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露天采礦新技術(shù) 版權(quán)信息
- ISBN：9787564636500
- 條形碼：9787564636500 ; 978-7-5646-3650-0
- 裝幀：一般膠版紙
- 冊(cè)數(shù)：暫無
- 重量：暫無
- 所屬分類：>
露天采礦新技術(shù) 內(nèi)容簡(jiǎn)介
《露天采礦新技術(shù)（英文版）/中國(guó)礦業(yè)大學(xué)卓越采礦工程師教材》為中國(guó)礦業(yè)大學(xué)2015年工程師教材建設(shè)立項(xiàng)項(xiàng)目的全英文教材，主要反映具有礦業(yè)工程特色的新露天采礦科技成果。內(nèi)容包括采礦業(yè)的過去、現(xiàn)在與未來，采礦方法的比較、選擇及其影響因素，幾種常用的露天采礦方法如掘坑外排開采法、倒堆內(nèi)排開采法、頂幫開采法、石料開采法、水采法、疏浚開采法、溶浸開采法以及各種方法使用的設(shè)備、工作參數(shù)、適用條件等。教材主要取材于近年出版的原版英文圖書，以便讀者準(zhǔn)確掌握礦業(yè)詞匯的內(nèi)涵、使用及其表達(dá)方式。編寫體例為專業(yè)詞匯注釋、重點(diǎn)句子參考譯文、閱讀理解、總詞匯表！ 堵短觳傻V新技術(shù)（英文版）/中國(guó)礦業(yè)大學(xué)卓越采礦工程師教材》可供采礦工程專業(yè)的本科生、研究生了解國(guó)內(nèi)外本學(xué)科領(lǐng)域的發(fā)展動(dòng)態(tài)，也可供相關(guān)領(lǐng)域的專業(yè)技術(shù)人員進(jìn)行對(duì)外交流時(shí)的參考！ 堵短觳傻V新技術(shù)（英文版）/中國(guó)礦業(yè)大學(xué)卓越采礦工程師教材》僅限于國(guó)內(nèi)高等學(xué)校教學(xué)科研使用。
露天采礦新技術(shù) 目錄
序言
Foreword
編寫體例說明
1 MINING：SETTING THE SCENE
1．1 Mining：Ancient，Modern，and Beyond
1．1．1 ANCIENT MINING
1．1．2 POST-RENAISSANCE MINING
1．1．3 ECONOMIC DEVELOPMENT AS A RESULT OF MINING
1．1．4 MODERN TRENDS IN MINING
1．1．5 BEYOND THE HORIZON
1．1．6 CONCLUSION
1．1-1 課文注釋
1．1-2 Reading comprehension 1（1．1．2）
Reading comprehension 2（1．1．3）
1．1-3 參考譯文
1．1-4 翻譯常識(shí)——標(biāo)題的譯法
1．1-5 試練習(xí)翻譯本節(jié)中的部分標(biāo)題
1．1-6 翻譯練習(xí)
1．2 Current Trends in Mining
1．2．1 SUPPLY AND DEMAND
1．2．2 MINERALS EXPLORATION
1．2．3 MINE OPERATIONS
1．2．4 VERTICAL INTEGRATION
1．2．5 SUSTAINABILITY
1．2．6 HUMAN RESOURCES
1．2．7 GOVERNANCE
1．2．8 INDUSTRY STRUCTURE
1．2．9 SUMMARY AND CONCLUSIONS
1．2-1 課文注釋
1．3 Future Trends in Mining
1．3．1 INTRODUCTION
1．3．2 EXPLORATION AND GEOLOGY
1．3．3 SURFACE MINING
1．3．4 AUTOMATION AND REMOTE 0PERATION
1．3．5 UNDERGROUND MINlNG
1．3-1 課文注釋
2 MINING METHoD SELECTION
2．1 Evaluation of Mining Methods and Systems
2．1．1 INTRODUCTION
2．1．2 SURFACE AND UNDERGROUND MINE EXAMPLES
2．1．3 PRODUCTION
2．1．4 MINE SIZE
2．1．5 PRODUCTIVITY
2．1．6 SAFETY
2．1．7 DEVELOPMENT
2．1．8 COST COMPARISONS
2．1．9 ENVIRONMENTAL AND CLOSURE REQUIREMENTS
2．1．10 SELECTION OF A MINING METHOD
2．1．11 CONCLUSION
2．1-1 課文注釋一
2．1-2 Reading cornprellension（2．1．11）
2．2 Mining Methods C1assificatiOil System
2．2．1 INTRODUCTl0N
2．2．2 INPUT STATEMENT
2．2．3 SPATIAL DESCRIPTION
2．2．4 CORRELATING DEPOSIT TYPES
2．2．5 CLASSIFYING SURFACE MINING METHODS
2．2-1 課文注釋
2．2-2 Reading cornprehension（2．2．5）
2．3 Comparison of Surface Mining Methods
2．3．1 INTRODUCTION
2．3．2 FACTORS AND CONDITIONS
2．3．3 DEVELOPMENT VERSUS THE PRODUCTION SEQUENCE IN 0PEN-PIT AND STRIP MINING
2．3．4 SUMMARY
