Measuring procedures include to a major part natural radionuclides like Radon and Radium. Additional emphasis is dedicated to radionuclides from nuclear fission activities, like Sr-isotopes by LS and Cerenkov counting. Analytical methods include also Fe-, Ni-, Tc- and Ca-isotopes as present in decommissioning activities. Due to the present importance, chapters on procedures for NORM and Radiocarbon have been included.
Liquid Scintillation Measuring Procedures:
New Developments
Measuring Procedures
- Introduction
- Measuring Procedures
- Introduction to Measuring Procedures
- Sample combustion with Hidex 600 OX Oxidizer
- Instrument Calibration Procedures
- Natural Radionuclides
- Aqueous Samples
- Gross Alpha Beta Survey in Drinking Water
- Radon by Extraction
- Radon by Gel Counting
- Ra-226 through Radon Emanation
- Radium by Derived Radium RAD Disk Method
- Simultaneous Determination of Ra-226/228 and Pb-210 Using Radium RAD Disk and TDCR
- Quick Method for Key Nuclides in Drinking Water
- Uranium Isotopes by Extractive Scintillation
- Tritium by Distillation
- Sea Water Samples
- Organic Samples
- Aqueous Samples
- Radionuclides from Nuclear Fission Activities
- Strontium by Strontium RAD Disk
- Sr-90 and Pb-210 by Extraction Chromatography
- Sr-90 and Pb-210 by Plastic Scintillator Using Microspheres
- Strontium in Milk
- Sr-89/90 by Cerenkov Counting
- Strontium Isotopes (Sr-89/Sr-90 and Sr-90/Y-90) by TDCR Cerenkov Counting
- Fe-55 by Extraction Chromatography
- Ni-63 by Extraction Chromatography
- Fe-55 and Ni-63 in Radioactive Waste
- Ca Isotopes in Biological Shield
- Fe-55 and Ca-41 in Decommissioning Activities by TDCR-LSC
- Sample Preparation for Pu-241 Analysis (BioRad)
- Pu-241 in Presence of Other Plutonium Isotopes (LS Alpha Spectrometry)
- Tc by RAD Disk and PSresins
- Multiple Radionuclide Analysis
- Radiation Protection
- Quality Assurance and Uncertainty Budget
