Technology of Glass, Ceramic, Or Glass-ceramic to Metal Sealing: Presented at the Winter Annual Meeting of the American Society of Mechanical Engineers, Boston, Massachusetts, December 13-18, 1987 |
Contents
Chemical Bonding at GlassToMetal Interfaces | 1 |
Properties of Seals Made With Li20A12SiO2Glass Ceramics and AluminumContaining Austenitic | 9 |
Improved GlassCeramic to Metal Seals in Actuator and Detonator Applications With an Aluminum | 15 |
Copyright | |
8 other sections not shown
Common terms and phrases
304-L stainless steel Adhesion Measurement adhesion testing alloy alumina aluminum analysis applied bond strength boroaluminate glasses Ceramic chemical bonding chemical equilibrium coating coating-substrate coefficient of thermal component composition compressive cristobalite crystallization deformation elastic electron energy epoxy equation equilibrium failure feedthrough fixture holder force Fracture Mechanics free edge geometry glass-ceramic to metal glass-metal h₁ Hastelloy Hastelloy C-276 header hermetic Inconel 718 injection molding-sealing interfacial reaction interfacial stresses J.A. Pask Loehman material combinations material set Mesh metal oxide metal seals method Miamisburg microstructure modulus molten glass Monsanto Research oxide oxide layer phase plastic problem processing properties radial stress radius reaction zone redox reactions residual stresses sample shear stress shell shown in Figure silicate glass silicide solution specimen stainless steel strain hardening stress singularity strip substrate surface tangential stress tensile stress thermal expansion THICKNESS RATIO Thin Films titanium vacuum yield strength