An effort has been made to introduce scintillation light in lead fluoride crystals by selective doping. It was found that some rare earth ions doped in the crystal may serve as luminescence centers. The photo- and X- luminescence spectrum, the decay time constant and the light output of these doped samples are presented. Because of the slow decay time these doped lead fluoride samples fall short to be used to build a homogeneous hadronic calorimeter with dual readout for future high energy physics experiments. Researches will continue to introduce scintillation in lead fluoride
The well-established technology of electromagnetic calorimetry using Lead Tungstate crystals has rec...
This second edition features new chapters highlighting advances in our understanding of the behavior...
The article is an overview of the research activity performed in the framework of the Crystal Clear ...
An effort has been made to introduce scintillation light in lead fluoride crystals by selective dop...
An effort was made to introduce scintillation light in lead fluoride crystals by selective doping. ...
For the first time, lead fluoride is used as a fast and compact material in electromagnetic calorime...
Lead fluoride (PbF$_2$) crystals represent an excellent and relatively innovative choice for high re...
Good UV transmittance and some scintillation light are two requirements for materials to be used to ...
We report an investigation on pure and doped PbFCl crystals. Optical and scintillation properties, s...
Abstract The last decade has seen a renaissance in inorganic scintillator development for gamma ray ...
Background: In this research, the response of a 10 × 10 × 10 mm3 commercially available PbF2 crystal...
Lead tungstate crystals doped with small fractions of praesodynium or molybdenum have been tested in...
Two-dimensional lead halide perovskites have demonstrated their potential as high-performance scinti...
This paper presents result of a study on undoped as well as various doped lead tungstate crystals....
Because of their ultrafast scintillation with subnanosecond decay time, barium fluoride (BaF_2) crys...
The well-established technology of electromagnetic calorimetry using Lead Tungstate crystals has rec...
This second edition features new chapters highlighting advances in our understanding of the behavior...
The article is an overview of the research activity performed in the framework of the Crystal Clear ...
An effort has been made to introduce scintillation light in lead fluoride crystals by selective dop...
An effort was made to introduce scintillation light in lead fluoride crystals by selective doping. ...
For the first time, lead fluoride is used as a fast and compact material in electromagnetic calorime...
Lead fluoride (PbF$_2$) crystals represent an excellent and relatively innovative choice for high re...
Good UV transmittance and some scintillation light are two requirements for materials to be used to ...
We report an investigation on pure and doped PbFCl crystals. Optical and scintillation properties, s...
Abstract The last decade has seen a renaissance in inorganic scintillator development for gamma ray ...
Background: In this research, the response of a 10 × 10 × 10 mm3 commercially available PbF2 crystal...
Lead tungstate crystals doped with small fractions of praesodynium or molybdenum have been tested in...
Two-dimensional lead halide perovskites have demonstrated their potential as high-performance scinti...
This paper presents result of a study on undoped as well as various doped lead tungstate crystals....
Because of their ultrafast scintillation with subnanosecond decay time, barium fluoride (BaF_2) crys...
The well-established technology of electromagnetic calorimetry using Lead Tungstate crystals has rec...
This second edition features new chapters highlighting advances in our understanding of the behavior...
The article is an overview of the research activity performed in the framework of the Crystal Clear ...