SCOTT H HUNG, M.D.
Marriage and Family Therapists at Resource Pkwy, Houston, TX
License number
Texas J6496
Category
Osteopathic Medicine
Type
Family Medicine
Address
Address
10950 Resource Pkwy SUITE A, Houston, TX 77089
Phone
(281) 484-5587
(281) 506-1013 (Fax)
(281) 506-1013 (Fax)
Personal information
See more information about SCOTT H HUNG at radaris.comName
Address
Phone
10950 Resource Pkwy #A, Houston, TX 77089
1402 Bentlake Ln, Pearland, TX 77581
Houston, TX
8181 El Mundo St, Houston, TX 77054
5022 Broadway St, Pearland, TX 77581
Organization information
See more information about SCOTT H HUNG at bizstanding.comCampbell Family Practice - Scott H Hung MD
10950 Resource Pkwy STE A, Houston, TX 77089
Categories:
Family & General Practice Physicians & Surgeons
Phone:
(281) 484-5587 (Phone)
SCOTT H. HUNG, M.D., PA
10950 Resource Pkwy STE A, Houston, TX 77089
Industry:
Medical Doctor's Office, Nonclassifiable Establishments
Doing business as:
Scott H. Hung, M.D., PA
Registration:
Nov 6, 1998
State ID:
0081955903
Business type:
Professional Association
President , Treasurer , Secretary , Director , Member , Vice-President:
Scott H. Hung (President , Treasurer , Secretary , Director , Member , Vice-President)
Agent:
Scott Houson Hung,1402 Bentlake Ln, Pearland, TX 77581 (Physical)
TIN:
32036002759
Professional information
Dr. Scott H Hung - MD (Doctor of Medicine)
Hospitals:
10950 Resource Pkwy SUITE A, Houston 77089
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
Memorial Hermann Southeast Hospital
11800 Astoria Blvd, Houston 77089
St. Luke's Patients Medical Center
4600 East Sam Houston Pkwy South, Pasadena 77505
10950 Resource Pkwy SUITE A, Houston 77089
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
Memorial Hermann Southeast Hospital
11800 Astoria Blvd, Houston 77089
St. Luke's Patients Medical Center
4600 East Sam Houston Pkwy South, Pasadena 77505
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
Memorial Hermann Southeast Hospital
11800 Astoria Blvd, Houston 77089
St. Luke's Patients Medical Center
4600 East Sam Houston Pkwy South, Pasadena 77505
10950 Resource Pkwy SUITE A, Houston 77089
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
Memorial Hermann Southeast Hospital
11800 Astoria Blvd, Houston 77089
St. Luke's Patients Medical Center
4600 East Sam Houston Pkwy South, Pasadena 77505
Education:
Medical Schools
University Of Texas Medical School At Houston
Graduated: 1991
University Of Texas Medical School At Houston
Graduated: 1991
Scott Houson Hung, Houston TX
Specialties:
Family Physician
Address:
10950 Resource Pkwy, Houston, TX 77089
Education:
University of Texas (Houston), Medical School - Doctor of Medicine*
Board certifications:
American Board of Family Medicine Certification in Family Medicine*
Owner, Cgh Family Medicine
Position:
Owner at CGH Family Medicine
Location:
Houston, Texas Area
Industry:
Medical Practice
Work:
CGH Family Medicine
-
Owner
Transfer Of Polymer Particles Between Vapor Phase Polymerization Reactors Containing Quench-Cooled Subfluidized Particulate Beds Of Polymerized Monomer
US Patent:
6069212, May 30, 2000
Filed:
Aug 19, 1997
Appl. No.:
8/914683
Inventors:
Scott Ching-Sheng Hung - Houston TX
Kwok-Fu Lee - Houston TX
Joseph Michael Aubuchon - Houston TX
Daryl Henry Webster - Gainesville GA
James Hanawalt Lee - Naperville IL
Kwok-Fu Lee - Houston TX
Joseph Michael Aubuchon - Houston TX
Daryl Henry Webster - Gainesville GA
James Hanawalt Lee - Naperville IL
Assignee:
BP Amoco Corporation - Chicago IL
International Classification:
C08F 1006, C08F 234
US Classification:
526 65
Abstract:
Method and apparatus are described for continuous vapor phase polymerization of a polymerizable monomer or mixture thereof to produce normally solid polymer substances in two or more serially disposed vapor phase polymerization reactors, each containing a quench-cooled subfluidized particulate bed of polymerized monomer. More specifically, method and apparatus for transfer of polymer particles between high pressure, reactive gas-filled, continuous, vapor-phase polymerization reactors while maintaining each at independently selected operating conditions.