Jason D Henrie

age ~54

from Snohomish, WA

Also known as:
  • Jason Dale Henrie
  • Dale Henrie
Phone and address:
12802 69Th Dr SE, Snohomish, WA 98296
4259313705

Jason Henrie Phones & Addresses

  • 12802 69Th Dr SE, Snohomish, WA 98296 • 4259313705
  • Santa Clara, CA
  • 5508 Avery Ln, Mc Kinney, TX 75070 • 2147261488 • 9725470156
  • Danville, CA
  • Saint George, UT
  • Allen, TX
  • Los Altos, CA
  • Pleasanton, CA

Resumes

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Jason Henrie

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Location:
United States

Us Patents

  • Stack Pumped Vanadate Amplifier

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  • US Patent:
    6417955, Jul 9, 2002
  • Filed:
    Dec 14, 1999
  • Appl. No.:
    09/461517
  • Inventors:
    James D. Kafka - Mountain View CA
    James B. Clark - Campbell CA
    Jason D. Henrie - Los Altos CA
  • Assignee:
    Spectra Physics Lasers, Inc. - Mountian View CA
  • International Classification:
    H01S 3098
  • US Classification:
    359333
  • Abstract:
    An amplifier uses a two-dimensional array of cw diodes to produce a pump beam. A coupler is positioned to receive the pump beam. The coupler reduces a cross-sectional dimension of the pump beam and creates a modified pump beam. A vanadate gain medium is positioned adjacent to the coupler. The vanadate gain medium absorbs at least a portion of the modified pump beam and is positioned to receive an input beam from an input beam source and produce an amplified output beam.
  • Diode-Pumped Laser With Funnel-Coupled Pump Source

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  • US Patent:
    6665328, Dec 16, 2003
  • Filed:
    Sep 22, 1999
  • Appl. No.:
    09/401146
  • Inventors:
    Jason D. Henrie - Los Altos CA
  • Assignee:
    Spectra Physics, Inc. - Mountain View CA
  • International Classification:
    H01S 309
  • US Classification:
    372 69, 372 92, 372 99, 372 96, 372 98, 372103
  • Abstract:
    An optically pumped laser has a gain medium positioned inside of an optical resonator cavity and disposed about a resonator optical axis. An optical pumping source is positioned outside of the optical resonator cavity. A reflective coupler with a coupler body, and an interior volume passing therethrough is positioned proximal to the optical pumping source. Light from the pumping source passes into an entrance aperture of the reflective coupler to an exit aperture of the reflective coupler positioned distal to the optical pumping source. The interior volume of the reflective coupler is bounded by a reflective surface, an entrance aperture and the exit aperture, and is substantially transparent to radiation from the optical pumping source. The reflective surface has a high reflectivity matched to radiation from the optical pumping source. The reflective coupler directs radiation from the optical pumping source into the optical resonator cavity and gain medium, conditioning the numerical aperture and spatial intensity distribution across the exit aperture.
  • Reducing Leading Edge Transients Using Co-Propagating Pumps

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  • US Patent:
    6825973, Nov 30, 2004
  • Filed:
    Mar 15, 2002
  • Appl. No.:
    10/100617
  • Inventors:
    Andrej B. Puc - Allen TX
    Michel W. Chbat - Allen TX
    Jason D. Henrie - McKinney TX
    Sergey P. Burtsev - Allen TX
    Frederic L. Barthelemy - Allen TX
    Ned A. Weaver - Garland TX
  • Assignee:
    Xtera Communications, Inc. - Allen TX
  • International Classification:
    H01S 300
  • US Classification:
    359334
  • Abstract:
    An optical amplifier includes at least one amplification stage having a saturation recovery time of less than one (1) millisecond. The amplification stage includes a gain medium operable to receive at least one pump signal and to receive from a multiple span communication link an optical signal comprising a leading edge. The at least one pump signal and the optical signal travel in the same direction at approximately the same speed through at least a portion of the gain medium. In one particular embodiment the leading edge of the optical signal after passing through a plurality of amplifiers when received by a receiver coupled to the communication link comprises a peak power that is no more than ten times the average power of the optical signal at the receiver.
  • Diode-Pumped Laser With Funnel-Coupled Pump Source

