182 results on '"Kainz, Wolfgang"'
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2. Klasse B: Braunerden
3. Klasse T: Schwarzerden
4. Klasse S: Stauwasserböden
5. Effect of Strain Relief Loop Position on the RF-Induced Heating of Active Implantable Medical Devices at 1.5-T MRI
6. MRI‐Induced RF Heating Considerations for Devices and Accessories that are Partially in and Partially Out of the Human Body
7. The Independence of AIMD Lead Transfer Functions on the Trajectory Shapes
8. A locally modified phantom model for assessing the worst-case heating configuration of orthopedic implants under MRI
9. MRI RF-Induced Heating Prediction of Complex-Shaped Passive Implantable Medical Devices Using Mesh-Based Convolutional Neural Network
10. RF‐induced heating for active implantable medical devices in dual parallel leads configurations at 1.5 T MRI
11. Predicting RF-Induced Heating for Deep Brain Stimulator System Using an Artificial Neural Network
12. Evaluation of Active Implantable Medical Device RF-Induced Heating in the Vicinity of an Orthopedic Plate during MRI
13. Dynamic Zoning in the Course of GIS-Based Football Game Analysis
14. A Cascaded Heterogeneous Equivalent Network for Evaluating RF-Induced Hazards on Active Implantable Medical Devices
15. Correction to “MRSaiFE: An AI-Based Approach Toward the Real-Time Prediction of Specific Absorption Rate”
16. Predicting MRI RF Exposure for Passive Implantable Medical Devices Using a Mesh-based Convolutional Neural Network
17. Landmark Effects on RF-induced Heating for Patients with Artificial Shoulder at 1.5 T MRI
18. Impacts of Patient Postures on the RF-induced Heating for An External Fixation Device
19. RF-Induced Heating for Active Implantable Medical Device with Dual Parallel Leads under MRI
20. Prediction of Active Implantable Medical Device Electromagnetic Models Using a Neural Network
21. Simplified Human Body Models with Reduced Types of Tissues for MRI at 1.5T
22. Evaluation of the RF-induced lead-tip heating of AIMDs using a Volume-Weighed Tissue-Cluster Model for 1.5T MRI
23. MR Conditionality of Abandoned Leads from Active Implantable Medical Devices at 1.5T
24. Assessment of Human Exposure to Electromagnetic Fields: Review and Future Directions
25. Induced radiofrequency fields in patients undergoing MR examinations: insights for risk assessment
26. Navigation of Elderly People in Towns: The ASSISTANT Project
27. Magnetic resonance conditionality of abandoned leads from active implantable medical devices at 1.5 T
28. A technique for the reduction of RF‐induced heating of active implantable medical devices during MRI
29. Body‐loop related MRI radiofrequency‐induced heating hazards: Observations, characterizations, and recommendations
30. Radiofrequency‐induced heating of broken and abandoned implant leads during magnetic resonance examinations
31. A Fast and Accurate Transfer Function Validation Strategy Using Optimized Rotation-Invariant Lead Trajectories
32. The Austrian node of the natural resources satellite remote sensing cloud service platform: examples of Sino-Austrian cooperation
33. MRSaiFE: An AI-Based Approach Towards the Real-Time Prediction of Specific Absorption Rate
34. Modeling Electromagnetic Exposure in Humans Inside a Whole-Body Birdcage Coil Excited by a Two-Channel Parallel Transmitter Operated at 123 MHz
35. Developing AIMD Models Using Orthogonal Pathways for MRI Safety Assessment
36. Dual-Frequency High-Electric-Field Generator for MRI Safety Testing of Passive Implantable Medical Devices
37. Applications to Nonionizing Radiation Protection
38. Spatio-temporal modelling
39. MRI Induced Heating on Pacemaker Leads
40. Cartography Through the Years – Personal Views About a Young Science
41. Effects of patient orientations, landmark positions, and device positions on the MRI RF‐induced heating for modular external fixation devices
42. Comparison of Different Assessment Quantities to Evaluate Lead Electromagnetic Model for Radio Frequency Energy-Induced Heating
43. A Novel Device Model Validation Strategy for 1.5- and 3-T MRI Heating Safety Assessment
44. Reducing MRI RF-induced heating for the external fixation using capacitive structures
45. Erratum to “A Transmission Line Model for the Evaluation of MRI RF-Induced Fields on Active Implantable Medical Devices”
46. Prediction of MRI RF Exposure for Implantable Plate Devices Using Artificial Neural Network
47. Erratum to “MRI Heating Reduction for External Fixation Devices Using Absorption Material” [Aug 15 635-642]
48. Erratum to “On the Model Validation of Active Implantable Medical Device for MRI Safety Assessment”
49. On the Model Validation of Active Implantable Medical Device for MRI Safety Assessment
50. Genetic algorithm search for the worst‐case MRI RF exposure for a multiconfiguration implantable fixation system modeled using artificial neural networks
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