10.1038/340029a0
https://zenodo.org/records/1233083
oai:zenodo.org:1233083
Gai, M.
M.
Gai
Rugari, S. L.
S. L.
Rugari
France, R. H.
R. H.
France
Lund, B. J.
B. J.
Lund
Zhao, Z.
Z.
Zhao
Davenport, A. J.
A. J.
Davenport
Isaacs, H. S.
H. S.
Isaacs
Lynn, K. G.
K. G.
Lynn
Upper limits on neutron and γ-ray emission from cold fusion
Zenodo
1989
1989-07-06
Creative Commons Zero v1.0 Universal
Neutron and γ-ray emission from a variety of electrochemical cells (running continuously for up to two weeks) have been measured using a sensitive detection system with a very low background. Titanium alloy powder deuterided at room temperature and high pressure was also used for comparison. No statistically significant deviation from the background was observed in either γ-ray or neutron detectors. The estimated neutron flux in this experiment is at least a factor of 50 times smaller than that reported by Jones et al. and about one million times smaller than that reported by Fleischmann et al. The results suggest that a significant fraction of the observed neutron events are associated with cosmic rays.