Add to ORKGPoster, Advanced Solid State Lasers International Symposium, October 27-31th, 2013, Paris, FranceThis study shows that a perfect control of each steps of the elaboration process (powder synthesis, shaping and sintering) is needed to avoid defects affecting the transparency of Nd:YAG ceramics developed for high power laser applications
The important role played by the processing on the transparency of ceramic materials is often undere...
Abstract Spark plasma sintering (SPS) is an advanced one-stage, rapid, near-net shape densification ...
LLNL has been using the largest transparent laser ceramics for the last two years in the solid-state...
Poster, Advanced Solid State Lasers International Symposium, October 27-31th, 2013, Paris, FranceThi...
Transparent ceramics have many features that recommend them over single crystals for use as laser am...
Abstract: We demonstrated not only high-efficiency laser generation from polycrystalline Nd:YAG cera...
Transparent ceramics have been known to be one of the best material for solid state lasers applicati...
The report is to document the study of Ceramic gain which will be used for the Diode Pumped Solid-st...
Solid state laser ceramics was discovered in the 1960s and through the advancement of technology, th...
International audienceControlling residual amounts of defects in transparent ceramics is a major cha...
Depuis les années 1990, les céramiques transparentes de type YAG:Nd suscitent un vif intérêt pour de...
Transparent ceramics being known for its flexibility to be doped with different elements with excell...
The past decade has seen significant advances in the development and improvements to high-energy las...
Lasers are fundamental to our society and are used in an ever-increasing range of fields including m...
Advances in the field of solid-state laser has led to a variety of uses in modern applications ever ...
The important role played by the processing on the transparency of ceramic materials is often undere...
Abstract Spark plasma sintering (SPS) is an advanced one-stage, rapid, near-net shape densification ...
LLNL has been using the largest transparent laser ceramics for the last two years in the solid-state...
Poster, Advanced Solid State Lasers International Symposium, October 27-31th, 2013, Paris, FranceThi...
Transparent ceramics have many features that recommend them over single crystals for use as laser am...
Abstract: We demonstrated not only high-efficiency laser generation from polycrystalline Nd:YAG cera...
Transparent ceramics have been known to be one of the best material for solid state lasers applicati...
The report is to document the study of Ceramic gain which will be used for the Diode Pumped Solid-st...
Solid state laser ceramics was discovered in the 1960s and through the advancement of technology, th...
International audienceControlling residual amounts of defects in transparent ceramics is a major cha...
Depuis les années 1990, les céramiques transparentes de type YAG:Nd suscitent un vif intérêt pour de...
Transparent ceramics being known for its flexibility to be doped with different elements with excell...
The past decade has seen significant advances in the development and improvements to high-energy las...
Lasers are fundamental to our society and are used in an ever-increasing range of fields including m...
Advances in the field of solid-state laser has led to a variety of uses in modern applications ever ...
The important role played by the processing on the transparency of ceramic materials is often undere...
Abstract Spark plasma sintering (SPS) is an advanced one-stage, rapid, near-net shape densification ...
LLNL has been using the largest transparent laser ceramics for the last two years in the solid-state...