2．3-1 課文注釋
2．3-2 Reading comprehension（2．3．4）
3 SURFACE MINING METHODS
3．1 Introduction to Open-Pit Mining
3．1．1 DEFINITION OF OPEN-PIT MINING
3．1．2 TYPICAL DEPOSITS
3．1．3 OPEN-PIT GEOMETRY
3．1．4 UNIT OPERATl0NS
3．1．5 OPEN-PIT MINING AND THE ENVIRONMENT
3．1-1 課文注釋
3．2 Strip Mining
3．2．1 INTRODUCTION
3．2．2 GENERIC STRIP MINING
3．2．3 ALTERNATIVE STRIP MINING STRATEGIES
3．2．4 STRIP MINING STRATEGIES COMPARED BY SELECTION DRIVER
3．2．5 FUTURE TRENDS
3．2-1 課文注釋
3．3 Highwall Mining
3．3．1 INTRODUCTION
3．3．2 SITE REQUIREMENTS AND CONDITIONS
3．3．3 ADVANTAGES AND LIMITATIONS
3．3．4 EQUIPMENT AND OPERATION
3．3．5 RECENT DEVELOPMENTS AND FUTURE ADVANCES
3．3．6 A BRIEF CASE STUDY
3．3-1 課文注釋
3．4 Quarrying
3．4．1 INTRODUCTION
3．4．2 GEOLOGY AND LOCATl0N
3．4．3 PERMIT TO OPERATE
3．4．4 QUARRY INFRASTRUCTURE
3．4．5 DRlLLING AND BLASTING
3．4．6 FACE LOADING
3．4．7 HAULING TO THE PLANT
3．4．8 IN-PIT PROCESSING
3．4．9 MATERIALS HANDLING
3．4．10 CRUSHING
3．4．11 SCREENS
3．4．12 SAND AND GRAVEL WASHING
3．4．13 SPECIALIST QUARRYING OPERATIONS
3．4．14 REHABILITATION
3．4-1 課文注釋
3．4-2 Reading comprehension（3．4．2 ）
3．5 Hydraulic Mining
3．5．1 HISTORY
3．5．2 HYDRAULIC MINING TODAY
3．5．3 SYSTEM DESIGN
3．5．4 MONITOR DESIGN
3．5．5 OPERATION
3．5-1 課文注釋
3．6 Placer Mining and Dredging
3．6．1 PLACER MINING METHODS OTHER THAN BY DREDGING
3．6．2 PLACER MINING BY USE OF DREDGES
3．6．3 PLACER MINING PROCESSING
3．6-1 課文注釋
3．7 Heap Leaching
3．7．1 HISTORY
3．7．2 HEAP LEACHING EXPLAINED
3．7．3 WHY HEAP LEACHING？
3．7．4 HEAP LEACHING CONFIGURATIONS
3．7．5 LABORATORY WORK
3．7．6 HEAP PERMEABILITY AND FLOW EFFICIENCY
3．7．7 SOLUTION APPLICATION RATE AND LEACH TIME
3．7．8 SOLUTION APPLICATION
3．7-1 課文注釋
Glossary
References
Foreword
編寫體例說明
1 MINING：SETTING THE SCENE
1．1 Mining：Ancient，Modern，and Beyond
1．1．1 ANCIENT MINING
1．1．2 POST-RENAISSANCE MINING
1．1．3 ECONOMIC DEVELOPMENT AS A RESULT OF MINING
1．1．4 MODERN TRENDS IN MINING
1．1．5 BEYOND THE HORIZON
1．1．6 CONCLUSION
1．1-1 課文注釋
1．1-2 Reading comprehension 1（1．1．2）
Reading comprehension 2（1．1．3）
1．1-3 參考譯文
1．1-4 翻譯常識(shí)——標(biāo)題的譯法
1．1-5 試練習(xí)翻譯本節(jié)中的部分標(biāo)題
1．1-6 翻譯練習(xí)
1．2 Current Trends in Mining
1．2．1 SUPPLY AND DEMAND
1．2．2 MINERALS EXPLORATION
1．2．3 MINE OPERATIONS
1．2．4 VERTICAL INTEGRATION
1．2．5 SUSTAINABILITY
1．2．6 HUMAN RESOURCES
1．2．7 GOVERNANCE
1．2．8 INDUSTRY STRUCTURE
1．2．9 SUMMARY AND CONCLUSIONS
1．2-1 課文注釋
1．3 Future Trends in Mining
1．3．1 INTRODUCTION
1．3．2 EXPLORATION AND GEOLOGY
1．3．3 SURFACE MINING
1．3．4 AUTOMATION AND REMOTE 0PERATION
1．3．5 UNDERGROUND MINlNG
1．3-1 課文注釋
