Each cavity is used to promote controlled nucleation activity. The microchannels with cavities are able to be used in heat sinks to cool a variety of electronic components.
Stable Cavity-Induced Two-Phase Heat Transfer In Silicon Microchannels
Daniel T. Pate - Auburn AL, US Rory J. Jones - Auburn AL, US
Assignee:
Auburn University - Auburn AL
International Classification:
B81C 1/00
US Classification:
216 2, 216 41
Abstract:
The stable cavity-induced two-phase heat transfer in silicon microchannels mitigates the flow of instabilities associated with two-phase (liquid/vapor) flow in microchannels. This is accomplished by etching microscopic cavities in the base of each microchannel using photolithography techniques. Each cavity is used to promote controlled nucleation activity. The microchannels with cavities are able to be used in heat sinks to cool a variety of electronic components.