*完成訂單後正常情形下約兩周可抵台。 *本賣場提供之資訊僅供參考,以到貨標的為正確資訊。 印行年月:202403*若逾兩年請先於私訊洽詢存貨情況,謝謝。 台灣(台北市)在地出版社,每筆交易均開具統一發票,祝您中獎最高1000萬元。 書名:雙頻激電法 ISBN:9787548754640 出版社:中南大學 著編譯者:何繼善著 頁數:466頁 所在地:中國大陸 *此為代購商品 書號:1665464 可大量預訂,請先連絡。 內容簡介 雙頻激電法(雙頻道激發極化法)是作者發明的一種地球物理勘查方法,也是目前惟一由中國人提出原理,由中國人發明儀器,在遼闊的中國國土上取得成功應用的電法勘探方法。被冶金部和自然資源部列為重點推廣技術,榮獲國家技術發明獎和國家科技進步獎,為改革開放以來中國的資源供給做出傑出貢獻。 本書全面論述這一發明的基本原理、方法、技術和應用效果。主要內容包括雙頻激電法的基本原理、數理基礎、觀測參數,儀器原理與使用要領,野外工作方法、技術、干擾因素及其克服方法,找礦和工程應用實例等。本書資料翔實,圖文並茂,在撰寫過程中,特別考慮到野外第一線工程技術人員的需要,在理論論述上力求深入淺出,並加入與野外工作有關的章節。作者簡介 何繼善,中南大學教授。1934年9月出生於湖南省瀏陽縣。1960年畢業於長春地質學院,1994年當選為中國工程院首批院士。2001年獲全國模範教師稱號,2005年獲全國先進工作者稱號,2014年獲湖南省科學技術傑出貢獻獎。 湖南省科協名譽主席,中南大學庄勝礦業研究院院長、終身名譽院長,美國勘探地球物理學家協會(SEG)終身會員。曾任中南工業大學校長,中國工程院主席團成員、能源與礦業工程學部主任,工程管理學部常委,中國地球物理學會副理事長。 何繼善創立並且發展了以「雙頻激電法」「偽隨機信號電法」「廣域電磁法」和「擬合流場法」為特色的地電理論與方法體系,發明了相應的儀器,並在國內外廣泛應用。據不完全統計,使用雙頻激電法與廣域電磁法探明的金屬礦產和油氣資源價值超過2300億元。何繼善院士的成就得到了國內外同行專家的承認與高度評價,如美國權威地球物理學家莫利松教授寫道:「何繼善以他在勘探地球物理方面的眾多成就,尤其是在激電和電磁法方面的卓越貢獻,得到全世界同行的公認。」為了解決我國,尤其是湖南省的能源瓶頸,何繼善教授多年來進行非常規天然氣,特別是頁岩氣的研究,取得了十分明顯的成效。在湖南,他被稱為「頁岩氣之父」。目錄 Chapter 1 Principles of Dual Frequency Induced Polarization Method1 1 Introduction 1 2 Physical and Chemical Interpretation of IP Phenomenon 1 3 IP Characteristics of Various Ores and Rocks 1 4 Frequency Characteristics and Measurements of Induced Polarization 1 5 IP Characteristics of Rocks(Ores) in Frequency Domain & Affecting Factors Chapter 2 Equivalence Principles and Parameters in Induced Polarization Measurements 2 1 Macroscopic Approaches for Studying IP and LTI System 2 2 Equivalence Principles of Induced Polarization 2 3 Measuring Parameters in Frequency Domain IP Methods Chapter 3 Measurement Methods and Characteristics of DFIP 3 1 Measuring Plan of DFIP 3 2 Waveforms of Dual Frequency Currents 3 3 Anomaly in DFIP 3 4 Anti-Interference Ability of DFIP 3 5 Characteristics of DFIP Chapter 4 DFIP Instrumentation 4 1 Parameters and Performance Characteristics of DFIP Instruments 4 2 Work Principles of SQ-3C Portable IP Instrument 4 3 The Structure of DFIP Instruments 4 4 Maintenance and Service Chapter 5 Removal and Utilization of Electromagnetic Induction Coupling in IP Measurements 5 1 Classification of EM Induction Couplings 5 2 Capacitance Coupling and Its Representation in IP Measurements 5 3 EM Coupling and Its Time Characteristics in IP Measurements 5 4 Principles of Wave-chop Decoupling and Selection of Wave-chop Width 5 5 Wave Chopping Effects on DF Wave Distortion and EM Decoupling 5 6 Direct, Simultaneous and Respective Extractions of IP and EM Effects Chapter 6 Special Performance of Nonlinear Effect in Dual Frequency Spectrum Induced Polarization 6 1 Electrochemical Mechanism of Nonlinear Effect of IP Effect 6 2 Equivalent Circuit at Interface Between Mineral and Solution 6 3 Overpotential Response of Equivalent Circuit 6 4 Theoretical Calculations and Model Experimental Results of IP Frequency Spectrum Curves of Cathode and Anode 6 5 Nonlinear Effect of DFIP Frequency Spectrum Chapter 7 Spatial Distribution Characteristics of DFIP Anomaly 7 1 Surface Polarization Field of a Buried Sphere in a Homogeneous Alternating Current Field 7 2 IP Anomaly of a Sphere with Impregnated Spherical Shell in a Homogeneous Electric Field 7 3 Vein Ore Body in a Homogeneous Alternating Electric Field 7 4 A Surface-Polarized Spherical Body in a Point-Source Field 7 5 IP Field of a Surface Polarized Infinitely Long Cylinder 7 6 Experimental Dipole Profiling Curves of Several IP Bodies with Regular Shapes 7 7 Comparison of Several Profiling Arrays 7 8 Anomaly Characteristics of IP Sounding Chapter 8 Field Working 8 1 Electrode Arrays 8 2 Selection of Frequency Pairs 8 3 Power Supply System 8 4 Measurement Circuit 8 5 Electrode Effects and EM Couplings in IP Measurements 8 6 Interference in IP Measurement and Its Elimination 8 7 Evaluation of Measuring Accuracy in IP Measurements 8 8 Measurements of Electrical Parameters F and p of Rocks (ores) 8 9 The Illustrations of Observation Result 8 10 Some Experiences in Field Operation Chapter 9 Applied Cases of DFIP Methods 9 1 The Application of DFIP in Gold and Silver Ore Exploration 9 2 Application of DFIP in Exploration of Copper, Lead and Zinc Polymetallic Ores 9 3 Application of DFIP in Other Minerals 9 4 Underground Water Survey Using DFIP 9 5 Applications of DF or TF(Triple-Frequency) Phase Measurement References 詳細資料或其他書籍請至台灣高等教育出版社查詢,查後請於PChome商店街私訊告知ISBN或書號,我們即儘速上架。 |