Reactions of oxygen(+), argon(+), neon(+), and helium(+) with tetrachlorosilane: thermochemistry of chlorosilanes (SiClx+; X = 1-3). Ellen R. Fisher, and P. B. ...
Region of Noncombustion in Nitrogen-Oxygen and Helium-Oxygen Diving Atmospheres. G. A. Cook, V. A. Dorr, and B. M. Shields. Ind. Eng. Chem. Proc. Des.
Nov 30, 2007 - Loughborough University Loughborough, Leicestershire LE11 3TU, UK, Imperial College, London SW7 2AZ, UK, and. University of Teesside ...
Viscosity of Helium, Neon, and Nitrogen in the Dense Gaseous Region. E. G. Reynes, and George Thodos. J. Chem. Eng. Data , 1966, 11 (2), pp 137â140.
Table I. Solubility of Oxygen in Water. O2 Partial. Pressure,. Probable. Maximum. Sq. In. Abs. Source. Cc, Oa°/G. of Water. Average. Error. Deviation. 77° F. 140.
May 1, 2002 - Attainable Superheat of ArgonâHelium, ArgonâNeon Solutions. Vladimir G. Baidakov , Aleksey M. Kaverin and Valentina N. Andbaeva.
Activation Analysis for Oxygen and Other Elements by Helium-3-Induced Nuclear Reactions. S. S. Markowitz and J. D. Mahony. Anal. Chem. , 1962, 34 (3), ...
byHelium-3-lnduced Nuclear Reactions. SAMUEL S. MARKOWITZ and JOHN D. MAHONY. Lawrence Radiation Laboratory and Department of Chemistry, ...
what'/ the u/e? Alton Banks ... However, credit for thediscovery ... Banks, A. J. âThe Periodic Table Videodiscâ, JCE: Software 1989, Special Issue 1. Handbook of ...
Helium-3 Activation Analysis. Diana M. Lee, Cynthia V. Stauffacher,1 11and Samuel S. Markowitz. Department of Chemistry and Lawrence Radiation Laboratory ...
Huck, G., Kanueil,J., Brmnrlof.Chem. 3 6 , l (1955). Khrisanfova, A. I., T d y Iwl. G o y c h i & lrkopocmykh, Ahad Nnuk S.S.S.R. Oldel. Tefi. f l a k 2,278 (1950). Kinney, C. R.,Id.En,
