Magnetic field simulations at the abdominal surface at time instants <i>t</i> = 10 s, 36 s, 55 s.

Simulation of a magnetic induction method for determining passive electrical property changes of human trunk due to vital activities

Mahdavi, Hadiseh
Rosell Ferrer, Francisco Javier

Determining the changes in passive electrical properties of human tissues and the geometry changes o...

Computer Simulation of Uterine Contraction Dynamics

Kemal Aydin
Tansel Halic
Coskun Bayrak
Kamran Iqbal

December 2014

Abstract:- The aim of this study is to simulate the contraction phenomena in pregnant uterine. Diffe...

Bioelectromagnetic field simulations using high-resolution human anatomy models with the finite integration technique.

Clemens, M.
Schenke, S.
Sutter, F.
Becker, J.
Hoeschen, C.
Zankl, M.
Weiland, T.

January 2009

In this paper high-resolution body phantoms are used for numerical electromagnetic field dosimetry s...

Modeling Magnetomyograms of Uterine Contractions during Pregnancy Using a Multiscale Forward Electromagnetic Approach

Mengxue Zhang (2577658)
Vanessa Tidwell (2577661)
Patricio S. La Rosa (109795)
James D. Wilson (1483879)
Hari Eswaran (662833)
Arye Nehorai (1777681)

March 2016

<div><p>Understanding the mechanisms of uterine contractions during pregnancy is especially importan...

Numerical field evaluation of healthcare workers when bending towards high-field MRI magnets

Wang, H.
Trakic, A.
Liu, F.
Crozier, S.

January 2008

In MRI, healthcare workers may be exposed to strong static and dynamic magnetic fields outside of th...

Modeling Magnetomyograms of Uterine Contractions during Pregnancy Using a Multiscale Forward Electromagnetic Approach.

Mengxue Zhang
Vanessa Tidwell
Patricio S La Rosa
James D Wilson
Hari Eswaran
Arye Nehorai

Understanding the mechanisms of uterine contractions during pregnancy is especially important in pre...

Realistic Modelling of Interference in Pacemakers by ELF Magnetic Fields

AUGELLO A.
DE LEO, Roberto
MOGLIE, FRANCO

January 2005

Many experimental studies gave different proofs on the pacemaker's susceptibility by ELF magnetic fi...

An anatomical model of the gastric system for producing bioelectric and biomagnetic fields

M L Buist
L K Cheng
R Yassi
L A Bradshaw
W O Richards
A J Pullan

January 2004

doi:10.1088/0967-3334/25/4/006 Between 60 and 70 million people in the United States are affected by...

Computational simulations of the human magneto− and electroenterogram

Lin, A
Buist, M
Cheng, L
Smith, N
Pullan, A

January 2006

Many functional pathologies of the small intestine are difficult to diagnose clinically without an i...

THREE-DIMENSIONAL SIMULATIONS OF GASTRIC BIOMAGNETIC DIPOLES USING RECURSIVE LOCALIZATION ALGORITHMS

Andrei Irimia

January 2015

The reconstruction of the stomach's biomagnetic field is a challenging visualization task with ...

Mathematical Models of 3D Magnetic Field and 3D

Dong Lin
Xin Chen

January 2014

single loop coil. Mathematical expression of the magnetic intensity in 3D space was derived in detai...

Estimating uterine source current during contractions using magnetomyography measurements.

Mengxue Zhang
Patricio S La Rosa
Hari Eswaran
Arye Nehorai

January 2018

Understanding the uterine source of the electrophysiological activity of contractions during pregnan...

THEORETICAL MODELS AND BIOMATHEMATICAL ALGORITHMS FOR IDENTIFYING MULTIPLE GASTROINTESTINAL DIPOLES

Andrei Irimia
L. Alan Bradshaw
Jonathan D. Fouss

July 2015

The study of the electrical gastric activity (EGA) is of great importance to the diagnosis of variou...

Estimating uterine source current during contractions using magnetomyography measurements

Mengxue Zhang (2577658)
Patricio S. La Rosa (109795)
Hari Eswaran (662833)
Arye Nehorai (1777681)

August 2018

Understanding the uterine source of the electrophysiological activity of contractions during pregnan...

Computer modeling and simulation of implantable medical device heating due to MRI gradient coil fields

Stem, Bryan

January 2014

For patients with implantable medical devices, the ability to safely undergo MRI scanning is critica...

Simulation of a magnetic induction method for determining passive electrical property changes of human trunk due to vital activities

Mahdavi, Hadiseh
Rosell Ferrer, Francisco Javier

Determining the changes in passive electrical properties of human tissues and the geometry changes o...

Computer Simulation of Uterine Contraction Dynamics

Kemal Aydin
Tansel Halic
Coskun Bayrak
Kamran Iqbal

December 2014

Abstract:- The aim of this study is to simulate the contraction phenomena in pregnant uterine. Diffe...