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  • US Patent:
    6970493, Nov 29, 2005
  • Filed:
    Dec 16, 2003
  • Appl. No.:
    10/738124
  • Inventors:
    Jason D. Henrie - Los Altos CA, US
  • Assignee:
    Spectra Physics, Inc. - Mountain View CA
  • International Classification:
    H01S003/09
  • US Classification:
    372 69, 372 92, 372 99, 372103
  • Abstract:
    An optically pumped laser has a gain medium positioned inside of an optical resonator cavity and disposed about a resonator optical axis. An optical pumping source is positioned outside of the optical resonator cavity. A reflective coupler with a coupler body, and an interior volume passing therethrough is positioned proximal to the optical pumping source. Light from the pumping source passes into an entrance aperture of the reflective coupler to an exit aperture of the reflective coupler positioned distal to the optical pumping source. The interior volume of the reflective coupler is bounded by a reflective surface, an entrance aperture and the exit aperture, and is substantially transparent to radiation from the optical pumping source. The reflective surface has a high reflectivity matched to radiation from the optical pumping source. The reflective coupler directs radiation from the optical pumping source into the optical resonator cavity and gain medium, conditioning the numerical aperture and spatial intensity distribution across the exit aperture.
  • Method And Apparatus For Optical Delivery Fiber Having Cladding With Absorbing Regions

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  • US Patent:
    7835608, Nov 16, 2010
  • Filed:
    Mar 20, 2007
  • Appl. No.:
    11/688854
  • Inventors:
    John D. Minelly - Mill Creek WA, US
    Jason D. Henrie - Snohomish WA, US
  • Assignee:
    Lockheed Martin Corporation - Bethesda MD
  • International Classification:
    G02B 6/36
  • US Classification:
    385126, 385144, 385 50
  • Abstract:
    Apparatus and method for distributed absorption of pump light over a length of delivery fiber that is, for example in some embodiments, fusion spliced to an end of a multiply clad gain fiber that has significant unused pump light at the end of the gain fiber. In some embodiments, this includes coupling a fiber amplifier to a passive-core delivery fiber that includes a distributed pump dump. In some embodiments, at an output end of the amplifying fiber there is still a significant amount of pump power. If all this pump power is dumped in one small place (e. g. , at a splice between the amplifying fiber and a passive delivery fiber) a hot spot will result, leading to unreliable devices that fail (have catastrophic changes in operating performance). The present invention provides a distributed pump dump built into a delivery fiber that is passive to the signal in its core.
  • Apparatus And Method To Suppress Gain-Switched Spikes In Fiber Laser Amplifier Systems

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  • US Patent:
    8254419, Aug 28, 2012
  • Filed:
    Aug 2, 2011
  • Appl. No.:
    13/196767
  • Inventors:
    Matthias P. Savage-Leuchs - Woodinville WA, US
    Lawrence A. Borschowa - Woodinville WA, US
    Eric C. Honea - Seattle WA, US
    Jason D. Henrie - Snohomish WA, US
  • Assignee:
    Lockheed Martin Corporation - Bethesda MD
  • International Classification:
    H01S 3/30
    H01S 3/10
    H01S 3/13
  • US Classification:
    372 25, 372 6, 372 30, 372 31
  • Abstract:
    Apparatus and method for generating controlled-linewidth laser-seed-signals for high-powered fiber-laser amplifier systems. In some embodiments, the natural chirp (frequency change of laser light over a short start-up time) of a DBR laser diode when driven by pulsed current is used to broaden the linewidth of the laser output, while adjusting the peak current and/or the pulse duration to obtain the desired linewidth.
  • Diode-Pumped Laser With Funnel-Coupled Pump Source

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  • US Patent:
    20030206570, Nov 6, 2003
  • Filed:
    Apr 14, 2003
  • Appl. No.:
    10/413777
  • Inventors:
    Jason Henrie - Los Altos CA, US
    William Nighan - Menlo Park CA, US
  • International Classification:
    H01S003/04
    H01S003/091
    H01S003/092
    H01S003/094
    H01S003/08
  • US Classification:
    372/099000, 372/070000, 372/075000, 372/092000, 372/034000, 372/035000
  • Abstract:
    An optically pumped laser has a gain medium positioned inside of an optical resonator cavity and disposed about a resonator optical axis. An optical pumping source is positioned outside of the optical resonator cavity. A reflective coupler with a coupler body, and an interior volume passing therethrough is positioned proximal to the optical pumping source. Light from the pumping source passes into an entrance aperture of the reflective coupler to an exit aperture of the reflective coupler positioned distal to the optical pumping source. The interior volume of the reflective coupler is bounded by a reflective surface, an entrance aperture and the exit aperture, and is substantially transparent to radiation from the optical pumping source. The reflective surface has a high reflectivity matched to radiation from the optical pumping source. The reflective coupler directs radiation from the optical pumping source into the optical resonator cavity and gain medium, conditioning the numerical aperture and spatial intensity distribution across the exit aperture.
  • Third-Harmonic Generator With Uncoated Brewster-Cut Dispersive Output Facet

