大溶洞堵水湖泥固化膏浆注浆成墙技术及机理研究
Publisher: World Book Group
Published: 2025-12-01
ISBN-13: 9781918263015
Table of contents: label: Part 1
title: INTRODUCTION
pagenum: 1; label: Chapter 1
title: Introduction
pagenum: 1; label: 1.1 Research Background and Significance
title: 1; label: 1.2 Current Research on Grouting Technology for Groundwater Control in Karst Mines
title: 2; label: 1.2.1 Grouting Materials and Slurry Properties in Karst Mines
title: 2; label: 1.2.2 Karst Treatment Technologies in Mines
title: 4; label: 1.2.3 Grouting Theories in Karst Mines
title: 4; label: 1.2.4 Main Problems and Analysis
title: 7; label: 1.3 Research Content and Methodology
title: 7; label: 1.3.1 Research Content and Methods
title: 7; label: 1.3.2 Technical Route
title: 8; label: Part 2
title: GEOLOGICAL FEATURES AND NEW WATER CONTROL TECHNOLOGY
pagenum: 10; label: Chapter 2
title: Analysis of Karst Characteristics and New Grouting Technology for Large Caverns in Chengmenshan Copper Mine
pagenum: 10; label: 2.1 Hydrogeological Characteristics of Chengmenshan Copper Mine
title: 10; label: 2.1.1 Geological Conditions of the Mining Area
title: 10; label: 2.1.2 Hydrogeological Conditions
title: 12; label: 2.2 Analysis of Karst Development in the Mine
title: 13; label: 2.2.1 Surface-Exposed Fault and Fracture Zones
title: 13; label: 2.2.2 Results of Three Phases of Investigation
title: 14; label: 2.2.3 Karst Development Characteristics in the Mining Area
title: 16; label: 2.3 Exploration and Feasibility of New Large Cavern Treatment Plan
title: 16; label: 2.3.1 New Method for Slurry Curtain Formation in Karst Caverns
title: 16; label: 2.3.2 Feasibility Analysis of Grouting Curtain Wall
title: 19; label: 2.4 Chapter Summary
title: 21; label: Part 3
title: LAKE MUD PASTE SLURRY DEVELOPMENT AND CONTROL MECHANISM
pagenum: 23; label: Chapter 3
title: Development and Regulation Mechanism of Lake Mud-Based Curing Paste
pagenum: 23; label: 3.1 Sampling and Particle/Composition Analysis of Lake Mud
title: 23; label: 3.1.1 Particle Composition of Lake Mud Samples
title: 25; label: 3.1.2 Mineral Composition of Lake Mud Samples
title: 25; label: 3.2 Correlation Study of Density and Viscosity of Lake Mud Slurry
title: 26; label: 3.2.1 Preparation and Properties of Lake Mud Slurry
title: 26; label: 3.2.2 Preparation and Testing of Lake Mud Curing Paste
title: 28; label: 3.3 Development and Performance Testing of Lake Mud Curing Paste
title: 32; label: 3.3.1 Performance Adjustment Tests of Lake Mud Slurry
title: 33; label: 3.3.2 Development and Preparation of Lake Mud Curing Paste
title: 34; label: 3.3.3 Performance Testing of Lake Mud Curing Paste
title: 34; label: 3.3.4 Material Selection Criteria and Optimal Mix Determination
title: 47; label: 3.4 Plastic Shape and Water Erosion Resistance Tests of Lake Mud Curing Paste
title: 48; label: 3.4.1 Slurry Mix Selection and Experimental Procedures
title: 48; label: 3.4.2 Plastic Shape Test Results and Analysis
title: 48; label: 3.4.3 Slump Test and Grouting Shape Analysis
title: 50; label: 3.4.4 Water Erosion Resistance Test Results and Analysis
title: 53; label: 3.5 Chapter Summary
title: 54; label: Part 4
title: FORMING SIMULATION AND CHARACTERISTICS OF LAKE MUD CURE PASTE
pagenum: 56; label: Chapter 4
title: Simulation and Characteristics of Paste Slurry Formation
pagenum: 56; label: 4.1 Development of Grouting Test Device
title: 56; label: 4.2 Pumping and Formation Characteristics of Lake Mud Curing Paste
title: 60; label: 4.2.1 Paste Slurry Grouting Test
title: 60; label: 4.2.2 Grouting Shape Test Analysis
title: 63; label: 4.2.3 Underwater Grouting Test of Lake Mud Curing Paste
title: 64; label: 4.3 Multi-Row Controlled Wall Formation Tests
title: 69; label: 4.3.1 Self-Weight Grouting Wall Test
title: 69; label: 4.3.2 Extrusion Wall Test in Air
title: 70; label: 4.3.3 Underwater Weak Filling Wall Test
title: 76; label: 4.4 Analysis of Grouting Wall Formation Process
title: 79; label: 4.4.1 Model Establishment
title: 79; label: 4.4.2 Simulation Results of Wall Formation Process
title: 80; label: 4.5 Chapter Summary
title: 83; label: Part 5
title: CONTROL MECHANISM OF LAKE MUD CURING PASTE WALL FORMATION
pagenum: 84; label: Chapter 5
title: Control Mechanism of Lake Mud Curing Paste Wall Formation
pagenum: 84; label: 5.1 Rheological Properties of Lake Mud Curing Paste
title: 84; label: 5.1.1 Slurry Rheology Theory
title: 84; label: 5.1.2 Rheological Properties of Lake Mud Curing Paste with Different Densities
title: 8; label: 5.1.3 Analysis of Flow in Pipelines
title: 89; label: 5.2 Extrusion and Diffusion Model of Lake Mud Curing Paste
title: 91; label: 5.2.1 Spherical Plastic Diffusion Study of Paste Slurry
title: 91; label: 5.2.2 Columnar Shape Study of Paste Slurry
title: 93; label: 5.3 Three-Stage Theory of Wall Formation by Grouting
title: 94; label: 5.3.1 Physical Model
title: 94; label: 5.3.2 Mathematical Model
title: 95; label: 5.4 Chapter Summary
title: 96; label: Part 6
title: STABILITY ANALYSIS AND PROCESS DESIGN OF PASTE SLURRY WALL
pagenum: 98; label: Chapter 6
title: Stability Analysis and Process Design of Paste Slurry Wall Formation
pagenum: 98; label: 6.1 Stability Analysis of Paste Slurry Wall
title: 98; label: 6.1.1 Stress and Stability under Hydrostatic Pressure
title: 98; label: 6.1.2 Seepage Stability Analysis
title: 102; label: 6.2 Process Analysis and Study for Large Cavern Lake Mud Paste Slurry Wall Formation
title: 106; label: 6.2.1 Drilling Arrangement and Curtain Correlation Analysis
title: 107; label: 6.2.2 Slurry Mix Design and Performance Regulation for Large Caverns
title: 108; label: 6.2.3 Wall Formation Process Design
title: 109; label: 6.2.4 Quality Inspection and Control
title: 109; label: 6.3 Chapter Summary
title: 109; label: Part 7
title: CONCLUSIONS AND PROSPECTS
pagenum: 111; label: Chapter 7
title: Conclusions and Prospects
pagenum: 111; label: 7.1 Conclusions
title: 111; label: 7.3 Prospects
title: 112