généralités
Murphy, T. J., 1976. The rôle of the analytical blank in accurate trace analysis, in
Accuracy in trace analysis : sampling, sample handling, analysis, P. D. La Fleur (ed.).
NBS, Spec. Publ. 422.
Patterson, C. and Settle, D., 1976a. Comparison déterminations of lead by investigators analysing-individual samples of seawater in both their home laboratory and
in a isotope dilution standardization laboratory. Mar. Chem. 4, 389-392.
Patterson, C. C. and Settle, D. M.. 1976b. The réduction of orders of magnitude
errors in lead analyses of biological materials and natural waters by evaluating and
controlling the extent and sources of industrial lead contamination introduced during
sample collecting, handling and analysis, in Accuracy in trace analysis : sampling,
sample handling, analysis, P. D. La Fleur (ed.). NBS, Spec. Publ. 422, 321-351.
Schaule, B. and Patterson, C. C., 1980. The occurrence of lead in the Northeast
Pacific and the effects of anthropogenic inputs, p. 31-43, in Lead in the marine environment, M. Branica & Z. Konrad (ed.). Pergamon Press.
Sclater, F. R., Boyle, E. and Edmond, J. M., 1976. On the marine geochemistry
of nickel. Earth Planet. Sci. Lett. 31, 119-128.
Wong, C. S., Cretney, W. J., Piuze, J. and Christensen, P., 1977. Clean laboratory
methods to achieve contaminant-free processing and détermination of ultra-trace
samples in marine environmental studies, in Methods and standards for environmental measurement, W. H. Kirchhoff (ed.). NBS, Spec. Publ. 464.
225
Murphy, T. J., 1976. The rôle of the analytical blank in accurate trace analysis, in
Accuracy in trace analysis : sampling, sample handling, analysis, P. D. La Fleur (ed.).
NBS, Spec. Publ. 422.
Patterson, C. and Settle, D., 1976a. Comparison déterminations of lead by investigators analysing-individual samples of seawater in both their home laboratory and
in a isotope dilution standardization laboratory. Mar. Chem. 4, 389-392.
Patterson, C. C. and Settle, D. M.. 1976b. The réduction of orders of magnitude
errors in lead analyses of biological materials and natural waters by evaluating and
controlling the extent and sources of industrial lead contamination introduced during
sample collecting, handling and analysis, in Accuracy in trace analysis : sampling,
sample handling, analysis, P. D. La Fleur (ed.). NBS, Spec. Publ. 422, 321-351.
Schaule, B. and Patterson, C. C., 1980. The occurrence of lead in the Northeast
Pacific and the effects of anthropogenic inputs, p. 31-43, in Lead in the marine environment, M. Branica & Z. Konrad (ed.). Pergamon Press.
Sclater, F. R., Boyle, E. and Edmond, J. M., 1976. On the marine geochemistry
of nickel. Earth Planet. Sci. Lett. 31, 119-128.
Wong, C. S., Cretney, W. J., Piuze, J. and Christensen, P., 1977. Clean laboratory
methods to achieve contaminant-free processing and détermination of ultra-trace
samples in marine environmental studies, in Methods and standards for environmental measurement, W. H. Kirchhoff (ed.). NBS, Spec. Publ. 464.
225