Arthur E Clark

age ~65

from Tampa, FL

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Also known as:

Arthur Edward Clark
Authur E Clark
Clark Arthur
Chun Chiu Ng
Chi Yong
Ng Chiuchun

Connected to:

Arthur Clark Phones & Addresses

Tampa, FL
Paradise Valley, AZ
Phoenix, AZ
Indianapolis, IN
Adelphi, MD
Hermosa Beach, CA
Redondo Beach, CA
Maricopa, AZ
Washington, DC
Los Angeles, CA

Medicine Doctors

Dr. Arthur E Clark, Phoenix AZ - MD (Doctor of Medicine)

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Specialties:

Neuroradiology

Address:

Arizona Medical Imaging -Phoenix
11209 N Tatum Blvd, Phoenix, AZ 85028
602-248-8002 (Phone), 602-248-8399 (Fax)

Certifications:

Diagnostic Radiology, 1992
Neuroradiology, 1997

Awards:

Healthgrades Honor Roll

Languages:

English

Hospitals:

Arizona Medical Imaging -Phoenix
11209 N Tatum Blvd, Phoenix, AZ 85028

Phoenix Baptist Hospital
2000 West Bethany Home Road, Phoenix, AZ 85015

Arrowhead Hospital
18701 North 67Th Avenue, Glendale, AZ 85308

Paradise Valley Hospital
3929 East Bell Road, Phoenix, AZ 85032

West Valley Hospital
13677 West Mcdowell Road, Goodyear, AZ 85395

Maryvale Hospital
5102 West Campbell Avenue, Phoenix, AZ 85031

Philosophy:

To help people achieve health for life.

Education:

Medical School
Georgetown University School Of Medicine
Graduated: 1987
Medical School
Geo Washington University Hospital
Graduated: 1987
Medical School
University Pa Health Sys Presby M C
Graduated: 1987

Arthur Edward Clark, Phoenix AZ

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Specialties:

Diagnostic Radiology
Neuroradiology

Work:

Phoenix Baptist Hospital
11209 N Tatum Blvd, Phoenix, AZ 85028
Arrowhead Community
18701 N 67Th Ave, Glendale, AZ 85308

Education:

Georgetown University (1987)

Arthur E Clark, Phoenix AZ

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Specialties:

Radiologist

Address:

11209 N Tatum Blvd, Phoenix, AZ 85028

Education:

Doctor of Medicine

Board certifications:

American Board of Radiology Certification in Diagnostic Radiology (Radiology)

Us Patents

Efficiency Maximized Conversion Of Electrical To Mechanical Energy By Magnetostrictive Transduction
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US Patent:

6489695, Dec 3, 2002
Filed:

Jan 24, 2001
Appl. No.:

09/770795
Inventors:

James B. Restorff - College Park MD
Arthur E. Clark - Adelphi MD
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

H01L 4120
US Classification:

310 26, 318118
Abstract:

The efficiency of converting electrical energy into a mechanical output is maximized by alternatively matching selection of power supply for the drive coil applying a magnetic field to transducer element made of a magnetostrictive material having a near-zero magnetic anisotropy, or matching selection of the magnetostrictive material to the required magnetostriction for a given power supply.

Composite Vibration Damping System
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US Patent:

6533257, Mar 18, 2003
Filed:

Jun 21, 2001
Appl. No.:

09/888632
Inventors:

Arthur E. Clark - Adelphi MD
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

F16F 1300
US Classification:

26714015, 700 54
Abstract:

Plural vibration damping devices transmit to and receive energy from a distributor that is programmed to either dissipate the vibration induced energy produced by the devices or redistribute the vibration induced energy produced by some of the devices to minimize overall vibration without introduction of energy from an external source.

Preparation Of Positive Magnetostrictive Materials For Use Under Tension
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US Patent:

7479193, Jan 20, 2009
Filed:

Feb 11, 2005
Appl. No.:

11/058710
Inventors:

Arthur E. Clark - Adelphi MD, US
James B. Restorff - College Park MD, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

H01F 1/14
H01F 1/147
US Classification:

148108, 148103, 148121
Abstract:

A positive magnetostrictive material such as a ferromagnetic alloy is subjected to a magnetic field during annealing treatment while being heated for a predetermined period of time at an elevated temperature below its softening temperature followed by cooling resulting in a treated ferromagnetic material having high tensile strength and positive magnetostriction properties for enhancing use thereof under tensile loading conditions. Such treatment of the ferromagnetic alloy may be augmented by application thereto of a compressive stress.

