Kevin Hayes - Santa Monica CA Antonino C. Mattina - Pasadena CA Brian Matthew Michaelis - Loma Linda CA Kenneth Mori - Los Angeles CA Ernesto V. Quinteros - Los Angeles CA Mark R. Westcott - Newbury Park CA
Robert Smith - Costa Mesa CA, US Brian Michaelis - Loma Linda CA, US
International Classification:
F03B001/00
US Classification:
075331000
Abstract:
A temperature control device and methods that facilitate highly efficient thermal control of in-flight material. The temperature control device includes a two piece disc shaped body formed of an insulating material with a stepped second axial passage extending there through. A diffuser is mounted within a stepped portion of the axial passage in spaced relation with a lateral wall of the passage. A heat exchanger extends about the exterior of the diffuser between the diffuser and the lateral wall. In operation, gas flows from a gas flow passageway into the space between the diffuser and the lateral wall, and then diffuses into an interior space of the diffuser as material, such as a droplet stream, passes through the passage and cooled or heated accordingly. The temperature of droplets passing through the passage can be precisely altered up to about 90 F. in 10 ms (milliseconds).
Kevin Hayes - Santa Monica CA Antonino C. Mattina - Pasadena CA Kenneth Mori - Los Angeles CA Ernesto V. Quinteros - Los Angeles CA Mark R. Westcott - Newbury Park CA Brian Matthew Michaelis - Loma Linda CA
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Brian Michaelis 1994 graduate of Silver Creek High School in San jose, CA is on Memory Lane. Get caught up with Brian and other high school alumni from Silver
Michaelis Brian 2003 graduate of Guadalupe Elementary School in San jose, CA is on Memory Lane. Get caught up with Michaelis and other high school alumni from