Low-dielectric Constant MaterialsMaterials Research Society, 1996 - Electric insulators and insulation |
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Page 29
This in turn provides information about glass transition temperature ( T2 ) and
melting temperature ( Tm ) . The glass transition temperature ( T ) is observed
due to the presence of amorphous region of a polymer while a crystalline melting
( Tm ) ...
This in turn provides information about glass transition temperature ( T2 ) and
melting temperature ( Tm ) . The glass transition temperature ( T ) is observed
due to the presence of amorphous region of a polymer while a crystalline melting
( Tm ) ...
Page 96
6 0 . 8 1 Even if one is attempting to make low density thin Saturation ratio films
via supercritical processing , the solvent can Figure 8 . Thin film evaporation rates
at easily evaporate after deposition and before ambient temperature . gelation ...
6 0 . 8 1 Even if one is attempting to make low density thin Saturation ratio films
via supercritical processing , the solvent can Figure 8 . Thin film evaporation rates
at easily evaporate after deposition and before ambient temperature . gelation ...
Page 199
the dielectric constant reaches a maximum for cure temperatures somewhere
around 700°C . Its value actually exceeds ... All films show good break - down
behavior with the exception of the one cured at the lowest temperature Tcure =
350°C ...
the dielectric constant reaches a maximum for cure temperatures somewhere
around 700°C . Its value actually exceeds ... All films show good break - down
behavior with the exception of the one cured at the lowest temperature Tcure =
350°C ...
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Contents
LowDielectric Constant Materials for IC Intermetal | 3 |
A Study of Anisotropy of Spin Cast and VaporDeposited | 15 |
A LOW ER Material Candidate for ULSI | 21 |
Copyright | |
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absorption addition adhesion annealing applications atoms bonds capacitance changes characteristics characterized chemical compared composition concentration containing cured decrease density dependence deposition determined dielectric constant discussed drying effect electrical electron etch evaporation exhibit Figure films deposited flow fluorine formed frequency FTIR function glass groups heating higher hydrogen imidization improved increasing indicates integrated interconnect interface layer lines loss lower materials measured mechanical metal mode moisture observed obtained oxide Parylene peak PECVD performed PFCB plasma polyimide polymers precursor prepared presented pressure Proc properties PTFE range ratio reaction reduced relative reported resistance sample sccm shown shows silica silicon similar SiO2 SiOF films Solid solution solvent spectra strength stress structure substrate surface Table Teflon temperature thermal stability thickness thin films transition treatment values Volume wafer weight xerogel