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Environmental Radiochemical Analysis V, Chapter 7 Experimental Studies on the Uptake of Technetium-99 to Terrestrial Crops . L. W. Ewers, J. Brown
, 2015
, Pages 61-66
Environmental Radiochemical Analysis V, Chapter 13 The Determination of Technetium-99 in Soil, Silt, Sand and Sediment by ICP-MS Using Isotopically Enriched Rhenium as a Yield Monitor . M. Bell, A. M. J. Lees, N. Scott
, 2015
, Pages 100-110
Environmental Radiochemical Analysis IV, The Fate of Technetium-99 (99 Tc) in the North and Nordic Seas after Reduction in the Discharges from Sellafield . H.M. Karlsen, H.E. Heldal
, 2011
, Pages 5-8
Environmental Radiochemical Analysis III, Technetium-99 in marine food webs in Norwegian Seas. Results from the Norwegian Radnor Project . Peter Warwick
, 2007
, Pages 19-23
Waste Treatment and Disposal, Disposal of nuclear fuel waste . R. E. Hester, R. M. Harrison, K. W. Dormuth, P.A. Gillespie, S. H. Whitaker
, 1995
, Volume 3
, Pages 115-130
Nuclear Power and the Environment, Chapter 4 Management of Land Contaminated by the Nuclear Legacy . Richard Kimber, Francis R. Livens, Jonathan R. Lloyd
, 2011
, Pages 82-115
Environmental Radiochemical Analysis II, Elution behaviour of technetium and rhenium through a Tc-selective chromatographic resin column . Peter Warwick, S. Uchida, K. Tagami
, 2003
, Pages 229-236
Carbohydrate Chemistry: Volume 11, Inorganic derivatives . J. S. Brimacombe
, 1979
, Volume 11
, Pages 139-142
Peptide-based Drug Discovery: Challenges and New Therapeutics, CHAPTER 6 Structural Design for Bioactive Peptides . G. S. Jedhe, G. J. Sanjayan
, 2017
, Pages 172-191
Nuclear Magnetic Resonance: Volume 44, Applications of nuclear shielding . Shigeki Kuroki, Tsunenori Kameda, Hidekazu Yasunaga
, 2015
, Volume 44
, Pages 76-149