Atomic Negative Muon Capture in Oxygen-Containing Organic Compounds

Articles in the same Issue

1. The Saphir Gas-Jet and a First Application to an On-Line Separation of Niobium
2. Evaluation of the Radial Distribution of Gadolinium Isotopes in Nuclear Fuel Pins by Secondary Ion Mass Spectrometry (SIMS)
3. Macrodispersivity in Granular Aquifers Determined with Single-well Techniques Using ⁸²Br as a Tracer
4. Determination of Refractory Trace Elements in Chinese Meteorites by RNAA
5. Differential Production Yields of 1231 in Proton and Deuteron Induced Reactions on Natural Xenon
6. Yields of some Radioisotopes Formed in α-Particle Induced Reactions on Natural Molybdenum
7. Radiochemical Separations of Target-Like Reaction Products from Au-, Pt-, and Th-Targets after Irradiation with GeV Protons
8. Fast Continuous Radiochemical Isolation of the Short-Lived Isotopes of Hf, Ta and W Produced by Heavy Ion Induced Reactions
9. Thermodynamics of the Complex Formation of Thorium (IV) with 3-Aminopropanoic and 4- Aminobutanoic Ligands in Aqueous Solution
10. Enthalpy of Formation of BaPuO₃; Stability of Perovskite as a Nuclear-Waste Matrix for Pu⁴⁺
11. Sorption Equilibria of Radionuclides or Trace Elements in Multicomponent Systems
12. Development of Alpha-Ray Spectrometric Techniques for the Measurement of Low-Level ²³⁷Np in Environmental Soil and Sediment
13. Process Study on the Separation of ⁹⁹Mo from Irradiated Natural Uranium Dioxide
14. Atomic Negative Muon Capture in Oxygen-Containing Organic Compounds
15. Erratum