WILLIAM ANSEL MACKIE
Pilots at Redmond Hl Rd, Mcminnville, OR
License number
Oregon A4087635
Issued Date
Mar 2017
Expiration Date
Mar 2019
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
3251 SW Redmond Hill Rd, Mcminnville, OR 97128
Personal information
See more information about WILLIAM ANSEL MACKIE at radaris.comName
Address
Phone
5880 SE Booth Bend Rd, McMinnville, OR 97128
3251 SW Redmond Hill Rd, McMinnville, OR 97128
Professional information
Method Of Producing Rapid Heating Of A Cathode Installed In A Thermionic Emission Assembly
US Patent:
2014006, Mar 6, 2014
Filed:
Nov 11, 2013
Appl. No.:
14/077051
Inventors:
William Mackie - McMinnville OR, US
Larry Southall - McMinnville OR, US
Gary Cabe - McMinnville OR, US
Cory Fast - McMinnville OR, US
Larry Southall - McMinnville OR, US
Gary Cabe - McMinnville OR, US
Cory Fast - McMinnville OR, US
Assignee:
Applied Physics Technologies, Inc. - McMinnville OR
International Classification:
H01J 9/04
US Classification:
445 29
Abstract:
A thermionic emission assembly includes a Wehnelt cap that has a cap beam aperture and a cavity within which a cathode is supported. Electrical energy applied to the cathode causes it to reach a sufficiently high temperature to emit a beam of electrons that propagate through the cap beam aperture. An anode having an anode beam aperture is positioned in spatial alignment with the cap beam aperture to receive the electrons. The anode accelerates the electrons and directs them through the anode beam aperture for incidence on a target specimen. A ceramic base forms a combined interface that electrically and thermally separates the Wehnelt cap and the anode. The thermal isolation of the Wehnelt cap from the anode allows the Wehnelt cap to increase in heat to rapidly reach a stable temperature as the cathode emits the beam of electrons.
Pre-Aligned Thermionic Emission Assembly
US Patent:
8581481, Nov 12, 2013
Filed:
Feb 25, 2011
Appl. No.:
13/035707
Inventors:
Gerald Magera - Hillsboro OR, US
William Mackie - McMinnville OR, US
Larry Southall - McMinnville OR, US
Gary Cabe - McMinnville OR, US
Cory Fast - McMinnville OR, US
William Mackie - McMinnville OR, US
Larry Southall - McMinnville OR, US
Gary Cabe - McMinnville OR, US
Cory Fast - McMinnville OR, US
Assignee:
Applied Physics Technologies, Inc. - McMinnville OR
International Classification:
H01J 9/02
US Classification:
313310, 313311
Abstract:
A thermionic emission assembly includes a Wehnelt cap that has a cap beam aperture and a cavity within which a cathode is supported. Electrical energy applied to the cathode causes it to reach a sufficiently high temperature to emit a beam of electrons that propagate through the cap beam aperture. An anode having an anode beam aperture is positioned in spatial alignment with the cap beam aperture to receive the electrons. The anode accelerates the electrons and directs them through the anode beam aperture for incidence on a target specimen. A ceramic base forms a combined interface that electrically and thermally separates the Wehnelt cap and the anode. The interface thermally isolates the Wehnelt cap from the anode to allow the cathode to rapidly reach the sufficiently high temperature to emit the beam of electrons.
X-Ray Source With High-Temperature Electron Emitter
US Patent:
2012026, Oct 25, 2012
Filed:
Nov 18, 2011
Appl. No.:
13/373555
Inventors:
David L. Adler - San Jose CA, US
William Ansel MacKie - McMinnville OR, US
William Ansel MacKie - McMinnville OR, US
International Classification:
H01J 35/14
US Classification:
378138
Abstract:
An x-ray source is described. This x-ray source includes an electron source with a refractory binary compound having a melting temperature greater than that of tungsten. For example, the refractory binary compound may include: hafnium carbide, zirconium carbide, tantalum carbide, lanthanum hexaboride and/or compounds that include two or more of these elements.