MRS. SARA PIRTLE ROBINSON, LPC
Mental Health at Del Mar Dr, Charlottesville, VA

License number
Virginia 0701005145
Category
Mental Health
Type
Mental Health
Address
Address
1605 Del Mar Dr, Charlottesville, VA 22903
Phone
(804) 366-0821

Personal information

See more information about SARA PIRTLE ROBINSON at radaris.com
Name
Address
Phone
Sara Robinson
503 Kent Dr, Portsmouth, VA 23702
(757) 967-8190
Sara Robinson
3162 Lonesome Mountain Rd, Charlottesvle, VA 22911
(434) 973-3592
Sara Robinson
3740 Howerton Rd, Dunnsville, VA 22454
(804) 443-4637
Sara M Robinson, age 77
3162 Lonesome Mountain Rd, Charlottesvle, VA 22911
(434) 973-3592
(434) 975-3429
(804) 973-3592
(804) 975-3429
Sara J Robinson, age 55
3959 Horse Run Gln, Newport News, VA 23602
(757) 369-4872

Professional information

Sara Robinson Photo 1

Independent Writing And Editing Professional

Location:
Charlottesville, Virginia Area
Industry:
Writing and Editing
Education:
Univeristy of South Florida 1969 - 1971
Master of Arts (M.A.), Zoology/Animal Biology
Florida Southern College(Lakeland, FL) 1965 - 1969
Bachelor of Science (B.S.), Biology, General


Sara P Robinson Photo 2

Sara P Robinson, Charlottesville VA - LPC (Licensed professional counselor)

Specialties:
Counseling
Address:
1605 Del Mar Dr, Charlottesville 22903
Languages:
English


Sara Robinson Photo 3

Reinforcement Of Ceramic Bodies With Wollastonite

US Patent:
6037288, Mar 14, 2000
Filed:
Apr 30, 1997
Appl. No.:
8/848305
Inventors:
Sara M. Robinson - Charlottesville VA
Donald B. Craig - Peru NY
International Classification:
C04B 3324, C04B 3580
US Classification:
501 951
Abstract:
The use of wollastonite fibers having relatively long average fiber lengths as reinforcement agents for unfired sanitaryware bodies. The addition of refined wollastonite to sanitaryware bodies exhibited improved resistance to propagation of cracks, reduced drying and firing shrinkage, fluxing activity, an HF release inhibition upon firing. Reduced shrinkage and increased permeability improves the resistance to cracking during rapid drying and allows faster time schedules to be employed.