I. Ogura (2002) Influence of particle size on densification and abnormal expansion of LTCC multilayer substrate, British denoted series S, and the remainder to fabricate samples denoted series L. T wo series of LT CC ( low temperature co red ceramic) F igure 1 shows a owchart for the fabrication process of multilayer substrates were fabricated using glass the LTCC multilayer samples. Glass powder was mixed powders with diVerent particle sizes. T he series with with commercial Al 2 O 3 to form a glass-ceramic system ner particle size always showed better densi cation containing 60 wt-% glass and 40 wt-% Al 2 O 3 . A slurry was properties. A bnormal ex pansion was found in the formed by mixing the glass-ceramic powder with binder experimental samples as a result of the emergence and (P VB), solvent (toluene), and plasticiser (D BP ). The slurry growth of a second crystalline phase, Al 3Siwas ground in a ball mill and spread onto polyphenylene BCT /502 sulphide lm using the doctor blade casting method, to form green sheets 70-250 mm thick.
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