Engineering Practice
Case-format examples for vacuum equipment, LPC, cathodes, Avinit coatings, TVAC and plasma nitriding.
Technical notes and checklists for vacuum, plasma and surface-engineering work.
Case-format examples for vacuum equipment, LPC, cathodes, Avinit coatings, TVAC and plasma nitriding.
Component / system → technology route → function → required records.
Vacuum, diffusion, thermal, plasma and cathode models used for equipment and process review.
Common rejection points in vacuum equipment, coatings, plasma nitriding, LPC, cathodes and TVAC systems.
Pump-down, pressure rise, leak rate, effective pumping speed and gas-load acceptance.
Steel, boost, diffusion, HPGQ, carbon profile and hardness-profile validation.
Activation, ignition, emission stability, restart and diagnostics.
Technical note on plasma / thermochemical surface-engineering routes and validation approach.
Technical note on coating routes, component function and process-selection boundaries.
CVD, PVD, ion saturation and ion-treatment routes in one surface-engineering platform.
Plasma nitriding, diffusion saturation, duplex treatment and dimensional stability.
Nitrided support layers combined with functional coatings.
Mo-C, W-C, carbide-based coatings, friction and wear behaviour.
Internal-surface and blade-coating routes for turbine components.
Technical parameters for vacuum systems, coating units, furnaces and process equipment.
Pump-down, ultimate pressure, leak rate, gas control, thermal uniformity, documentation and FAT records.
Vacuum, diffusion, thermal and plasma models used in equipment and process review.
Physical diffusion kernel with model-supported boundary carbon-flux closure.
Boost-diffusion sequence, HPGQ, process validation and materials response.
Emitter materials, activation, electrical regime, diagnostics and endurance-test approach.
Chamber, pumping, gas load, EP interface, diagnostics and contamination risk.