Fuel bundle assembly using the fuel channel as a supporting element and method for removing a fuel rod bundle from the fuel channel

• 1. 用于加压燃料通道型核反应堆,使用对齐的燃料束对的临界功率增强系统 [P] . 中国专利： CN1402874A . 2003-03-12
• 2. 增强加压燃料通道型核反应堆临界功率的方法和燃料束对组件 [P] . 中国专利： CN1196138C . 2005.04.06
• 3. Fuel assembly structure using channel for load support and method for removing a fuel bundle from the channel [P] . 欧洲知识产权局专利： EP0768677B1 . 2002-09-18

  机译： 使用通道用于负载支撑的燃料组件结构以及从通道中去除燃料束的方法

• 4. Fuel assembly structure using channel for load support and method for removing a fuel bundle from the channel [P] . 欧洲知识产权局专利： EP0768677A1 . 1997-04-16

  机译： 使用通道用于负载支撑的燃料组件结构以及从通道中去除燃料束的方法

• 5. LOWER TIE-PLATE LATTICE AS UNITARY BODY IN NUCLEAR FUEL ASSEMBLY, FUEL-ROD SUPPORTING STRUCTURE IN NUCLEAR FUEL ASSEMBLY AND NUCLEAR FUEL BUNDLE AND SUPPORTING DEVICE THEREOF [P] . 日本专利： JPH07306284A . 1995-11-21

  机译： 核燃料组件的下部铁板格子为一体，核燃料组件的燃料棒支撑结构以及核燃料束及其支撑装置

• 1. Thermal-hydraulic performance analysis of a subchannel with square and triangle fuel rod arrangements using the entropy generation approach [J] . S.Talebi, M.M.Valoujerdi 核技术（英文版） . 2017,第010期
• 2. 2-18 Seperation of Rare Earth (RE) Elements from Simulated Spent Fuel (SIMFUEL) by Flotation Process [J] . Wang, Jieru, Fan, 中国科学院近代物理研究所和兰州重离子研究装置年报：英文版 . 2015,第001期
• 3. CFD INVESTIGATION OF WIRE-WRAPPED FUEL ROD BUNDLE INNER SUBCHANNEL BEHAVIOR AND DEPENDENCY ON BUNDLE SIZE [C] . Landon Brockmeyer, Elia Merzari, Lane Carasik, International conference on nuclear engineering . 2016
• 4. The Structure of Complex Air-water Flows: Studies of Void Fraction and Liquid Phase Axial Mixing in a Microbubble-enhanced Gas-liquid Mixer and a Model Nuclear Fuel Rod Bundle [D] . Kleinbart, Simon. 2017
• 5. ATP Hydrolysis Is Critically Required for Function of CaV1.3 Channels in Cochlear Inner Hair Cells via Fueling Ca2+ Clearance [O] . Simon Weiler, Stefanie Krinner, Aaron B. Wong, 2014
• 6. DEVELOPMENT OF METHODS FOR THE REFABRICATION OF EBR-II FUEL ELEMENTS. PART I. ENGINEERING CONSIDERATIONS FOR EBR-II FUEL REFABRICATION. PART II. DEVELOPMENT OF INJECTION CASTING METHODS AND EQUIPMENT. PART III. DEVELOPMENT OF FUEL PIN PROCESSING METHODS AND EQUIPMENT. PART IV. ASSEMBLY, WELDING, AND LEAK TESTING EBR-II FUEL RODS. PART V. DODIUM BONDING AND BOND TESTING EBR-II FU [O] . A.B. Shuck, J.E. Ayer, H.F. Jelinek, 1961
• 7. COBRA II: A DIGITAL COMPUTER PROGRAM FOR THERMAL-HYDRAULIC SUBCHANNEL ANALYSIS OF ROD BUNDLE NUCLEAR FUEL ELEMENTS, [R] . rowe, d. s. 1970

• 1. Lowest Temperature Miniature Fuel Cell with Modified PS PEM Membrane and Fueled with Nitrogen, Sulfur and Oxygen Containing Fuels [J] . Tuncer Mutlu ,M. Galip Icduygu ,Z. Ozgur Yazici . 化学与化工 . 2011,第010期
• 2. Stiffness Evaluation of the Welded Connection between Guide Thimbles and the Spacer Grids for 16 × 16 Fuel Assemblies Types, Using the Finite Element Method [J] . Carlos Frederico Mattos Schettino ,Guilherme Pennachin Sakamiti ,Joao Carlos Aguiar Gaspar Jflnior . 能源与动力工程 . 2014,第009期
• 3. Response Surface Methodology and Artificial Neural Network Methods Comparative Assessment for Fuel Rich and Fuel Lean Catalytic Combustion [J] . Tahani S. Gendy ,Amal S. Zakhary ,Salwa A. Ghoneim . 世界工程和技术(英文) . 2021,第4期
• 4. 压水堆燃料棒束通道内过冷沸腾分析 [C] . 张蕊 ,丛腾龙 ,田文喜 . 中国工程热物理学会2014年年会 . 2014
• 5. 带定位格架燃料棒束通道非稳态流动换热特性研究 [A] . 刘一萌 . 2016