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Research Project (Dyes (Safety/Preparation (Handling of Material,…
Research Project
Dyes
Cost
Dye Material
Solvent
Dye Cell
Considerations based on Dye Material
Type of Mirror
Additional Cavity Configurations
Placement of Dye Cell (which affects direction of laser beam propagation)
Safety/Preparation
Handling of Material
Preparation of Material
Storage
Disposal
Dye Cavity
Dye Cell
OC
Foam Mount
Mirror
Characterization
Beam Characterization
Saturation Power
Spatial Profile
Pulse Width
Pulse Shape
Peak Power
Repetition Rate
Pulse Length
Equipment
Fuji Color 100 Photographic Film?
Flatbed Scanner (for negative film)?
Power Metre
Beam Splitter?
Software
Image Tool Analysis
Paintshop
Camera (with no lens)
Dye Characteristics
Fluorescence
Direction of Laser beam development
Shape and Size of Dye Solution pumped region
Characterization of System
Electrode Profile
Power vs Gas Pressure
(Optional) Mirror Placement
Theory
Mathematical Calculations
Excitation Process
Laser Design
TEA (Blumlein) Configuration
Important Components
Power Supply
Blumlein Circuit
Spark Gap
Capacitors
Optimization
Nitrogen Gas Configuration
Important Components
Cooling System
City Water?
Jacket
Nitrogen Gas
Vacuum Pump System
Free flowing Cavity?
Beam Optimization
(Optional) Mirror placement at the end of cavity
337.1 nm mirror?
Design Considerations
Placement of the dielectric walls
Electrode Configuration
Safety
Engineering implementations?
Appropriate Safety Glasses
Acrylic Glass Casing