Philippe Veber
topic interest: Scintillator materials
is aggregated by: philippe-veber
topic interest: Lasers
topic interest: Piezoelectric
topic interest: Piezoelectricity
topic interest: Micro-pulling down
topic interest: Molybdenum oxygen
interest: phys.cond.cm-ms
topic interest: Relaxors
topic interest: Cations
topic interest: Inorganic compounds
topic interest: B2 Scintillator materials
interest: chim.inor
topic interest: Convection
topic interest: Crystals
topic interest: Defects
interest: chim.cris
topic interest: Sintering
topic interest: Bridgman technique
topic interest: Grain boundaries
topic interest: Computer simulation
topic interest: Lead-free
topic interest: Single crystal growth
topic interest: Spectroscopic analysis
topic interest: Ferroelectric
topic interest: Tungsten bronzes
topic interest: Lithium
interest: chim.mate
first name: Philippe
topic interest: Oxides
topic interest: A2 Czochralski method
topic interest: Lattices
topic interest: High temperature solution growth
topic interest: Barium
interest: phys.phys.phys-optics
interest: phys.phys.phys-ins-det
topic interest: Niobium
topic interest: Crystal growth
topic interest: Ferroelectricity
topic interest: Crystallography
topic interest: Compression
topic interest: Cryogenic detector
interest: phys.phys.phys-comp-ph
interest: spi.acou
topic interest: Scintillation counter crystal
type: Person
topic interest: Czochralski method
interest: spi.nano
topic interest: Color
topic interest: Performance
topic interest: Crystal structure
topic interest: Grain size
topic interest: Piezoelectrics
topic interest: Double-beta decay
topic interest: Single crystal
topic interest: Single crystals
topic interest: Mössbauer spectroscopy
topic interest: Lithium molybdate
topic interest: Detector design
topic interest: Ferroelectric materials
topic interest: Bolometer
topic interest: Grain growth
topic interest: B1 Oxides
topic interest: Numerical modelling
topic interest: Borate
topic interest: Growth from high temperature solutions
topic interest: High-temperature solution growth
topic interest: Solid-state structures
topic interest: Fluorides
topic interest: Lithium compounds
topic interest: Magnetic materials
topic interest: Crystallization
topic interest: B1 Lithium compounds
topic interest: Double-beta decay 0neutrino
topic interest: Crystal scintillator
topic interest: Elemental segregation
topic interest: Phase transitions
topic interest: Growth from solutions
topic interest: Flux methods