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  • US Patent:
    58504079, Dec 15, 1998
  • Filed:
    Nov 25, 1997
  • Appl. No.:
    8/977820
  • Inventors:
    William M. Grossman - Los Altos CA
    Jason D. Henrie - Santa Clara CA
  • Assignee:
    Lightwave Electronics Corporation - Mountain View CA
  • International Classification:
    H01S 310
  • US Classification:
    372 22
  • Abstract:
    A third-harmonic crystal has a Brewster-cut dispersive output surface for separating the p-polarized fundamental and third-harmonic beams without introducing losses into the beams. The output surface of the third-harmonic crystal is optically uncoated, and thus insensitive to potential ultraviolet (UV)-induced damage. Frequency doubling and tripling lithium triborate (LBO) crystals are used with a Brewster-cut Nd-YAG active medium in a resonant cavity to generate UV light at 355 nm from infrared (IR) light at 1064 nm. Except for the tripling crystal output surface, the doubling and tripling crystal optical surfaces are normal-cut and anti-reflection (AR) coated.

Medicine Doctors

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Jason D. Henrie

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Specialties:
Radiology, Vascular & Interventional Rad
Work:
Utah Valley Radiology Associates
1034 N 500 W, Provo, UT 84604
8012256246 (phone), 8012251525 (fax)

Utah Radiology AssociatesIntermountain Vein Center
1055 N 300 W STE 308, Provo, UT 84604
8013796700 (phone), 8013796800 (fax)
Languages:
English
Spanish
Description:
Mr. Henrie works in Provo, UT and 1 other location and specializes in Radiology and Vascular & Interventional Rad. Mr. Henrie is affiliated with American Fork Hospital, Orem Community Hospital, San Juan Healthcare Services and Utah Valley Regional Medical Center.

Classmates

Jason Henrie Photo 6

Jas Henrie North Sevier ...

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Jason Henrie 1993 graduate of North Sevier High School in Salina, UT is on Memory Lane. Get caught up with Jason and other high school alumni from North Sevier
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Jason Henrie

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Schools:
Halstead High School Halstead KS 1985-1989
Community:
Ivan Morfitt, Darcy Oviatt, Lea Behlmann, Scott Seirer, Bill Ramsey, Shelly Alexander, Audra Keller, Rick Morace, Ron Powell, Sandra Davison, Jeanna Puentes
Jason Henrie Photo 8

West Jordan Junior High S...

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Graduates:
Paul Eichling (1957-1961),
Jason Henrie (1985-1989),
Dana Horrocks (1999-2003),
Letterio Giliberto (1960-1964)
Jason Henrie Photo 9

Halstead High School, Hal...

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Graduates:
Jason Henrie (1985-1989),
Briana Logsdon (1996-2000),
Nolan Dealy (1993-1997),
Erin Bunting (1992-1995),
Barry Unruh (1965-1969),
Dale Bender (1942-1946)
Jason Henrie Photo 10

Baker University, Baldwin...

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Graduates:
Jason Henrie (1989-1993),
Douglas Evans (2001-2002),
Victoria Danilov (2002-2004)

Googleplus

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Jason Henrie

About:
Page for the executive of the Vernon Minor football executive.
Tagline:
Vernon and District Minor football documents
Jason Henrie Photo 12

Jason Henrie

Jason Henrie Photo 13

Jason Henrie

Tagline:
PROSHOTZ EVENT PHOTOGRAPHY / JASON HENRIE

Mylife

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Jas Henrie Clearfield UT

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View Jason Henrie's online profile. Reconnect with old friends and lost loves at MyLife. Find Everyone from Your Past.

Youtube

Unreleased Video - Reasons Why Jason David Fr...

Unreleased Video - Reasons Why Jason David Frank The Green Power Range...

  • Duration:
    8m 6s

Song: Mental Gymnastics - Jason Sadites, Jaso...

Here is a...

  • Duration:
    4m 54s

Cipher - Isolated Wal Bass & Drums (Jason Hen...

Here are some raw, isolated tracks of Jason Henrie's Wal bass and Thom...

  • Duration:
    3m 17s

Jason Henrie - Sandberg MarloweDK Video Conte...

this is an entry to the 2012 sandberg guitars video contest. more info...

  • Duration:
    1m 47s

Jason Richard Henrie 1973 Winter Video

At first Orem Home ~ 1973 Video and Narration by Bonnie and J Richard ...

  • Duration:
    3m 22s

Melodic tapping on bass guitar; two hand tech...

bass tapping; two hand technique; soloing; slapping solo guitar three ...

  • Duration:
    1m 1s

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