SHIP FOR NAVIGATING IN ICY WATERS HAVING IMPROVED PROPULSION PERFORMANCES

• 1. 一种适用于多水草水域航行船舶的螺旋桨推进器装置 [P] . 中国专利： CN86201339U . 1987-01-28
• 2. 一种实际水域中冰缘区航行船舶阻力性能试验方法 [P] . 中国专利： CN108195561B . 2020.09.11
• 3. SHIP FOR NAVIGATING IN ICY WATERS HAVING IMPROVED PROPULSION PERFORMANCES [P] . 欧洲知识产权局专利： EP3107801A1 . 2016-12-28

  机译： 改善推进性能的冰冷水域航行船

• 4. SHIP FOR NAVIGATING IN ICY WATERS HAVING IMPROVED PROPULSION PERFORMANCES [P] . 世界知识产权组织专利： WO2015125033A1 . 2015-08-27

  机译： 改善推进性能的冰冷水域航行船

• 5. SHIP FOR NAVIGATING IN ICY WATERS HAVING IMPROVED PROPULSION PERFORMANCES [P] . CA2939067A1 . 2015-08-27

  机译： 改善推进性能的冰冷水域航行船

• 1. Costless-Function Model Predictive Current Control of Seven-Phase PMSM to Improve Dynamic Performance and Suppress Harmonics of Marine Electric Propulsion System [J] . Xin Li, Wei Xie, Xiaoyan Xu 机械工程与自动化：英文版 . 2020,第006期
• 2. Exploring the Performance of Magnetic Immobilized Lysozyme on Sludge Hydrolysis and Mechanism of Improving Dewaterability of Excess Sludge [J] . XUE Fei, CHEN Qin, LI Yulong, 东华大学学报（英文版） . 2019,第004期
• 3. Improving Geese Production Performance in ＂Goose-Fish＂ Production System by Competitive Reduction of Pathogenic Bacteria in Pond Water [J] . YANG Xi-wen, LIU Li, JIANG Dan-li, 农业科学学报：英文版 . 2012,第006期
• 4. Improving Geese Production Performance in “Goose-Fish” Production System by Competitive Reduction of Pathogenic Bacteria in Pond Water [J] . YANG Xi-wen, LIU Li, JIANG Dan-li, 农业科学学报（英文版） . 2012,第006期
• 5. Analysis of waterjet-hull interaction and its impact on the propulsion performance of a four-waterjet-propelled ship [J] . Gong Jie, Guo Chun-yu, Wang Chao, Ocean Engineering . 2019,第MAYa15期
• 6. Analysis of waterjet-hull interaction and its impact on the propulsion performance of a four-waterjet-propelled ship [J] . Gong Jie, Guo Chun-yu, Wang Chao, Ocean Engineering . 2019,第May15期
• 7. Improving energy performance power station of ship with integrated electric propulsion [J] . Andrey Dar’enkov, Ivan Samoyavchev, Oleg Khvatov, MATEC Web of Conferences . 2017,第1期
• 8. Simulation of a Ship Propulsion System Performance during Manoeuvring in Shallow Waters [C] . Panagiotis Mizythras, Christos Pollalis, Evangelos Boulougouris, International ocean and polar engineering conference;International Society of Offshore and Polar Engineers . 2017
• 9. High efficiency and high performance power converters and motor drives for hybrid vehicles and electric ship propulsion. [D] . Lu, Shuai. 2007
• 10. Different Amounts of Water Supplementation Improved Cognitive Performance and Mood among Young Adults after 12 h Water Restriction in Baoding China: A Randomized Controlled Trial (RCT) [O] . Jianfen Zhang, Na Zhang, Hairong He, 2020
• 11. A study on resistance and propulsion performances of a ballast-free ship with inlet and outlet system for sea water [O] . Soon-Hyun Lee, Kwang-Jun Paik, Sang-Hyun Kim, 2018
• 12. Performance of Ice-Navigating Ships in the Northern Baltic in Winter 1999 [R] . Miinala, M., Patey, M. 2000

• 1. Loon Nest Viability Model: A Performance Indicator for Improving Water-Level Regulation of Large Water Bodies [J] . Marianne Bachand ,Julien Hénault Richard ,Sylvain Martin . 自然资源（英文） . 2018,第1期
• 2. 吊舱推进器斜航状态下水动力性能研究 [C] . 郭春雨 ,马宁 ,杨晨俊 . 2008年船舶水动力学学术会议暨中国船舶学术界进入ITTC30周年纪念会 . 2008
• 3. 风帆助航改装船主推进装置性能研究 [A] . 古纯清 . 2010