Insulating and metal-ceramic materials for particle accelerators

Abstract

l'he prop& of nitride and oxide ceramic msterias, which find application hr h c t d elemento of accderating fadlitiu, are 1LDdyocd. The comtmction V~O M and tQcbaololgcrl ' u p e c b h r m m a u f~o f t h e~ netic ooila with clurent-lerdlng bruer muie &om coppex or bured vacuum d c chunbur, cpnant leab and other I. CERAMIC MATERIALS AND Ceramic f d t i e a are tsvoolnd for application in d e n $ing facilitier becan# of their low swceptibUi9 to ionking radistion and an exceptional combination of mechanical, electrc+andthumophyaicdprOpatiar. Themethobofca rsmic tadraolosy facilitate the " f a e t u r l q of producta b a d os "metallic drectwy compounds e t h a spedfied phaae and chemical compudtion and etmetwe, which determine the required properties and operationd chusb terhtica h h c t o r y nonmet& silicon, atr" or d u m i n u " c o~T h e~o f m c W l o a a r a m i O elemenb d a a d e d q J €&ditiea M phkted. 1 0 w -M ~pkm reSirtrnt to mechanics and t h d 2208 0-7803-1203-1/93$03.0081993 IEEE

A new type of distributed enamel based clearing electrode

“…• or more [16][17][18][19]. Plasma spraying offers similar features, however for both technologies vacuum properties, SEY and radiation hardness have to be analysed in more detail.…”