UNDERWATER BODY HAVING A VARIABLE VOLUME AND METHOD FOR OPERATING SUCH AN UNDERWATER BODY

• 1. 一种用于潜水员水下身体平衡与协调能力训练的设备 [P] . 中国专利： CN207902719U . 2018.09.25
• 2. 具有用于定位和趋近水下对象以进行成像的多模式操作的飞行水下成像器 [P] . 中国专利： CN109476365B . 2021.05.07
• 3. Underwater body having a variable volume and method for operating such an underwater body [P] . US11046403B2 . 2021-06-29

  机译： 水下体具有可变体积和用于操作这种水下体的方法

• 4. UNDERWATER BODY HAVING A VARIABLE VOLUME AND METHOD FOR OPERATING SUCH AN UNDERWATER BODY [P] . 美国专利： US2020189705A1 . 2020-06-18

  机译： 具有可变体积的水下身体和用于操作这种水下身体的方法

• 5. An unmanned underwater vehicle, which can be fixed thereto exchange body, a system with the unmanned underwater vehicle and the exchange body, as well as a method for operating an unmanned underwater vessel [P] . 德国专利： DE102011018304A1 . 2012-08-16

  机译： 可以固定到交换体的无人水下航行器，具有无人水下航行器的系统和交换主体以及用于操作无人水下航行器的方法

• 1. A Bionic Flexible-bodied Underwater Glider with Neutral Buoyancy [J] . Yaqiang Zhu, Yuhong Liu, Shuxin Wang, 仿生工程学报（英文版） . 2021,第005期
• 2. A Double-Stage Surrogate-Based Shape Optimization Strategy for Blended-Wing-Body Underwater Gliders [J] . LI Cheng-shan, WANG Peng, QIU Zhi-ming, 中国海洋工程（英文版） . 2020,第003期
• 3. Dynamic Response of Floating Body Subjected to Underwater Explosion Bubble and Generated Waves with 2D Numerical Model [J] . Zhaoli Tian, Yunlong Liu, Shiping Wang, 工程与科学中的计算机建模(英文) . 2019,第002期
• 4. HYDRODYNAMIC BEHAVIOR OF AN UNDERWATER MOVING BODY AFTER WATER ENTRY [J] . 施红辉, 高见卓也 力学学报：英文版 . 2001,第001期
• 5. IMPACT OF MEASURED VS. PREDICTED RESIDUAL LUNG VOLUME ON BODY FAT PERCENTAGE USING UNDERWATER WEIGHING AND 4-COMPARTMENT MODEL [J] . Nickerson Brett S., Esco Michael R., Bishop Phillip A., Journal of strength and conditioning research . 2017,第9期
• 6. Numerical Modeling of the Motion of an Underwater Body with Positive Buoyancy by the Method of Nonsmooth Contact Dynamics [J] . Lozovskiy A. V., Kaziev M. Zh. Differential equations: A translation of differensial'nye uraveniya . 2020,第3期
• 7. Shape optimization for blended-wing-body underwater glider using an advanced multi-surrogate-based high-dimensional model representation method [J] . Zhang Ning, Wang Peng, Dong Huachao, Engineering Optimization . 2020,第10a12期
• 8. Underwater Communication Using Full-Body Gestures and Optimal Variable-Length Prefix Codes [C] . Karim Koreitem, Jimmy Li, Ian Karp, International Conference on Robotics and Automation . 2019
• 9. Bodies of Water: Designing Resilient Dive Tourism Through Underwater Sculpture [D] . Meyers, Rennie 2018
• 10. An inexpensive method of determining body composition by underwater weighing. [O] . B. A. Clark, J. L. Mayhew 1980
• 11. PREDICTION OF PULMONARY RESIDUAL VOLUME FROM ANTHROPOMETRIC MEASUREMENTS AND ITS APPLICABILITY TO CALCULATE BODY DENSITY IN UNDERWATER WEIGHING METHOD [O] . TAKASHI NIGORIKAWA, KAZUO OISHI 1988
• 12. A Simplified Method for Predicting Body Temperature Distribution in the Preliminary Design of Heated Underwater Bodies. [R] . -1

• 1. Application of Seismic Attribute Analysis Technique in Prediction of Underwater Distributary Channel Sandbody [J] . Yongjiang Liu . 石油天然气学报 . 2017,第003期
• 2. 一种预报水下体积声源垂直指向性的方法 [C] . MENG Chun-xia ,孟春霞 ,ZHANG Liang . 中国声学学会第八届全国会员代表大会暨2014年全国声学学术会议 . 2014
• 3. 具有TiO2覆层的水下超疏油网状膜用于废水油水分离的研究 [A] . 杜鑫 . 2019