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Blaise Mibeck Phones & Addresses

  • Lafayette, IN
  • Emerado, ND
  • North Chicago, IL
  • 506 Cottonwood St, Grand Forks, ND 58201 (701) 795-6925
  • 715 40Th St, Grand Forks, ND 58203
  • Waukegan, IL

Work

Company: Energy and environmental research center 2009 Position: Research scientist

Education

School / High School: University of North Dakota 1999 Specialities: M.S. in Physics

Skills

optics • electronics • research • physics • mathematics • programming • spectroscopy • x-ray diffraction • remote sensing • image analysis • data analysis • rapid prototyping • 3d design • modelling • proposal writing • reporting • project management • laboratory management

Interests

creativity, invention, innovation, techn...

Industries

Research

Resumes

Resumes

Blaise Mibeck Photo 1

Research Scientist At Und Energy And Environmental Research Center

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Position:
Research Scientist at Energy & Environmental Research Center
Location:
Grand Forks, North Dakota Area
Industry:
Research
Work:
Energy & Environmental Research Center - Grand Forks, North Dakota since Jan 2002
Research Scientist

University of North Dakota - Department of Technology Aug 2011 - Jun 2012
Adjuct Lecturer

Problem Solver 2005 - 2010
Consultant

University of North Dakota 1998 - 2002
Graduate Teaching Assistant
Education:
The University of North Dakota 1996 - 1999
M.S., Physics
Lake Forest College 1991 - 1996
B.A., Physics and Mathematics
Skills:
Materials Science
Technical Writing
Problem Solving
Industry Research
X-ray crystallography
Electronics
Microcontrollers
Mechanics
Physics
Design of Experiments
Experimentation
Applied Mathematics
Image Analysis
Image Processing
Product Development
Digital Design
Laboratory Research
Open Source Software
Open Source
Processing
Atmel
Embedded Software
AutoCAD
Labview
Mathematica
Mercury
sorbent testing
Instrument Design
Instrumentation
Instrument Control
Interests:
creativity, invention, innovation, technology commercialization, geo-chemical and geo-mechanical testing, measurement, instrumentation, solid state physics, mathematics, x-ray crystallography, microscopy, spectroscopy, experiment design, science in public policy, remote sensing, mercury (Hg) analysis measurement and control,
Blaise Mibeck Photo 2

Blaise Mibeck Grand Forks, ND

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Work:
Energy and Environmental Research Center

2009 to 2000
Research Scientist

Energy and Environmental Research Center

2010 to 2010
Bruker Operator and Maintenance

Direct Measurement of Mercury Reactions in Coal Power Plant Plumes
Pleasant Prairie, WI
2003 to 2009

EERC, UND

2002 to 2003
Research Instrumentation Technician

NASA Space Grant Graduate Fellowship

2001 to 2002

Department of Space Studies

2000 to 2001
Graduate Research Assistant

Department of Space Studies

1999 to 2000
Graduate Teaching Assistant

FCC

1999 to 1999
Technician Class HAM Radio Operator

Department of Physics

1996 to 1999
Graduate Research Assistant

Department of Physics
Lake Forest, IL
1991 to 1996
Laboratory Assistant

Education:
University of North Dakota
1999
M.S. in Physics

Lake Forest College
Lake Forest, IL
1996
B.A. in Physics

Skills:
optics, electronics, research, physics, mathematics, programming, spectroscopy, x-ray diffraction, remote sensing, image analysis, data analysis, rapid prototyping, 3d design, modelling, proposal writing, reporting, project management, laboratory management,

Publications

Us Patents

Catalyst For Generating Oxidized Mercury For Testing Mercury Continuous Emission Monitors (Cem)

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US Patent:
20090285734, Nov 19, 2009
Filed:
May 19, 2009
Appl. No.:
12/468568
Inventors:
Grant Dunham - Grand Forks ND, US
Blaise Mibeck - Grand Forks ND, US
Richard Schulz - East Grand Forks ND, US
Stephen Wilmoth - Grand Forks ND, US
Assignee:
Energy & Environmental Research Center Foundation - Grand Forks ND
International Classification:
B01D 53/64
B01J 23/58
US Classification:
423210, 502300, 502240, 502325, 502339, 502330, 422177
Abstract:
The present invention discloses a catalyst, system, and process for oxidizing mercury. The catalyst can include a substrate and a layer attached to at least part of the substrate. The layer contains a noble metal and has an average thickness of less than 100 nanometers. The substrate can be a plurality of glass fibers that provides for a relatively high surface area for the layer to be attached to. In the alternative, the substrate can be a porous substrate that provides for a high surface area for the layer to be attached to.
Blaise A Mibeck from Lafayette, IN, age ~51 Get Report