Skip to main content
Enter the terms you wish to search for.
Select Search Option
This Site
All WCM Sites
Directory
Menu
Weill Cornell Medicine
Care
Discover
Teach
Winkler Lab
Explore this Website
Home
About Us
Toggle About Us menu options
Affiliations
Job Opportunities
Contact Us
Research
Lab Team
Resources
News
Careers
Publications
Funding and Honors
Weill Cornell Medicine
Care
Discover
Teach
Home
About Us
Research
Lab Team
Resources
News
Careers
Publications
Funding and Honors
Home
Publications
Publications
Found 122 results
Author
Title
Type
Year
2024
Motovilova E
,
Ching T
,
Vincent J
,
Tan ETsoon
,
Taracila V
,
Robb F
,
Hashimoto M
,
Sneag DB
,
Winkler SAngela
. 2024.
Design and Dynamic in Vivo Validation of a Multi-Channel Stretchable Liquid Metal Coil Array
.
Materials.
Motovilova E
,
Ching T
,
Vincent J
,
Tan ETsoon
,
Taracila V
,
Robb F
,
Hashimoto M
,
Sneag D
,
Winkler SAngela
. 2024.
Development and dynamic in vivo evaluation of a multi-channel stretchable selftuning coil array
.
ISMRM.
Long ER
,
Taracila V
,
Robb F
,
Roemer PBernard
,
Winkler SAngela
. 2024.
Evaluating Specific Absorption Rate Effects of a Flexible Receive-Only Coil with Various Blocking Configurations via Simulation
.
ISMRM.
Zhang M
,
Panjwani N
,
Motovilova E
,
Dyke JP
,
Robb F
,
Winkler SAngela
. 2024.
Feasibility of predicting MRI tissue heating (MRSaiFE) using experimental training data
.
ISMRM.
Winkler SAngela
,
Vincent J
,
Stickle Y.J
,
Zhang B.
. 2024.
Flexible Coil Arrays
.
Vazquez R
,
Motovilova E
,
Winkler SAngela
. 2024.
Integrated Direct-ink-writing of Flexible Stretchable Coils for Magnetic Resonance Imaging Applications
.
In preparation.
Vazquez R
,
Motovilova E
,
Robb F
,
Winkler SAngela
. 2024.
Rapid fabrication of integrated liquid metal stretchable receiver coils using 3D printing
.
ISMRM.
Vazquez R
,
Motovilova E
,
Winkler SAngela
. 2024.
Stretchable Sensor Materials Applicable to Radiofrequency Coil Design in Magnetic Resonance Imaging: A Review
.
Sensors.
Zhang M
,
Panjwani N
,
Motovilova E
,
Dyke JP
,
Robb F
,
Winkler SAngela
. 2024.
Tailored dielectric shimming in MRI using machine learning - a feasibility study
.
ISMRM.
Zhang M
,
Murad N
,
Winkler SAngela
. 2024.
U-Net neural network towards real-time prediction of optimized dielectric shimming in MRI: a deep learning based approach for B1+ homogeneity enhancement
.
In preparation.
2023
Motovilova E
,
Vincent J
,
Taracila V
,
Tan ETsoon
,
Robb F
,
Sneag D
,
Winkler SAngela
. 2023.
Bi-directional Stretchable Capacitors for Self-tuning MRI Receive Coils
.
IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting.
Hossain S
,
Taracila V
,
Robb F
,
Moore J
,
Winkler SAngela
. 2023.
Design of a volumetric cylindrical coil-tuned at 298 MHz for 7 T imaging
.
Instrumentation Science & Technology .
Motovilova E
,
Ching T
,
Vincent J
,
Shin J
,
Tan ETsoon
,
Taracila V
,
Robb F
,
Hashimoto M
,
Sneag D
,
Winkler SAngela
. 2023.
Dual-Channel Stretchable, Self-Tuning, Liquid Metal Coils and Their Fabrication Techniques
.
Sensors.
Hossain S
,
Taracila V
,
Robb F
,
Moore J
,
Winkler SAngela
. 2023.
Hardware Requirements for 2D Cylindrical-High Pass Ladder Coil Design enabling Homogeneous Excitation in Ultra High-Field MRI
.
IEEE Symposium on Industrial Electronics & Applications (ISIEA).
Moghadam MC
,
Winkler SA
. 2023.
Model Generalization in SAR Prediction by Extending the MRSaiFE Deep Learning Framework
.
The New Wave of AI in Healthcare.
Motovilova E
,
Ching T
,
Vincent J
,
Tan ETsoon
,
Taracila V
,
Hashimoto M
,
Robb F
,
Sneag D
,
Winkler SAngela
. 2023.
Multi-channel, Stretchable, Self-Tuning Coil Array Based on Liquid Metal Technology
.
ISMRM.
Moghadam MC
,
Panjwani N
,
Motovilova E
,
Zhang M
,
Robb F
,
Hoang A
,
Afrin T
,
Winkler SAngela
. 2023.
Optimized model architecture and generalization for deep learning-based SAR prediction (MRSaiFE)
.
ISMRM.
Motovilova E
,
Aranowitz E
,
Vincent J
,
Shin J
,
Tan ETsoon
,
Robb FJL
,
Taracila V
,
Dyke JP
,
Winkler SAngela
. 2023.
Silicone-based materials with tailored MR relaxation characteristics for use in reduced coil visibility and in tissue-mimicking phantom design
.
Medical Physics.
Motovilova E
,
Vincent J
,
Shin J
,
Taracila V
,
Tan ETsoon
,
Robb F
,
Sneag D
,
Winkler SAngela
. 2023.
Stretchable Self-tuning MRI Receive Coils Based on Liquid Metal Technology
.
11th Annual BioMedical Engineering and Imaging Institute (BMEII) Symposium.
2022
Saniour I
,
Robb FJL
,
Taracila V
,
Fukuda R
,
Vincent J
,
Voss HU
,
Kaplitt MG
,
Chazen J.L.
,
Winkler SAngela
. 2022.
Acoustically-transparent passive RF field repeater elements for the mitigation of the low-signal artifact and improved sensitivity in MRgFUS
.
ISMRM.
Saniour I
,
Robb FJL
,
Taracila V
,
Mishra V
,
Vincent J
,
Voss HU
,
Kaplitt M.
,
Chazen J.L.
,
Winkler SA
. 2022.
Characterization of a Low-Profile, Flexible, and Acoustically Transparent Receive-Only MRI Coil Array for High Sensitivity MR-Guided Focused Ultrasound
.
IEEE Access. 10
Gökyar S
,
Robb FJL
,
Kainz W
,
Chaudhari A
. 2022.
Correction to “MRSaiFE: An AI-Based Approach Toward the Real-Time Prediction of Specific Absorption Rate”
.
Panjwani N
,
Moghadam MC
,
Winkler SAngela
. 2022.
A Deep Learning Framework to Improve MRI Safety
.
Laistler E
,
Ginefri J-C
,
Broche L
,
Ladd ME
,
Sarracanie M
,
Frass-Kriegl R
,
Roat S
,
Winkler SAngela
. 2022.
Editorial: Innovations in MR Hardware from Ultra-Low to Ultra-High Field
.
Frontiers in Physics.
Winkler SA
. 2022.
The Essential Role of Engineering in MRI
.
1
(current)
2
3
4
5
next ›
last »