HAROLD JAY MILLER, MD
Medical Practice at Kelley St, Houston, TX
License number
Texas D3062
Category
Medical Practice
Type
Gynecology
Address
Address
5656 Kelley St, Houston, TX 77026
Phone
(713) 566-6600
(713) 566-4418 (Fax)
(713) 500-6412
(713) 500-7860 (Fax)
(713) 566-4418 (Fax)
(713) 500-6412
(713) 500-7860 (Fax)
Professional information
Sw Development Manager
Location:
Houston, Texas Area
Industry:
Oil & Energy
Work:
Lloyd's Register Technical Services
- Houston, Texas Area Nov 2010 - Sep 2012
-
Software Development Manager
Lloyd's Register Capstone
- Houston, Texas Area Jul 2008 - Nov 2010
-
Project Analyst
Chevron
2006 - 2008
-
Project Manger - Contractor
Hewlett-Packard
- Austin, Texas Area Apr 1990 - Oct 2005
-
Project Manager within FT System Development
Education:
Florida Institute of Technology 1972 - 1980
MSEE, BSEE, Computer Architecture
MSEE, BSEE, Computer Architecture
Dr. Harold J Miller - MD (Doctor of Medicine)
Hospitals:
6620 Main St, Houston 77030
16655 Southwest Fwy, Sugar Land 77479
BCM Department of Ob/Gyn
6651 Main St STE F320, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St STE 250, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St Ste STE 250, Houston 77030
Methodist Sugar Land Hospital
16655 South Southwest Fwy West, Sugar Land 77479
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
6620 Main St, Houston 77030
16655 Southwest Fwy, Sugar Land 77479
BCM Department of Ob/Gyn
6651 Main St STE F320, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St STE 250, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St Ste STE 250, Houston 77030
Methodist Sugar Land Hospital
16655 South Southwest Fwy West, Sugar Land 77479
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
16655 Southwest Fwy, Sugar Land 77479
BCM Department of Ob/Gyn
6651 Main St STE F320, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St STE 250, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St Ste STE 250, Houston 77030
Methodist Sugar Land Hospital
16655 South Southwest Fwy West, Sugar Land 77479
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
6620 Main St, Houston 77030
16655 Southwest Fwy, Sugar Land 77479
BCM Department of Ob/Gyn
6651 Main St STE F320, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St STE 250, Houston 77030
UT Physicians Women's Health Center
6410 Fannin St Ste STE 250, Houston 77030
Methodist Sugar Land Hospital
16655 South Southwest Fwy West, Sugar Land 77479
Memorial Hermann - Texas Medical Center
6411 Fannin St, Houston 77030
Education:
Medical Schools
Louisiana State Univ School Of Medicine In New Orleans
Graduated: 1960
Louisiana State Univ School Of Medicine In New Orleans
Graduated: 1960
Professor At Baylor College Of Medicine
Position:
professor at Baylor College of Medicine
Location:
Houston, Texas Area
Industry:
Research
Work:
Baylor College of Medicine
-
professor
Harold Jay Miller, Houston TX
Specialties:
OB-GYN
Address:
5656 Kelley St, Houston, TX 77026
6550 Fannin St, Houston, TX 77030
6620 Main St, Houston, TX 77030
6550 Fannin St, Houston, TX 77030
6620 Main St, Houston, TX 77030
Education:
Louisiana State University, School of Medicine (New Orleans) - Doctor of Medicine
LSU Interim Hospital - Residency - Obstetrics and Gynecology
LSU Interim Hospital - Residency - Obstetrics and Gynecology
Board certifications:
American Board of Obstetrics and Gynecology Certification in Obstetrics & Gynecology
Operations Manager At Convergys
Position:
Operations Manager at Convergys
Location:
Houston, Texas Area
Industry:
Telecommunications
Work:
Convergys
-
Operations Manager
Owner, Courtyard Salons
Position:
Owner at Courtyard Salons
Location:
Houston, Texas Area
Industry:
Consumer Services
Work:
Courtyard Salons
-
Owner
Oil-Soluble Metal Containing Sulfonated Polymers Useful As Oil Additives
US Patent:
4372862, Feb 8, 1983
Filed:
Oct 10, 1980
Appl. No.:
6/195847
Inventors:
Harold N. Miller - Houston TX
Assignee:
Exxon Research & Engineering Co. - Florham Park NJ
International Classification:
C10M 140, C10L 124
US Classification:
252 33
Abstract:
This invention relates to oil soluble, metal containing sulfonated polymers useful as additives for lubricating oils or hydrocarbon fuels and which are effective as dispersants. Such polymers of high molecular weight are also useful as viscosity-index improvers for the lubricating oils. The polymeric dispersant additives are ionic polymers which comprise a backbone substantially soluble in the fuel or lubricant, and pendant ionic groups which are sulfonic acid groups neutralized with a metal compound. Polymeric dispersant additives of this type may be made which are also capable of imparting excellent viscosity improvement, varnish inhibition, oxidation inhibition and detergency to the lubricant. These additives may also impart rust preventive properties to the oil or fuel, and as V. I. improvers they can be formed to have particularly good low temperature viscosity effects in lubricating oil.
Oil-Soluble Nitrogen Containing Sulfonated Polymers Useful As Oil Additives
US Patent:
4382005, May 3, 1983
Filed:
Jul 1, 1981
Appl. No.:
6/279669
Inventors:
Harold N. Miller - Houston TX
Assignee:
Exxon Research & Engineering Co. - Florham Park NJ
International Classification:
C10M 140, C10L 124
US Classification:
252 327E
Abstract:
This invention relates to oil soluble, nitrogen containing sulfonated polymers useful as additives for lubricating oil and fuel oil, which are effective as dispersants and viscosity modifiers. The polymeric dispersant additives are ionic polymers which comprise a backbone substantially soluble in the fuel or lubricant, and pendant ionic groups which are sulfonic acid groups which may be nuetralized with an ammonium cation or an amine. Polymeric dispersant additives of this type may be made which are particularly useful in crankcase lubricating oils for imparting viscosity improvement, varnish inhibition, oxidation inhibition and detergency to the lubricant. These additives may also impart rust preventive properties to the oil or fuel, and as V. I. improvers they can be formed to have particularly good low temperature viscosity effects in lubricating oil.