JOHN PATRICK WOODS, D.O
Student, Health Care at Knights Rd, Philadelphia, PA

License number
Pennsylvania OT014395
Category
Student, Health Care
Type
Student in an Organized Health Care Education/Training Program
Address
Address
10800 Knights Rd, Philadelphia, PA 19114
Phone
(215) 612-4000

Personal information

See more information about JOHN PATRICK WOODS at radaris.com
Name
Address
Phone
John Woods
48 S 9Th St, Akron, PA 17501
John Woods, age 68
508 Carolina Dr, Oakdale, PA 15071
(412) 787-0109
John Woods, age 69
447 W Baltimore Ave, Media, PA 19063
John Woods
437 Cooper Pl, York, PA 17401
John Woods
4410 Kinter Hill Rd, Edinboro, PA 16412

Professional information

John Woods Photo 1

John Woods - Philadelphia, PA

Work:
Leslie's pool service
Assistant Technician
Garden accents - West Conshohocken, PA
Maintenance Technician
Equipment resources and solutions - Warminster, PA
Laborer
Education:
Orleans technical institute - Philadelphia, PA
Diploma in Electricity
Woodlynde School - Strafford, PA
Diploma in General studies
Skills:
Electrical, plumbing, maintenance, painting


John Woods Photo 2

Engineering Manager At Raytheon

Position:
Engineering Manager at Raytheon
Location:
Greater Philadelphia Area
Industry:
Defense & Space
Work:
Raytheon - Engineering Manager


John Woods Photo 3

Independent Retail Professional

Location:
Greater Philadelphia Area
Industry:
Retail


John P Woods Photo 4

Dr. John P Woods, Philadelphia PA - DO (Doctor of Osteopathic Medicine)

Specialties:
General Surgery
Address:
10800 Knights Rd, Philadelphia 19114
(215) 612-4000 (Phone)
GEISINGER WYOMING VALLEY MEDICAL CENTER
1000 E Mountain Dr, Wilkes Barre 18711
(800) 275-6401 (Phone)
Languages:
English


John Woods Photo 5

Method Of Making Temperature Sensitive Device And Device Made Thereby

US Patent:
4323875, Apr 6, 1982
Filed:
Jan 21, 1981
Appl. No.:
6/226559
Inventors:
Joseph A. Tentarelli - Drexel Hill PA
Richard L. Wahlers - Churchville PA
John G. Woods - Philadelphia PA
Assignee:
TRW, Inc. - Cleveland OH
International Classification:
H01C 304, H01C 702, B05D 512
US Classification:
338 25
Abstract:
A method of making a thin nickel film temperature sensitive device with a relatively high positive temperature coefficient of resistance utilizing a film of nickel deposited from a bulk nickel source onto an electrically insulating substrate, and device made thereby including the step of heat treating a resistor element having a thin film of nickel deposited on an electrically insulating substrate by heating in a reducing atmosphere to a peak temperature of at least 550. degree. C. , over a heating cycle of at least about 20 minutes. The nickel film of the heat treated resistor element has a selected temperature coefficient of resistance which is at least 60% of the value of the coefficient for the bulk nickel and a sheet resistance of at least one ohm per square which properties are determined by the heat treating temperature and cycle time, and the thickness of the nickel film. The resistor element can be made by vacuum depositing the nickel film to the desired thickness onto the insulating substrate, and affixing terminations to the ends of the resistor element and applying a protective outer coating to the nickel film after the heat treating of the element.