Nuclear materials science and the “where” questions James R. Cost Materials in the Nuclear Field Pages: 6 - 6
Radiation embrittlement in the pressure-vessel steels of nuclear power plants Monroe S. Wechsler Materials in the Nuclear Field Pages: 7 - 14
Nuclear production research expands materials knowledge G. R. Caskey Jr.D. T. RankinM. R. Louthan Jr. Materials in the Nuclear Field Pages: 15 - 19
Lessons in solid-state kinetics from nuclear energy research Steven J. Rothman Materials in the Nuclear Field Pages: 20 - 22
Microbial-induced corrosion in nuclear power plant materials George J. LicinaDaniel Cubicciotti Materials in the Nuclear Field Pages: 23 - 27
Environmental issues in the aqueous processing of gold David Dreisinger Gold, Cyanide and the Environment Pages: 36 - 36
Refractory concentrate gold leaching: Cyanide vs. bromine Ahmad Dadgar Gold, Cyanide and the Environment Pages: 37 - 41
A Cyanide removal process using sulfur dioxide and air E. A. DevuystB. R. ConardB. Tandi Gold, Cyanide and the Environment Pages: 43 - 45
The advantages of biodegradation of cyanides Jim Whitlock Gold, Cyanide and the Environment Pages: 46 - 47
Westinghouse hanford plans facility to vitrify defense nuclear waste by 1999 R. A. SmithD. H. NymanB. N. Anderson Forum Pages: 56 - 57