High Magnetostriction Of Positive Magnetostrictive Materials Under Tensile Load
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US Patent:

7564152, Jul 21, 2009
Filed:

Jan 31, 2005
Appl. No.:

11/053753
Inventors:

Arthur E. Clark - Adelphi MD, US
James B. Restorff - College Park MD, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

H01L 41/00
H02N 2/00
US Classification:

310 26, 148108
Abstract:

An elongate structure having a magnetostrictive material composition is subjected to tensile stress in the longitudinal-axial direction, thereby generally orienting the magnetization of the elongate structure in the longitudinal-axial direction. Electrical current is conducted through the elongate structure and/or through at least one adjacent elongate conductor, thereby generally orienting the magnetization of the elongate structure in the transverse direction, generally in parallel with the transverse direction of the magnetic field concomitant the conduction of current through the elongate structure. The elongate structure magnetostrictively contracts due to the (generally 90) repositioning of the magnetization of the elongate structure. Examples of inventive configurational variants include: (i) an elongate structure itself conducting current; (ii) a hollow elongate structure accommodating placement therethrough of at least one elongate conductor; (iii) an elongate structure flanked by a pair of elongate conductors conducting current in opposite directions; (iv) plural elongate structures bordering a centralized elongate conductor.

Method Of Achieving High Transduction Under Tension Or Compression
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US Patent:

7597010, Oct 6, 2009
Filed:

Nov 15, 2005
Appl. No.:

11/274635
Inventors:

Arthur E. Clark - Adelphi MD, US
James B. Restorff - College Park MD, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

G01L 3/00
US Classification:

73862335
Abstract:

A method of using a magnetostrictive material to achieve a high magnetomechanical coupling factor comprising building an internal anisotropy energy into the magnetostrictive material and applying a tensile or compressive stress to the magnetostrictive material with the built-in internal anisotropy energy. The internal anisotropy energy is built into the magnetostrictive material by annealing the magnetostrictive material under an annealing stress or a suitable magnetic field. For a positive magnetostrictive material, when the annealing stress is compressive, the stress applied to the annealed material under operation is tensile, and when the annealing stress is the tensile, the stress applied to the annealed material under operation is compressive. For a negative magnetostrictive material, when the annealing stress is compressive, the stress applied to the annealed material under operation is tensile, and when the annealing stress is tensile, the stress applied to the annealed material under operation is compressive.

Bimetallic Strips For Energy Harvesting, Actuation And Sensing
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US Patent:

7834490, Nov 16, 2010
Filed:

Dec 19, 2007
Appl. No.:

12/006756
Inventors:

Arthur E. Clark - Adelphi MD, US
James B. Restorff - College Park MD, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

F02B 63/04
H01L 41/00
US Classification:

310 26, 310336, 290 1 R
Abstract:

Disclosed are bimetallic strips that incorporate magnetostrictive materials to enhance and provide sensing, actuating and energy harvesting functions. The bimetallic strips include a positive magnetostrictive Fe-based alloy layer and a flexible layer. The flexible layer may be a negative magnetostrictive layer or a permanent magnet layer. One or more permanent magnet materials may also be used in the arrangement. The bimetallic strips are inexpensive and easily manufactured, and have characteristics that enhance sensing and actuator applications, and enables energy harvesting.

Bimetallic Strips For Energy Harvesting, Actuation And Sensing
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US Patent:

7952239, May 31, 2011
Filed:

Jul 27, 2010
Appl. No.:

12/844559
Inventors:

Arthur E Clark - Adelphi MD, US
James B Restorff - College Park MD, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

F02B 63/04
H01L 41/00
US Classification:

310 26, 310336
Abstract:

Disclosed are bimetallic strips that incorporate magnetostrictive materials to enhance and provide sensing, actuating and energy harvesting functions. The bimetallic strips include a positive magnetostrictive Fe-based alloy layer and a flexible layer. The flexible layer may be a negative magnetostrictive layer or a permanent magnet layer. One or more permanent magnet materials may also be used in the arrangement. The bimetallic strips are inexpensive and easily manufactured, and have characteristics that enhance sensing and actuator applications, and enables energy harvesting.

Magnetostrictive Materials, Devices And Methods Using High Magnetostriction, High Strength Fega And Febe Alloys
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US Patent:

8308874, Nov 13, 2012
Filed:

Nov 29, 2005
Appl. No.:

11/296726
Inventors:

Arthur E. Clark - Adelphi MD, US
James B. Restorff - College Park MD, US
Thomas A. Lograsso - Ames IA, US
Rick Allen Kellogg - Tijeras NM, US
Assignee:

The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:

H01F 1/147
US Classification:

148306, 420103, 310 26
Abstract:

An alloy comprising:An alloy having a saturated magnetostriction of from about at least 150 ppm comprising:.

Isbn (Books And Publications)

The Primary Degenerative Dementias Other Than Alzheimer's Disease

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Author
Arthur W. Clark

ISBN #
0890897131