|
Issue |
Title |
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Vol 32, No 1 (1990) |
Re-evaluation of British Museum radiocarbon dates issued between 1980 and 1984. |
PDF
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S E Bowman, J C Ambers, M N Leese |
|
Vol 31, No 3 (1989) |
Importance of biospheric CO (sub 2) in a subcanopy atmosphere deduced from (super 14) C AMS measurements. |
PDF
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P M Grootes, G W Farwell, F H Schmidt, D D Leach, Minze Stuiver |
|
Vol 31, No 2 (1989) |
Temporal (super 10) Be and (super 14) C variations; a tool for paleomagnetic research. |
PDF
|
G E Kocharov, A V Blinov, A N Konstantinov, V A Levchenko |
|
Vol 28, No 2A (1986) |
The temporal distribution of "bomb" (super 14) C in a forest soil. |
PDF
|
D D Harkness, A F Harrison, P J Bacon |
|
Vol 25, No 2 (1983) |
Recent (super 14) C measurements with the Chalk River FN tandem accelerator. |
PDF
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R M Brown, H R Andrews, G C Ball, N Burn, W G Davies, Y Imahori, J D Milton, W Workman |
|
Vol 22, No 3 (1980) |
MACS; an accelerator-based radioisotope measuring system. |
PDF
|
K H Purser, R B Liebert, C J Russo |
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Vol 19, No 3 (1977) |
Dalhousie University natural radiocarbon measurement II. |
PDF
|
J Ogden, W C Hart |
|
Vol 18, No 3 (1976) |
University of Rome carbon-14 dates XIV. |
PDF
|
M Alessio, F Bella, S Improta, G Belluomini, G Calderoni, C Cortesi, B Turi |
|
Vol 43, No 2A (2001) |
The future of the past. |
PDF
|
Robert M Hedges |
|
Vol 8, No 1 (1966) |
Tartu radiocarbon dates I. |
Abstract
PDF
|
A Liiva, E Ilves, J M Punning |
|
Vol 40, No 1 (1998) |
On the validity of the Poisson hypothesis for low-level counting; investigation of the distributional characteristics of background radiation with the NIST individual pulse counting system. |
Abstract
PDF
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L A Currie, E M Eijgenhuijsen, G A Klouda |
|
Vol 38, No 1 (1996) |
A negative ion survey. |
PDF
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M J Nadeau, A E Litherland, Xioa Lei Zhao, M A Garwan, Linus R Kilius |
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Vol 37, No 3 (1995) |
Comparing (super 14) C histograms; an approach based on approximate randomization techniques. |
Abstract
PDF
|
Tom Dye |
|
Vol 35, No 2 (1993) |
A simplified approach to calibrating (super 14) C dates. |
PDF
|
A S Talma, J C Vogel |
|
Vol 33, No 2 (1991) |
A (super 14) C dating protocol for use with Packard scintillation counters employing burst counting circuitry. |
PDF
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G T Cook, Robert Anderson |
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Vol 31, No 3 (1989) |
Improved precision (super 14) C measurements and natural (super 14) C variations around 10,000 Cal bp. |
PDF
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Tomasz Goslar, Mieczyslaw F Pazdur |
|
Vol 30, No 2 (1988) |
University of Texas at Austin radiocarbon dates XVI. |
PDF
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S Valastro, E Mott Davis, Alejandra G Varela, Susan V Lisk |
|
Vol 28, No 2A (1986) |
Background measurements with different shielding and anticoincidence systems. |
PDF
|
H H Loosli, Markus Forster, R L Otlet |
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Vol 28, No 2A (1986) |
Accelerator radiocarbon dating at SFU. |
PDF
|
D E Nelson, J S Vogel, J R Southon, T A Brown |
|
Vol 25, No 2 (1983) |
(super 14) C dating and magnetostratigraphy. |
PDF
|
Roy Thompson |
|
Vol 20, No 3 (1978) |
University of Georgia radiocarbon dates VI. |
PDF
|
B L Brandau, J E Noakes |
|
Vol 19, No 2 (1977) |
University of Pennsylvania radiocarbon dates XIX. |
PDF
|
Bernard Fishman, Hamish Forbes, Barbara Lawn |
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Vol 18, No 2 (1976) |
Glasgow University radiocarbon measurements VIII. |
PDF
|
M J Stenhouse, M S Baxter |
|
Vol 44, No 3 (2002) |
The antiquity of the prehistoric settlement of the central-south Brazilian coast. |
Abstract
PDF
|
T A Lima, K D Macario, R M Anjos, P S Gomes, M M Coimbra, D Elmore |
|
Vol 41, No 1 (1999) |
Variations of isotopic composition of carbon in the karst environment from southern Poland, present and past. |
Abstract
PDF
|
Anna Pazdur, Tomasz Goslar, Miroslawa Pawlyta, Helena Hercman, Michal Gradzinski |
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