DR. MUHAMMAD FAREED KHAN SURI, MBBS
Neurology at Delaware St, Minneapolis, MN

License number

Minnesota 49243

Personal information

See more information about MUHAMMAD FAREED KHAN SURI at radaris.com

Name

Address

Phone

Muhammad Khan

4532 Cornwall Dr NW, Rochester, MN 55901

(507) 291-1315

Muhammad Khan, age 58

4427 Hadley Ave N, Saint Paul, MN 55128

Professional information

Senior Business Systems Analyst At Aecom

Position:

Senior Business Systems Analyst at AECOM

Location:

Greater Minneapolis-St. Paul Area

Industry:

Information Technology and Services

Work:

AECOM - Senior Business Systems Analyst Ellerbe Becket Company 2000 - 2009 - Sr Systems Specialist

Education:

Wayne State University 1994 - 1996
MS, Engineering NED University of Engineering and Technology 1986 - 1991
BS, Engineering

Applications Analyst At Mortenson

Position:

Applications Analyst at Mortenson

Location:

Greater Minneapolis-St. Paul Area

Industry:

Construction

Work:

Mortenson - Applications Analyst

Dr. Muhammad A Khan, Plano TX - MD (Doctor of Medicine)

Specialties:

Infectious Disease Medicine

Address:

6200 W Parker Rd, Plano 75093
(972) 293-5151 (Phone), (972) 981-3967 (Fax)
HENNEPIN COUNTY MEDICAL CENTER
701 Park Ave SUITE 834, Minneapolis 55415
(612) 873-3000 (Phone), (612) 904-4577 (Fax)
CENTRAL FLORIDA INTERNISTS
802 W Oak St, Kissimmee 34741
(407) 348-5175 (Phone), (407) 343-5963 (Fax)

Certifications:

Infectious Disease, 2004, Internal Medicine, 2000

Awards:

Healthgrades Honor Roll

Languages:

English, Hindi

Hospitals:

6200 W Parker Rd, Plano 75093
CENTRAL FLORIDA INTERNISTS
802 W Oak St, Kissimmee 34741
HENNEPIN COUNTY MEDICAL CENTER
701 Park Ave SUITE 834, Minneapolis 55415
Saint Joseph's Hospital
45 West 10Th Street Ct, Saint Paul 55102

Education:

Medical School
Dow U Hlth Sci
Hennipen County MC
University of Minnesota

Muhammad Khan - Bloomington, MN

Work:

Al Mansoor Clothing Karachi- Pakistan
Warehouse Supervisor

Education:

University of Karachi
Bachelor of Accounting

Dr. Muhammad T Khan, Minneapolis MN - MD (Doctor of Medicine)

Specialties:

Sleep Medicine

Address:

701 Park Ave, Minneapolis 55415
(612) 873-3044 (Phone), (612) 630-8242 (Fax)
Minneapolis Office
701 Park Ave, Minneapolis 55415
(612) 873-3000 (Phone), (612) 904-4218 (Fax)

Languages:

English

Dr. Muhammad N Khan, Fridley MN - MD (Doctor of Medicine)

Specialties:

Psychiatry

Address:

Allina Mental Health
7590 Lyric Ln NE, Fridley 55432
(763) 236-3800 (Phone)
Allina Mental Health
800 E 28Th St, Minneapolis 55407
(612) 863-5327 (Phone)

Languages:

English, Hindi, Punjabi, Urdu

Hospitals:

Allina Mental Health
7590 Lyric Ln NE, Fridley 55432
Allina Mental Health
800 E 28Th St, Minneapolis 55407
Fairview Ridges Hospital
201 East Nicollet Blvd, Burnsville 55337
Park Nicollet Methodist Hospital
6500 Excelsior Blvd, Saint Louis Park 55426

Education:

Medical School
Dow Medical College, Dow University Of Health Sciences
Graduated: 1987

Muhammad Talha Khan, Minneapolis MN

Work:

Hennepin County Medical Center
701 Park Ave, Minneapolis, MN 55415

Muhammad Talha Khan, Minneapolis MN

Specialties:

Internist

Address:

701 Park Ave, Minneapolis, MN 55415

Education:

Doctor of Medicine*

Board certifications:

American Board of Internal Medicine Certification in Internal Medicine*

Apparatus For Determining The Composition Of Mercury-Cadmium-Telluride And Other Alloy Semiconductors

US Patent:

4316147, Feb 16, 1982

Filed:

Mar 3, 1980

Appl. No.:

6/126633

Inventors:

Muhammad A. Khan - Bloomington MN
Paul W. Kruse - Edina MN
John F. Ready - Edina MN

Assignee:

Honeywell Inc. - Minneapolis MN

International Classification:

G01N 2700

US Classification:

324300

Abstract:

Apparatus for determining the composition of mercury-cadmium-telluride or other alloy semiconductors by using a four-photon mixing phenomenon. Means are provided for a pair of colinear laser beams of different optical frequencies such that the colinear beams passed through a sample of Hg. sub. 1-x Cd. sub. x Te or other alloy semiconductors to produce emissions beams of the original incident optical frequencies and two or more additional optical frequencies formed by an electron spin-flip interaction. A magnetic field means is employed for varying a magnetic field across the sample during passage of the colinear beam from the points substantially below to substantially above the resonant field of the sample to produce a spin-flip signal which has a peak amplitude. Detector means are adapted to receive the emission beams to identify the spin-flip signal peak from which the spin-level splitting factor can be measured. Upon measurement of the spin-level splitting factor, the value for x can be calculated in Hg. sub. 1-x Cd. sub.