(NL1001168-C2)      An Li battery is manufactured by contacting ceramic cathode material, Li ion-conductive electrolyte material containing a non-conductive material, and anode material, then dynamically compacting the assembly. At least one of the materials is introduced into a carrier in the form of a fine powder before contacting with any of the other materials.    USE -   Two or more cells can be serially connected, for use in electrically powered vehicles and on a miniature scale in consumer and microelectronics.    ADVANTAGE -   The properties of the electrode materials and electrolyte layer are improved, thus improving battery performance. Improved handling of powdery material.    (NL1002318-C6)      An Li battery is manufactured by contacting ceramic cathode material, Li ion-conductive electrolyte material containing a non-conductive material, and anode material, then dynamically compacting the assembly. At least one of the materials is introduced into a carrier in the form of a fine powder before contacting with any of the other materials.    USE -   Two or more cells can be serially connected, for use in electrically powered vehicles and on a miniature scale in consumer and microelectronics.    ADVANTAGE -   The properties of the electrode materials and electrolyte layer are improved, thus improving battery performance. Improved handling of powdery material.    (EP853825-A1)      An Li battery is manufactured by contacting ceramic cathode material, Li ion-conductive electrolyte material containing a non-conductive material, and anode material, then dynamically compacting the assembly. At least one of the materials is introduced into a carrier in the form of a fine powder before contacting with any of the other materials.    USE -   Two or more cells can be serially connected, for use in electrically powered vehicles and on a miniature scale in consumer and microelectronics.    ADVANTAGE -   The properties of the electrode materials and electrolyte layer are improved, thus improving battery performance. Improved handling of powdery material.    (EP853825-B1)      An Li battery is manufactured by contacting ceramic cathode material, Li ion-conductive electrolyte material containing a non-conductive material, and anode material, then dynamically compacting the assembly. At least one of the materials is introduced into a carrier in the form of a fine powder before contacting with any of the other materials.    USE -   Two or more cells can be serially connected, for use in electrically powered vehicles and on a miniature scale in consumer and microelectronics.    ADVANTAGE -   The properties of the electrode materials and electrolyte layer are improved, thus improving battery performance. Improved handling of powdery material.    (JP11512554-W)      An Li battery is manufactured by contacting ceramic cathode material, Li ion-conductive electrolyte material containing a non-conductive material, and anode material, then dynamically compacting the assembly. At least one of the materials is introduced into a carrier in the form of a fine powder before contacting with any of the other materials.    USE -   Two or more cells can be serially connected, for use in electrically powered vehicles and on a miniature scale in consumer and microelectronics.    ADVANTAGE -   The properties of the electrode materials and electrolyte layer are improved, thus improving battery performance. Improved handling of powdery material.    (US6280484-B1)      An Li battery is manufactured by contacting ceramic cathode material, Li ion-conductive electrolyte material containing a non-conductive material, and anode material, then dynamically compacting the assembly. At least one of the materials is introduced into a carrier in the form of a fine powder before contacting with any of the other materials.    USE -   Two or more cells can be serially connected, for use in electrically powered vehicles and on a miniature scale in consumer and microelectronics.    ADVANTAGE -   The properties of the electrode materials and electrolyte layer are improved, thus improving battery performance. Improved handling of powdery material.