• A HIGH TEMPERATURE AND POWER PIEZOELECTRIC BISCO3PBTIO3 BASED CERAMIC MATERIAL MICROSTRUCTURALLY ENGINEERED FOR ENHANCED MECHANICAL PERFORMANCE A PROCEDURE FOR OBTAINING SAID CERAMIC MATERIAL AND ITS USE AS PART OF AN
• A HIGH TEMPERATURE AND VOLTAGE RESPONSE PIEZOELECTRIC BISCO3PBTIO3 BASED CERAMIC MATERIAL MICROSTRUCTURALL Y ENGINEERED FOR ENHANCED MECHANICAL PERFORMANCE A PROCEDURE FOR OBTAINING SAID CERAMIC MATERIAL AND ITS USE A
• A HIGH TEMPERATURE PIEZOELECTRIC BISCO3PBTIO3 CERAMIC MATERIAL CHEMICALLY ENGINEERED FOR ENHANCED VOLTAGE RESPONSE AND A PROCEDURE FOR OBTAININIG SAID CERAMIC MATERIAL
• A HIGH TEMPERATURE PIEZOELECTRIC BISCO3PBTIO3 CERAMIC MATERIAL CHEMICALLY ENGINEERED FOR ENHANCED VOLTAGE RESPONSE AND A PROCEDURE FOR OBTAININIG SAID CERAMIC MATERIAL
• A HIGH TEMPERATURE PIEZOELECTRIC BISCO3PBTIO3 CERAMIC MATERIAL CHEMICALLY ENGINEERED FOR HIGH POWER OPERATION AND A PROCEDURE FOR OBTAINING SAID CERAMIC MATERIAL
• A HIGH TEMPERATURE PIEZOELECTRIC BISCO3PBTIO3 CERAMIC MATERIAL CHEMICALLY ENGINEERED FOR HIGH POWER OPERATION AND A PROCEDURE FOR OBTAINING SAID CERAMIC MATERIAL