METHOD OF BEAUTIFUL BINDING BY WATER HARDENED MATERIALS

• 1. 金属－树脂接合方法及金属－树脂复合材料、玻璃－树脂结合方法及玻璃－树脂复合材料以及陶瓷－树脂结合方法及陶瓷－树脂复合材料 [P] . 中国专利： CN101253036A . 2008-08-27
• 2. 含气泡硬化体的材料粉、含气泡硬化体的材料及含气泡硬化体的制造方法 [P] . 中国专利： CN101817669A . 2010-09-01
• 3. METHOD OF BEAUTIFUL BINDING BY WATER HARDENED MATERIALS [P] . 日本专利： JPS5286806A . 1977-07-19

  机译： 水硬化材料的美丽结合方法

• 4. UNSLAKED LIME POWDER FOR EXPANSIVE MATERIAL, EXPANSIVE MATERIAL FOR CONCRETE, WATER-HARDENING TYPE BINDING MATERIAL, CONCRETE, AND METHOD OF CONSTRUCTING CONCRETE STRUCTURE [P] . 日本专利： JP2009215110A . 2009-09-24

  机译： 用于膨胀材料的未破碎石灰粉，用于混凝土的膨胀材料，水硬型粘结材料，混凝土以及用于构造混凝土结构的方法

• 5. UNDERWATER HARDENED BODY FORMING MATERIAL BY MAKING USE OF COAL ASH, UNDERWATER HARDENED BODY, AND CONSTRUCTION METHOD FOR UNDERWATER HARDENED BODY [P] . 日本专利： JP2000212937A . 2000-08-02

  机译： 利用粉煤灰，水下硬质体及水下硬质体的建造方法形成水下硬质体的材料

• 1. Analytical Methods for Prediction of Water Absorption in Cement-Based Material [J] . 王立成 中国海洋工程：英文版 . 2009,第004期
• 2. Analytical Methods for Prediction of Water Absorption in Cement-Based Material [J] . WANG Li-cheng 中国海洋工程（英文版） . 2009,第004期
• 3. Calculation method of first collapse span with superhigh water material backfill mining [J] . ZHANG Li-ya, DENG Ka-zhong 煤炭学报：英文版 . 2012,第004期
• 4. Alternative approach to the organization of hardening of dolomite binding materials [C] . Nikolay Lyubomirskiy, Aleksandr Bakhtin, Tamara Bakhtina International Scientific Conference on Advanced in Civil Engineering . 2018
• 5. Uranium capture on modified inorganic-organic graphite hybrid material to develop a specific uranium binding filtrate material for mining reclamation and domestic water uses and method development of complexation and characterization techniques for uranium in water. [D] . Saville, Samantha. 2015
• 6. Sinus floor augmentation using miniscrew and in situ hardening biomaterial: method and case report [O] . Wilfried Engelke, Ramón Fuentes, Víctor Beltrán 2014
• 7. WALL SILICATE MATERIALS OF NON-AUTOCLAVE HARDENING WITH THE USE OF SILICA RAW MATERIALS AND ALUMINOSILICATE BINDING BASED ON NON-CONVENTIONAL CLAY ROCKS [O] . А. Володченко, A. Volodchenko 2019
• 8. Development of Methods for Predicting Large Crack Growth in Elastic-Plastic Work-Hardening Materials in Fully Plastic Conditions [R] . Ford, H., Turner, C. E., Fenner, R. T., 1995

• 1. Research on Copyright Protection Method of Material Genome Engineering Data Based on Zero-Watermarking [J] . Lulu Cui ,Yabin Xu . 大数据杂志(英文) . 2020,第2期
• 2. Evaluation of Preservation Effect by Aquo-Siloxane Method towards Water Permeation and Material Diffusion into Porous Rocks [J] . Akira Sato ,Minami Egashira ,Michiyo Obata . 材料科学与应用期刊（英文） . 2017,第6期
• 3. 努力推动环保装备制造行业发展进步为建设天蓝、地绿、水净的美丽中国而努力 [C] . 祝光耀 . 2018中国生态文明论坛南宁年会 . 2018
• 4. 桑沟湾水动力环境变化研究——支持向量机与水动力模式相结合方法探讨 [A] . 曾静 . 2013