JAMES OLIN MILLER, FNP
Nursing at Dunn Rd, Saint Louis, MO

License number

Missouri 209004407

Personal information

See more information about JAMES OLIN MILLER at radaris.com

Name

Address

Phone

James Jim Miller, age 89

507 Morgan St, California, MO 65018

(573) 546-7354

James Jim Miller

5122 Ashland Ave, Saint Louis, MO 63115

(314) 662-3929

Professional information

See more information about JAMES OLIN MILLER at trustoria.com

Academy Team Solutions

Position:

Webmaster at Academy Team Solutions

Location:

Greater St. Louis Area

Industry:

Marketing and Advertising

Work:

Academy Team Solutions since Nov 2009 - Webmaster

Education:

Pima Community College 1979 - 1981
A.A.S., Welding Eng.

At Federal Reserve Bank Of St. Louis

Position:

Project Manager at Federal Reserve Bank of St. Louis

Location:

Greater St. Louis Area

Industry:

Computer Software

Work:

Federal Reserve Bank of St. Louis - Greater St. Louis Area since Dec 2008 - Project Manager

Certifications:

ITIL v.3
MCTS

Building Maintenance And Hvac Instructor, Vatterott College

Position:

Director of Physical Plant at Hannibal-LaGrange University

Location:

Greater St. Louis Area

Industry:

Higher Education

Work:

Hannibal-LaGrange University - Hannibal, MO since Nov 1995 - Director of Physical Plant General Mills Nov 1981 - Jul 1988 - Maintenance Mechanic Hadler International Jul 1976 - Nov 1981 - Truck mechanic

Education:

Hannibal LaGrange University 2009 - 2011
Bachelor of Applied Science, Organizational Management Hannibal LaGrange College 1988 - 1991
BRS, Theology

Supervisor At Ralcorp Frozen Bakery Products

Position:

supervisor at Ralcorp Frozen Bakery Products

Location:

Greater St. Louis Area

Industry:

Architecture & Planning

Work:

Ralcorp Frozen Bakery Products - supervisor

Dr. James R Miller, Saint Louis MO - MD (Doctor of Medicine)

Specialties:

Clinical Pathology

Address:

Pathology Services
2916 S Brentwood Blvd, Saint Louis 63144
(314) 963-1745 (Phone)

Certifications:

Clinical Pathology, 1965

Awards:

Healthgrades Honor Roll

Languages:

English

Education:

Medical School
Saint Louis University / School of Medicine
Graduated: 1960
St Louis U Hosp Group
St Louis City Hosp

James Rolland Miller, Saint Louis MO

Specialties:

Pathologist

Address:

2916 S Brentwood Blvd, Saint Louis, MO 63144

Education:

Saint Louis University, School of Medicine - Doctor of Medicine

Board certifications:

American Board of Pathology Certification in Clinical Pathology (Pathology)

Insurance Professional

Location:

Greater St. Louis Area

N/A At N/A

Position:

n/a at n/a (Sole Proprietorship)

Location:

Greater St. Louis Area

Industry:

Automotive

Work:

n/a - n/a

Ultrasonic Continuous Wave Particle Monitor

US Patent:

4015464, Apr 5, 1977

Filed:

Feb 21, 1975

Appl. No.:

5/551913

Inventors:

James G. Miller - Clayton MO
Richard E. Clark - Richmond Heights MO
Mark S. Conradi - Clayton MO
Dennis R. Dietz - Clayton MO
Joseph S. Heyman - Gloucester VA

Assignee:

The Washington University - St. Louis MO

International Classification:

G01N 2902, G01N 1500

US Classification:

73 61R

Abstract:

Apparatus for sensing particles in a fluid medium comprising an ultrasonic resonant cavity for containing a fluid medium. A first transducer on one side of the cavity continuously propagates thereacross ultrasonic compressional waves whose phase and amplitude are perturbed by the presence of particles in the fluid medium. A second transducer positioned on the opposite side of the cavity from the first transducer substantially parallel to and in registry therewith receives the ultrasonic waves and converts them to rf electric waves of the same frequency, the rf electric waves having their phases and amplitudes modulated in response to any perturbations in the ultrasonic waves. The rf waves are amplified and fedback to the first transducer thereby to establish an oscillatory circuit. An attenuator in the oscillatory circuit causes its operation to be marginally oscillatory whereby small changes in the amplitude of the rf waves caused by any perturbations in the ultrasonic waves produce relatively large changes in the amplitude thereof. A detector responsive to perturbations in the rf wave demodulates the amplified rf wave to produce signals indicative of the presence of particles in the fluid medium.