DONALD E STOWELL, MD
Radiology at 10 St, Oklahoma City, OK
License number
Oklahoma 21190
Category
Radiology
Type
Surgery
License number
Oklahoma 21190
Category
Radiology
Type
Surgical Critical Care
License number
Oklahoma 21190
Category
Radiology
Type
Trauma Surgery
License number
Oklahoma 21190
Category
Radiology
Type
Thoracic Surgery (Cardiothoracic Vascular Surgery)
Address
Address
825 NE 10Th St, Oklahoma City, OK 73104
Phone
(405) 271-8096
Organization information
See more information about DONALD E STOWELL at bizstanding.comUniversity-Ok Health Sciences - Donald E Stowell MD
920 Stanton L Young Blvd #223, Oklahoma City, OK 73104
Categories:
Cardiology Physicians & Surgeons, General Surgeons, Physicians & Surgeons
Phone:
(405) 271-5789 (Phone)
Professional information
Dr. Donald E Stowell, Oklahoma City OK - MD (Doctor of Medicine)
Specialties:
Cardiac Surgery
Address:
OU Physicians General Surgery
825 NE 10Th St STE 4500, Oklahoma City 73104
(405) 271-7912 (Phone)
825 NE 10Th St STE 4500, Oklahoma City 73104
(405) 271-7912 (Phone)
Conditions:
Congestive Heart Failure, Heart Attack (Acute Myocardial Infarction)
Certifications:
Anesthesiology, 1987, General Surgery, 2004, Thoracic Cardiovascular Surgery, 2011
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
OU Physicians General Surgery
825 NE 10Th St STE 4500, Oklahoma City 73104
Saint Anthony Hospital
1000 North Lee Ave, Oklahoma City 73102
825 NE 10Th St STE 4500, Oklahoma City 73104
Saint Anthony Hospital
1000 North Lee Ave, Oklahoma City 73102
Education:
Medical School
University of Oklahoma / Health Sciences Center
Graduated: 1982
University Of Ok College Of Med
University Of Ut Med Center
University of Oklahoma / Health Sciences Center
Graduated: 1982
University Of Ok College Of Med
University Of Ut Med Center
Donald Stowell, Oklahoma City OK
Specialties:
Anesthesiology, Surgery, Surgical Critical Care, Trauma Surgery, Thoracic Surgery, Cardiothoracic Vascular Surgery
Work:
Oklahoma Universtiy Physicians
825 NE 10Th St, Oklahoma City, OK 73104
825 NE 10Th St, Oklahoma City, OK 73104
Education:
University of Oklahoma(1982)
Production Of High Strength Alumina Spheres By Hydrogelling Corresponding Slurries
US Patent:
4198318, Apr 15, 1980
Filed:
Nov 24, 1978
Appl. No.:
5/963594
Inventors:
Donald E. Stowell - Oklahoma City OK
R. Tom Jackson - Ponca City OK
Larry L. Bendig - Ponca City OK
R. Tom Jackson - Ponca City OK
Larry L. Bendig - Ponca City OK
Assignee:
Conoco, Inc. - Ponca City OK
International Classification:
B01J 2104, B01J 3508, C01F 702
US Classification:
252448
Abstract:
Alumina spheres having high crush strength are produced by hydrogelling low viscosity acidified alumina slurries in a surfactant-containing ammonia solution, said slurries being inserted into the ammonia solution dropwise.
High Pore Volume Alumina Powders
US Patent:
4218413, Aug 19, 1980
Filed:
Dec 18, 1978
Appl. No.:
5/970282
Inventors:
Donald E. Stowell - Oklahoma City OK
John F. Scamehorn - Austin TX
Larry L. Bendig - Ponca City OK
John F. Scamehorn - Austin TX
Larry L. Bendig - Ponca City OK
Assignee:
Conoco, Inc. - Ponca City OK
International Classification:
B01J 202
US Classification:
264 13
Abstract:
A method for increasing the pore volume of alumina powder produced by spray drying alumina slurries by heating the slurry to a temperature near the boiling point of water and a pressure up to the critical point of water then introducing the slurry to a spray drying chamber through a small orifice, thereby creating a backpressure in excess of slurry vapor pressure and up to the critical point of water.
Production Of Low Loose Bulk Density Alumina
US Patent:
4177251, Dec 4, 1979
Filed:
Oct 23, 1978
Appl. No.:
5/954042
Inventors:
Larry L. Bendig - Ponca City OK
Donald E. Stowell - Oklahoma City OK
Laura A. Starks - New Orleans LA
Donald E. Stowell - Oklahoma City OK
Laura A. Starks - New Orleans LA
Assignee:
Conoco, Inc. - Ponca City OK
International Classification:
C01F 702
US Classification:
423628
Abstract:
Alumina having a low loose bulk density is obtained by hydrolyzing aluminum alkoxides with water in the presence of lithium hydroxide or lithium salts yielding lithium ions. The amount of density reduction is proportional to the amount of lithium ion present.