Gang Chen
Architects at Flagstar Cir, Irvine, CA

License number
Colorado 305835
Issued Date
Jan 14, 2000
Renew Date
Aug 1, 2009
Expiration Date
Jul 31, 2011
Type
Architect
Address
Address
4881 Flagstar Cir, Irvine, CA 92604

Organization information

See more information about Gang Chen at bizstanding.com

A + A GANG CHEN ARCHITECTS & REALTY, INC

4881 Flagstar Cir, Irvine, CA 92604

Status:
Inactive
Registration:
Jan 29, 1999
State ID:
C2155648
Agent:
Gang Chen,Irvine, CA 92604 (Physical)

Professional information

Gang Chen Photo 1

Gang Chen - Irvine, CA

Work:
ArchiteG, Inc
Senior Project Manager/Director of Architectural Service
Perlman Architects of California, Inc
Senior Project Manager /Vice President
Nadel Architects, Inc
Senior Project Manager/Associate
JAG Architecture, Inc
Senior Project Manager
Jeff Matzek & Associates, Inc. - Costa Mesa, CA
Project Manager
GAA Architects, Inc
Job Captain
Lee Burkhart Liu, Inc
Architectural Designer, HOK/LBL
Education:
University of Southern California - Los Angeles, CA
Ph.D. in Planning
University of Southern California - Los Angeles, CA
Master's Degree in L Architecture
South China University of Technology - GUangzhou, Guangdong
Master's Degree in Architecture
South China University of Technology
Bachelors in Architecture
Skills:
AutoCAD, Revit, Photoshop, Scribus, MS Office Software, MS Project, etc


Gang Chen Photo 2

Gang Chen, Irvine CA

Work:
ArchiteG, Inc.
Irvine
(949) 872-5359
License #01232392


Gang Chen Photo 3

Sense Optimized Mri Rf Coil Designed With A Target Field Method

US Patent:
7362101, Apr 22, 2008
Filed:
Apr 25, 2006
Appl. No.:
11/411257
Inventors:
Lutfi Muftuler - Aliso Viejo CA, US
Gang Chen - Irvine CA, US
Orhan Nalcioglu - Laguna Beach CA, US
Assignee:
The Regents of the University of California - Oakland CA
International Classification:
G01V 3/00, B23P 17/04, H01F 7/06
US Classification:
324318, 29592, 296021, 29605
Abstract:
An MRI RF coil that is optimized for SENSE imaging is used in a method where the surface current density distribution on a coil former was calculated to maximize the SNRwithin a volume of interest. An analytic relationship was formulated between the SNRand surface current density on the coil former. The SNR at pixel ρ in a SENSE-MR image, SNR, is inversely proportional to the g-factor. The g-factor was formulated in terms of the B distribution of the coils. By specifying the geometry of the desired coil former and using a finite element mesh, the surface current distribution was calculated to maximize the SNR, by minimizing (1/SNR) in the volume of interest using a least squares procedure. A simple two-coil array was tested and phantom images were collected. The results show that the new coil design method yielded better uniformity and SNR compared to standard coils.