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Exploration Geophysics
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  The Bulletin of the Australian Society of Exploration Geophysicists
 
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Table of Contents     |     Next Issue >>  

Exploration Geophysics
Volume 29 Number 1 & 2 1998
Airborne Electromagnetics
Editors: B. R. Spies, D. Fitterman, S. Holladay and G. Liu


Airborne electromagnetic systems - 50 years of development 

D. Fountain

pp. 1-11

  
 


Depth of penetration of frequency-domain airborne electromagnetics in resistive terrains 

M. Peltoniemi

pp. 12-15

  
 


Streamed data - a source of insight and improvement for time domain airborne EM 

R. Lane, C. Plunkett, A. Price, A. Green and Y. Hu

pp. 16-23

  
 


The use of B-field measurements in an airborne time-domain system: Part I. Benefits of B-field versus dB/dt data 

R. Smith and P. Annan

pp. 24-29

  
 


Potential use of high Tc SQUIDS for airborne electromagnetics 

C.P. Foley and K.E. Leslie

pp. 30-34

  
 


Effect of transmitter current waveform on airborne TEM response 

G. Liu

pp. 35-41

  
 


On the effect of varying the pulse width to detect high conductance bodies 

R. Smith

pp. 42-45

  
 


Novel dual frequency fixed-wing airborne EM system of Geological Survey of Finland (GTK) 

A. Poikonen, K. Sulkanen, M. Oksama and I. Suppala

pp. 46-51

  
 


Tensor VLF measurements: our first experiences 

L.B. Pedersen

pp. 52-57

  
 


The principles and practice of FLAIRTEM 

P. Elliott

pp. 58-60

 


Development of grounded electrical source airborne transient EM (GREATEM) 

T. Mogi, Y. Tanaka, K. Kusunoki, T. Morikawa and N. Jomori

pp. 61-64

  
 


Sources of calibration errors in helicopter EM data 

D.V. Fitterman

pp. 65-70

  
 


AEM noise reduction with remote referencing 

G. Buselli, H.S. Hwang and J.P. Pik

pp. 71-76

  
 


The use of multivariate statistical techniques for the analysis and display of AEM data 

A. Green

pp. 77-82

  
 


Integrated interpretation of SPECTREM geophysical data 

C.T. Archer

pp. 83-86

  
 


Altitude correction of time domain AEM data for image display and geological mapping using the Apparent Dipole Depth (ADD) method 

A. Green

pp. 87-91

  
 


Removal of herringbone effects from AEM data maps using the Radon transform 

M.P. Sykes and U.C. Das

pp. 92-95

  
 


Physics of airborne EM systems 

H.F. Morrison, A. Becker and G.M. Hoversten

pp. 97-102

  
 


Modelling the time-domain response of AEM systems 

A. Raiche

pp. 103-106

  
 


Selection of an appropriate model for the interpretation of time-domain airborne electromagnetic data for geological mapping  

J.O. Barongo

pp. 107-110

  
 


Three-dimensional frequency-domain modeling of airborne electromagnetic responses 

D.B. Avdeev, A.V. Kuvshinov, O.V. Pankratov and G.A. Newman

pp. 111-119

  
 


Inversion of airborne electromagnetic data 

R.G. Ellis

pp. 121-127

  
 


Inverting AEM data using a damped eigenparameter method 

J. Chen and A. Raiche

pp. 128-132

  
 


Examples of 1-D inversion of multifrequency HEM data from 3-D resistivity distributions 

K.P. Sengpiel and B. Siemon

pp. 133-141

  
 


Reduction of inversion errors in helicopter EM data using auxiliary information 

M. Deszcz-Pan, D.V. Fitterman and V.F. Labson

pp. 142-146

  
 


Automated inversion of broadband multiple transmitter-receiver airborne EM data for the parameters of a small, confined conductor 

W. Qian, J.S. Holladay and Z. Dvorak

pp. 147-151

  
 


Interpretation of airborne electromagnetic data with neural networks 

W. Seiberl, A. Ahl and E. Winkler

pp. 152-156

  
 


Conductivity information in three dimensions 

D. Sattel

pp. 157-162

  
 


Fast AEM data processing and inversion 

J. Macnae, A. King, N. Stolz, A. Osmakoff and A. Blaha

pp. 163-169

  
 


Automatic estimation of EM parameters in tau-domain 

J. Chen and J.C. Macnae

pp. 170-174

  
 


Application of an improved technique for interpreting transient electromagnetic data 

P.A. Eaton

pp. 175-183

  
 


A new AEM imaging algorithm for use in conductive areas 

P. Walker

pp. 184-190

  
 


Block modelling as a check on the interpretation of stitched CDI sections from AEM data 

J. Macnae and Z. Xiong

pp. 191-194

  
 


Generalisation of the transient field solution for a thin layer of finite thickness 

B.Sh. Singer and A. Green

pp. 195-197

 


Beyond bump finding ? airborne electromagnetics for mineral exploration in regolith dominated terrains 

L. Worrall, T. Munday and A. Green

pp. 199-203

  
 


Case study: The evolution of airborne time domain electromagnetic applications for geologic mapping; a Noranda perspective 

M.J. Schaefer, J. Gingerich and J. Lemieux

pp. 204-210

  
 


Airborne conductivity mapping of the Bathurst Mining Camp 

P.B. Keating, F.G. Kiss, J. Katsube and M. E. Best

pp. 211-217

  
 


Black Range and Vernon Hill: a comparison of two airborne EM surveys in south east Australia 

M.H. Dransfield

pp. 218-224

  
 


The use of B-field measurements in an airborne time-domain system ? Part II: examples in conductive regimes 

P. Wolfgram and S. Thomson

pp. 225-229

  
 


Improving the management of dryland salinity in Australia through the national airborne geophysics project 

I. Coppa, P. Woodgate and A. Webb

pp. 230-233

  
 


Landslide surveys in Tertiary soft rock areas using HEM 

N. Konishi

pp. 234-239

  
 


Helicopter EM mapping of saltwater intrusion in Everglades National Park, Florida 

D.V. Fitterman and M. Deszcz-Pan

pp. 240-243

  
 


Sea ice thickness mapping by airborne and ground EM methods 

H. Soininen, T. Jokinen, M. Oksama and I. Suppala

pp. 244-248

  
 


Magnetic permeability and electrical resistivity mapping with a multifrequency airborne EM system 

H. Huang and D.C. Fraser

pp. 249-253

  
 


The application of multifrequency airborne electromagnetics to iron ore exploration 

M. Flis, P. Hawke and A. McMillan

pp. 254-258

  
 


Personal views on the effectiveness of airborne EM in Australian mineral exploration: a client perspective 

J.E. Hanneson

pp. 259-262

  
 


Summaries, discussion and future trends 

A. Green, F. Morrison and B. Smith

pp. 263-271

  
 


  
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