SYSTEM V1 PRELIMINARY DESIGN
INITIAL DESIGN WALKTHROUGH AND COMPONENT SELECTION PAGE
SYSTEM V2 PRELIMINARY DESIGN
INITIAL DESIGN WALKTHROUGH, COMPONENT SELECTION, AND CALCULATION SUMMARY PAGE
PRELIMINARY DESIGN CALCULATIONS
I. SYSTEM CONDUCTANCES AND EFFECTIVE SPEEDS FOR MOLECULAR FLOW
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Molecular Flow – AIR
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Molecular Flow – ARGON
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Molecular Flow – DEUTERIUM
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Molecular Flow – WATER VAPOR
II. SYSTEM CONDUCTANCES AND EFFECTIVE SPEEDS FOR TRANSITIONAL FLOW
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Transitional Flow – AIR
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Transitional Flow – ARGON
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Transitional Flow – DEUTERIUM
- 2.75″ Conflat High Vacuum System – Design Iteration 2 – Transitional Flow – WATER VAPOR
SYSTEM V3 PRELIMINARY DESIGN
INITIAL DESIGN WALKTHROUGH, COMPONENT SELECTION, AND CALCULATION SUMMARY PAGE
PRELIMINARY DESIGN CALCULATIONS
I. SYSTEM CONDUCTANCES AND EFFECTIVE SPEEDS FOR MOLECULAR FLOW
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Molecular Flow – AIR
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Molecular Flow – ARGON
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Molecular Flow – DEUTERIUM
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Molecular Flow – WATER VAPOR
II. SYSTEM CONDUCTANCES AND EFFECTIVE SPEEDS FOR TRANSITIONAL FLOW
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Transitional Flow – AIR
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Transitional Flow – ARGON
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Transitional Flow – DEUTERIUM
- 2.75″ Conflat High Vacuum System – Design Iteration 3 – Transitional Flow – WATER VAPOR