1 방태경, "전기추진 항공기를 위한 급 공심형 초전도 발전기의 설계 타당성 연구" 대한전기학회 69 (69): 66-75, 2020
2 "Wind Vision Detailed Roadmap Actions"
3 B. S. Koo, "Trend Analysis of Power Electronics System and Motor for electric propulsion aircraft" 17 (17): 45-54, 2019
4 K. B. Kim, "Technology Trends on the Electric Propulsion System for Aircraft" 14 (14): 70-82, 2016
5 N. Mijatovic, "Superconducting Wind Turbine Generators" Technology University of Denmark 2012
6 P. Chi-Kwong Luk, "Superconducting Machines - The Enabling Technology for Future Electric Propulsion in Aircraft" 2017
7 H. J. Sung, "Practical Design of a 10MW Superconducting Wind Power Generator Considering Weight Issue" 23 (23): 2013
8 Y. Xu, "Performance Comparison of 10MW Wind Turbine Generators with HTS, Copper, and PM Excitation" 26 (26): 2015
9 H. J. Sung, "Necessity and status of large superconducting wind power generator development" 2020
10 S. H. Park, "Modern Design of Experiments using Minitab" Minyoungsa 2010
1 방태경, "전기추진 항공기를 위한 급 공심형 초전도 발전기의 설계 타당성 연구" 대한전기학회 69 (69): 66-75, 2020
2 "Wind Vision Detailed Roadmap Actions"
3 B. S. Koo, "Trend Analysis of Power Electronics System and Motor for electric propulsion aircraft" 17 (17): 45-54, 2019
4 K. B. Kim, "Technology Trends on the Electric Propulsion System for Aircraft" 14 (14): 70-82, 2016
5 N. Mijatovic, "Superconducting Wind Turbine Generators" Technology University of Denmark 2012
6 P. Chi-Kwong Luk, "Superconducting Machines - The Enabling Technology for Future Electric Propulsion in Aircraft" 2017
7 H. J. Sung, "Practical Design of a 10MW Superconducting Wind Power Generator Considering Weight Issue" 23 (23): 2013
8 Y. Xu, "Performance Comparison of 10MW Wind Turbine Generators with HTS, Copper, and PM Excitation" 26 (26): 2015
9 H. J. Sung, "Necessity and status of large superconducting wind power generator development" 2020
10 S. H. Park, "Modern Design of Experiments using Minitab" Minyoungsa 2010
11 Y. Guan, "Influence of Pole Number and Stator Outer Diameter on Volume, Weight, and Cost of Superconducting Generators With Iron-Cored Rotor Topology for Wind Turbines" 27 (27): 2017
12 K. S. Haran, "High power density superconducting rotating machines — development status and technology roadmap" 30 (30): 2017
13 P. J. Masson, "High Power Density Superconducting Motor for All-Electric Aircraft Propulsion" 15 (15): 2226-2229, 2005
14 Z. Q. Jiang, "HTS Field Coil Optimization for Large Capacity Generators" 26 (26): 2016
15 H. W. Cho, "Force Analysis of Superconducting Coils in Actively Shielded Air-Core Superconducting Machines" 28 (28): 2018
16 Y. Terao, "Electromagnetic Design of 10MW Class Fully Superconducting Wind Turbine Generators" 22 (22): 2012
17 성해진, "Designs of 10 MW Air-core and Iron-core HTS Wind Power Generators" 대한전기학회 10 (10): 545-550, 2015
18 R. Shafaie, "Design of a 10-MW-Class Wind Turbine HTS Synchronous Generator With Optimized Field Winding" 23 (23): 2013
19 S. B. Lee, "Design of Experiments Based on Minitab Examples"
20 A. Patel, "Design considerations for fully superconducting synchronous motors aimed at future electric aircraft" 1-5, 2018
21 J. Park, "Design and comparative analysis of a 2 ㎿ class HTS wind power generator with and without gear box" 1435-1436, 2020
22 B. S. Go, "Design and Comparative Analysis of Performance Evaluation Systems for a Larga-Scale HTS Generator" 29 (29): 2019
23 D. Loder, "Demonstration of a Practical Nb3Sn Coil for an Actively Shielded Generator" 27 (27): 2017
24 "Deliverable D5.13, Technology Roadmap"
25 Y. Terao, "Comparison of conventional and superconducting generator concepts for offshore wind turbines" 23 (23): 2013
26 N. W. Kim, "Comparative Analysis of 10MW Class Geared and Gearless Type Superconducting Synchoronous Generators for a Wind Power Generation System" 22 (22): 2012
27 C. Wen, "Coil Shape Optimization for Superconducting Wind Turbine Generator Using Response Surface Methodology and Particle Swarm Optimization" 24 (24): 2014
28 D. Loder, "Actively shielded air-core superconducting machines: optimization and design considerations" University of Illinois at Urbana-Champaign 2016
29 K. S. Haran, "Actively Shielded High- Field Air-Core Superconducting Machines" 26 (26): 2016
30 Ruben Del Rosario, "A Future with Hybrid Electric Propulsion Systems: A NASA Perspective" 2014