目录 前言 第1章 绪论 1 1.1 高温岩体地热资源 1 1.2 洛斯阿拉莫斯高温岩体地热的开发试验 4 1.3 高温岩体地热开发的国际进展 10 第2章 中国高温岩体地热资源预测 15 2.1 概述 15 2.2 云南腾冲地区 21 2.3 藏南地区 36 2.4 海南琼北火山地区 48 2.5 长白山天池火山地区 52 2.6 黑龙江五大连池火山地区 61 第3章 高温高压下岩石物理力学特性 68 3.1 高温高压下岩石物理特性 68 3.2 高温高压下岩石的力学特性 94 3.3 岩石热破裂特性 103 第4章 高温岩体地热开发技术 107 4.1 高温岩体地热开采系统设计 107 4.2 深钻施工 114 4.3 人工储留层建造 125 4.4 高温岩体地热开采的监测 135 第5章 技术经济评价 140 5.1 高温岩体地热是重要的潜在能源 140 5.2 芬顿山高温岩体地热开发投资分析 141 5.3 MIT经济模型 144 第6章 高温岩体地热资源开采理论与模拟 149 6.1 块裂介质岩体固流热耦合数学模型 149 6.2 数值解法 155 6.3 高温岩体地热资源模拟方法 165 6.4 高温岩体地热开采的数值实验 170 6.5 出力与寿命的研究 188 第7章 中国高温岩体地热资源优先开发选址 191 7.1 西藏羊八井热田的深钻与扩容 191 7.2 云南腾冲高温岩体地热开发 194 7.3 海南琼北高温岩体地热开发 196 主要参考文献 199 CONTENTS Preface Chapter 1 Introduction 1 1.1 Hot dry rock geothermal resources 1 1.2 Hot dry rock geothermal extraction test in Los Alamos 4 1.3 International advances of hot dry rock geothermal extraction 10 Chapter 2 Forecast of hot dry rock geothermal resources in China 15 2.1 Summary 15 2.2 Tengchong area in Yunnan Province 21 2.3 South of Tibet 36 2.4 Qiongbei volcanic area in Hainan Province 48 2.5 Changbaishan Tianchi volcanic area in Jilin Province 52 2.6 Wudalianchi volcanic area in Heilongjiang Province 61 Chapter 3 Physical and mechanical characteristics of rock under high temperature and high pressure 68 3.1 Physical characteristics of rock under high temperature and high pressure 68 3 2 Mechanical characteristics of rock under high temperature and high pressure 94 3.3 Characteristics of thermally induced fracturing of rock 103 Chapter 4 Technology of hot dry rock geothermal extraction 107 4.1 System design of hot dry rock geothermal extraction 107 4.2 Execution of deep borehole 114 4 3 Construction of artificial reservoir 125 4 4 Monitoring of hot dry rock geothermal extraction 135 Chapter 5 Technology assessment and economic evaluation 140 5.1 Important potential energy resources: hot dry rock geothermal 140 5 2 Investment analysis of hot dry rock geothermal extraction in Fenton Hill 141 5.3 Economic model of MIT 144 Chapter 6 Theory and simulation of hot dry rock geothermal resources extraction 149 6.1 Coupled THM mathematic model of block-fractured medium rock 149 6 2 Numerical solution 155 6 3 Simulation method of hot dry rock geothermal resources 165 6 4 Numerical experiment of hot dry rock geothermal extraction 170 6.5 Capacity and life of hot dry rock geothermal extraction 188 Chapter 7 Priority site selection of hot dry rock geothermal extraction in China 191 7.1 Deep boring and capacity expansion of Yangbajing geothermal field in Tibet 191 7 2 Hot dry rock geothermal extraction in Tengchong,Yunnan Province 194 7 3 Hot dry rock geothermal extraction in Qiongbei,Hainan Province 196 References 199