Bioelectromagnetic field simulations using high-resolution human anatomy models with the finite integration technique.

Clemens, M.
Schenke, S.
Sutter, F.
Becker, J.
Hoeschen, C.
Zankl, M.
Weiland, T.

January 2009

In this paper high-resolution body phantoms are used for numerical electromagnetic field dosimetry s...

Modeling Magnetomyograms of Uterine Contractions during Pregnancy Using a Multiscale Forward Electromagnetic Approach

Mengxue Zhang (2577658)
Vanessa Tidwell (2577661)
Patricio S. La Rosa (109795)
James D. Wilson (1483879)
Hari Eswaran (662833)
Arye Nehorai (1777681)

March 2016

<div><p>Understanding the mechanisms of uterine contractions during pregnancy is especially importan...

Numerical field evaluation of healthcare workers when bending towards high-field MRI magnets

Wang, H.
Trakic, A.
Liu, F.
Crozier, S.

January 2008

In MRI, healthcare workers may be exposed to strong static and dynamic magnetic fields outside of th...

Modeling Magnetomyograms of Uterine Contractions during Pregnancy Using a Multiscale Forward Electromagnetic Approach.

Mengxue Zhang
Vanessa Tidwell
Patricio S La Rosa
James D Wilson
Hari Eswaran
Arye Nehorai

Understanding the mechanisms of uterine contractions during pregnancy is especially important in pre...

Realistic Modelling of Interference in Pacemakers by ELF Magnetic Fields

AUGELLO A.
DE LEO, Roberto
MOGLIE, FRANCO

January 2005

Many experimental studies gave different proofs on the pacemaker's susceptibility by ELF magnetic fi...

An anatomical model of the gastric system for producing bioelectric and biomagnetic fields

M L Buist
L K Cheng
R Yassi
L A Bradshaw
W O Richards
A J Pullan

January 2004

doi:10.1088/0967-3334/25/4/006 Between 60 and 70 million people in the United States are affected by...

Computational simulations of the human magneto− and electroenterogram

Lin, A
Buist, M
Cheng, L
Smith, N
Pullan, A

January 2006

Many functional pathologies of the small intestine are difficult to diagnose clinically without an i...

THREE-DIMENSIONAL SIMULATIONS OF GASTRIC BIOMAGNETIC DIPOLES USING RECURSIVE LOCALIZATION ALGORITHMS

Andrei Irimia

January 2015

The reconstruction of the stomach's biomagnetic field is a challenging visualization task with ...

Mathematical Models of 3D Magnetic Field and 3D

Dong Lin
Xin Chen

January 2014

single loop coil. Mathematical expression of the magnetic intensity in 3D space was derived in detai...

Estimating uterine source current during contractions using magnetomyography measurements.

Mengxue Zhang
Patricio S La Rosa
Hari Eswaran
Arye Nehorai

January 2018

Understanding the uterine source of the electrophysiological activity of contractions during pregnan...

THEORETICAL MODELS AND BIOMATHEMATICAL ALGORITHMS FOR IDENTIFYING MULTIPLE GASTROINTESTINAL DIPOLES

Andrei Irimia
L. Alan Bradshaw
Jonathan D. Fouss

July 2015

The study of the electrical gastric activity (EGA) is of great importance to the diagnosis of variou...

Estimating uterine source current during contractions using magnetomyography measurements

Mengxue Zhang (2577658)
Patricio S. La Rosa (109795)
Hari Eswaran (662833)
Arye Nehorai (1777681)

August 2018

Understanding the uterine source of the electrophysiological activity of contractions during pregnan...

Computer modeling and simulation of implantable medical device heating due to MRI gradient coil fields

Stem, Bryan

January 2014

For patients with implantable medical devices, the ability to safely undergo MRI scanning is critica...

Simulation of a magnetic induction method for determining passive electrical property changes of human trunk due to vital activities

Mahdavi, Hadiseh
Rosell Ferrer, Francisco Javier

Determining the changes in passive electrical properties of human tissues and the geometry changes o...

Computer Simulation of Uterine Contraction Dynamics

Kemal Aydin
Tansel Halic
Coskun Bayrak
Kamran Iqbal

December 2014

Abstract:- The aim of this study is to simulate the contraction phenomena in pregnant uterine. Diffe...

Bioelectromagnetic field simulations using high-resolution human anatomy models with the finite integration technique.

Clemens, M.
Schenke, S.
Sutter, F.
Becker, J.
Hoeschen, C.
Zankl, M.
Weiland, T.

January 2009

In this paper high-resolution body phantoms are used for numerical electromagnetic field dosimetry s...

Magnetic field simulations at the abdominal surface at time instants <i>t</i> = 10 s, 36 s, 55 s.

Abstract

Extracted data

Magnetic field simulations at the abdominal surface at time instants <i>t</i> = 10 s, 36 s, 55 s.

Abstract

Extracted data

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