Deconvolution of Gamma-Ray Logs by Optimum Error Distribution

References

1. Conaway, J. G. & Killeen, P. G. (1978), 'Quantitative uranium determinations from gamma ray logs by application of digital time series analysis', Geophysics 43, 1204-21.
2. International Atomic Energy Agency (1976), Radiometric reporting methods and calibration in uranium exploration. Technical Reports, Series No. 174, IAEA, Vienna.
3. Mereu, R. F. (1976), 'Exact wave-shaping with a time-domain digital filter of finite length'. Geophysics 41, 659-72.
4. Mereu, R. F. (1978), 'A computer program to obtain the weights of a time domain wave shaping filter which is optimum in an error-distribution sense', Geophysics 43, 197-215.
5. Milton, B. E. (1982), 'The Adelaide pit system for radiometric logging calibration', Bull. Aust. Soc. Explor. Geophys. 13, 18.
6. Robinson, E. A. (1967), Multichannel Time Series Analysis with Digital Computer Programs, Holden Day Inc., San Francisco.
7. Scott, J. H. (1963), 'Computer analysis of gamma ray logs', Geophysics 28, 456-65.
8. Scott, J. H., Dodd', P. H., Droullard, R. F. & Mudra, P. J. (1961), 'Quantitative analysis of gamma ray logs'. Geophysics 26, 182-91.
9. Suppe, S. A. & Khaikovich, I. M. (1960), 'Solution of the linear problem of gamma logging in the case of a complete distribution of the radioactive element in the active strata', Voprosi rudnoi-geofisziki, I (in Russian).
10. Wenk, G. J. & Dickson, B. L. (1981), 'The gamma-logging calibration facility at the Australian Mineral Development Laboratories', Bull. Aust. Soc. Explor. Geophys. 12, 37-39.