Large size dried (LSD) spikes have been produced to fulfil the existing requirement for reliable and traceable isotopic reference materials for nuclear safeguards. A system to produce certified nuclear isotopic reference material as a U/Pu mixture in the form of large size dried spikes, comparable to those produced using traditional methods has been installed in collaboration with Nucomat, a company with a recognized reputation in design and development of integrated automated systems. The major components of the system are a robot, two balances, a dispenser and a drying unit fitted into a glove box. The robot is software driven and designed to control all movements inside the glove-box, to identify unambiguously the penicillin vials with a...
Liquid scintillation spectrometry is now widely used in biological laboratories for the assay of rad...
Background, Patients with thyroid carcinoma or hyperthyroidism undergo oral radioactive iodine-131 t...
Reliable isotope measurements of nuclear material and reference materials with small uncertainties o...
Large-Sized Dried (LSD) spikes are used as a fundamental part of the fissile material control of irr...
The concept of directly spiking samples of the solution with dissolved irradiated nuclear fuel for l...
Large size dried spikes (LSD) have become a fundamental part of the fissile material control of irra...
IRMM Large-Sized Dried (LSD) Spikes are widely used as a fundamental part of the fissile material co...
IRMM Large-Sized Dried (LSD) Spikes are widely used as a fundamental part of the fissile material co...
A new set of Large Size Dried (LSD) Spikes for the determination of uranium and plutonium by isotope...
Large sized dried spikes prepared by IRMM are primary isotopic reference materials applied in the me...
IRMM Large-Sized Dried (LSD) Spikes are widely used as a fundamental part of the fissile material co...
Large Scale Dried (LSD) spikes are used in nuclear safeguards laboratories world-wide for an accurat...
Large-sized dried spikes (LSD) have become a fundamental part of the fissile material control of irr...
The EURATOM treaty stipulates clearly in Article 8 and annex V the need for nuclear isotopic referen...
Large-Sized Dried (LSD) spikes are Certified Reference Materials (CRMs) used in nuclear safeguards f...
Liquid scintillation spectrometry is now widely used in biological laboratories for the assay of rad...
Background, Patients with thyroid carcinoma or hyperthyroidism undergo oral radioactive iodine-131 t...
Reliable isotope measurements of nuclear material and reference materials with small uncertainties o...
Large-Sized Dried (LSD) spikes are used as a fundamental part of the fissile material control of irr...
The concept of directly spiking samples of the solution with dissolved irradiated nuclear fuel for l...
Large size dried spikes (LSD) have become a fundamental part of the fissile material control of irra...
IRMM Large-Sized Dried (LSD) Spikes are widely used as a fundamental part of the fissile material co...
IRMM Large-Sized Dried (LSD) Spikes are widely used as a fundamental part of the fissile material co...
A new set of Large Size Dried (LSD) Spikes for the determination of uranium and plutonium by isotope...
Large sized dried spikes prepared by IRMM are primary isotopic reference materials applied in the me...
IRMM Large-Sized Dried (LSD) Spikes are widely used as a fundamental part of the fissile material co...
Large Scale Dried (LSD) spikes are used in nuclear safeguards laboratories world-wide for an accurat...
Large-sized dried spikes (LSD) have become a fundamental part of the fissile material control of irr...
The EURATOM treaty stipulates clearly in Article 8 and annex V the need for nuclear isotopic referen...
Large-Sized Dried (LSD) spikes are Certified Reference Materials (CRMs) used in nuclear safeguards f...
Liquid scintillation spectrometry is now widely used in biological laboratories for the assay of rad...
Background, Patients with thyroid carcinoma or hyperthyroidism undergo oral radioactive iodine-131 t...
Reliable isotope measurements of nuclear material and reference materials with small uncertainties o...