2 MINING METHoD SELECTION
2．1 Evaluation of Mining Methods and Systems
2．1．1 INTRODUCTION
2．1．2 SURFACE AND UNDERGROUND MINE EXAMPLES
2．1．3 PRODUCTION
2．1．4 MINE SIZE
2．1．5 PRODUCTIVITY
2．1．6 SAFETY
2．1．7 DEVELOPMENT
2．1．8 COST COMPARISONS
2．1．9 ENVIRONMENTAL AND CLOSURE REQUIREMENTS
2．1．10 SELECTION OF A MINING METHOD
2．1．11 CONCLUSION
2．1-1 課文注釋一
2．1-2 Reading cornprellension（2．1．11）
2．2 Mining Methods C1assificatiOil System
2．2．1 INTRODUCTl0N
2．2．2 INPUT STATEMENT
2．2．3 SPATIAL DESCRIPTION
2．2．4 CORRELATING DEPOSIT TYPES
2．2．5 CLASSIFYING SURFACE MINING METHODS
2．2-1 課文注釋
2．2-2 Reading cornprehension（2．2．5）
2．3 Comparison of Surface Mining Methods
2．3．1 INTRODUCTION
2．3．2 FACTORS AND CONDITIONS
2．3．3 DEVELOPMENT VERSUS THE PRODUCTION SEQUENCE IN 0PEN-PIT AND STRIP MINING
2．3．4 SUMMARY
2．3-1 課文注釋
2．3-2 Reading comprehension（2．3．4）
3 SURFACE MINING METHODS
3．1 Introduction to Open-Pit Mining
3．1．1 DEFINITION OF OPEN-PIT MINING
3．1．2 TYPICAL DEPOSITS
3．1．3 OPEN-PIT GEOMETRY
3．1．4 UNIT OPERATl0NS
3．1．5 OPEN-PIT MINING AND THE ENVIRONMENT
3．1-1 課文注釋
3．2 Strip Mining
3．2．1 INTRODUCTION
3．2．2 GENERIC STRIP MINING
3．2．3 ALTERNATIVE STRIP MINING STRATEGIES
3．2．4 STRIP MINING STRATEGIES COMPARED BY SELECTION DRIVER
3．2．5 FUTURE TRENDS
3．2-1 課文注釋
3．3 Highwall Mining
3．3．1 INTRODUCTION
3．3．2 SITE REQUIREMENTS AND CONDITIONS
3．3．3 ADVANTAGES AND LIMITATIONS
3．3．4 EQUIPMENT AND OPERATION
3．3．5 RECENT DEVELOPMENTS AND FUTURE ADVANCES
3．3．6 A BRIEF CASE STUDY
3．3-1 課文注釋
3．4 Quarrying
3．4．1 INTRODUCTION
3．4．2 GEOLOGY AND LOCATl0N
3．4．3 PERMIT TO OPERATE
3．4．4 QUARRY INFRASTRUCTURE
3．4．5 DRlLLING AND BLASTING
3．4．6 FACE LOADING
3．4．7 HAULING TO THE PLANT
3．4．8 IN-PIT PROCESSING
3．4．9 MATERIALS HANDLING
3．4．10 CRUSHING
3．4．11 SCREENS
3．4．12 SAND AND GRAVEL WASHING
3．4．13 SPECIALIST QUARRYING OPERATIONS
3．4．14 REHABILITATION
3．4-1 課文注釋
3．4-2 Reading comprehension（3．4．2 ）
3．5 Hydraulic Mining
3．5．1 HISTORY
3．5．2 HYDRAULIC MINING TODAY
3．5．3 SYSTEM DESIGN
3．5．4 MONITOR DESIGN
3．5．5 OPERATION
3．5-1 課文注釋
3．6 Placer Mining and Dredging
3．6．1 PLACER MINING METHODS OTHER THAN BY DREDGING
3．6．2 PLACER MINING BY USE OF DREDGES
3．6．3 PLACER MINING PROCESSING
3．6-1 課文注釋
3．7 Heap Leaching
3．7．1 HISTORY
3．7．2 HEAP LEACHING EXPLAINED
3．7．3 WHY HEAP LEACHING？
3．7．4 HEAP LEACHING CONFIGURATIONS
3．7．5 LABORATORY WORK
3．7．6 HEAP PERMEABILITY AND FLOW EFFICIENCY
3．7．7 SOLUTION APPLICATION RATE AND LEACH TIME
3．7．8 SOLUTION APPLICATION
3．7-1 課文注釋
Glossary
References
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