DR. THOMAS LOWELL MOORE, PH.D.
Social Work at Hermitage Dr, Florence, AL

License number
Alabama 1402
Category
Social Work
Type
Professional
License number
Alabama 187291
Category
Social Work
Type
School
Address
Address
1711 Hermitage Dr, Florence, AL 35630
Phone
(205) 910-2233

Professional information

Thomas Moore Photo 1

Thomas Moore - Florence, AL

Work:
Counseling and Evaluation Services
Self-employed
East Mississippi Correctional Facility - Meridian, MS
Psychologist
Hall County School System - Gainesville, GA
School Psychologist
University of Alabama-Birmingham Center - Birmingham, AL
Employee Assistance Director
Reynolds Metals Company - Sheffield, AL
Southeast Regional Employee Assistance Coordinator
Reynolds Metals Company - Montevallo, AL
Adjunct Professor
Elmore County Board of Education - Wetumpka, AL
School Psychologist
Self-employed - Florence, AL
Counselor
Marshall-Jackson Mental Health Center - Guntersville, AL
Psychotherapist
Military Intelligence
advisor for South Vietnamese military counter-intelligence efforts
Skills:
Trauma response training and certification (CISD, Trauma Resolution Therapy)


Thomas L Moore Photo 2

Dr. Thomas L Moore, Florence AL - PHD

Specialties:
Counseling, Psychology, School Psychology
Address:
1711 Hermitage Dr, Florence 35630
Languages:
English


Thomas Moore Photo 3

Slag Decarbonization With A Phase Inversion

US Patent:
4409021, Oct 11, 1983
Filed:
May 6, 1982
Appl. No.:
6/375492
Inventors:
Thomas W. Moore - Florence AL
Assignee:
Reynolds Metals Company - Richmond VA
International Classification:
C22B 402, C22B 2102
US Classification:
75 10R
Abstract:
A batch method is described for decarbonizing aluminum primary furnace product from an aluminum carbide content of up to about 35% to a useful content of about 2% Al. sub. 4 C. sub. 3. The method maximizes mass transfer of the aluminum carbide from molten primary furnace product to molten slag and molten alumina in a decarbonization furnace which has elevatable electrodes and is operated in the extraction mode according to the equation: Al. sub. 4 C. sub. 3 +4Al. sub. 2 O. sub. 3. fwdarw. Al. sub. 4 O. sub. 4 C. The method comprises forming an overlying molten layer of primary furnace product, preferably as an aluminum alloy containing 9. 5% Al. sub. 4 C. sub. 3 and 12% Al. sub. 2 O. sub. 3 and at a temperature of about 2100. degree. C. , and an underlying molten layer of slag, at a temperature of about 1900. degree. C.