Simulation design of wide-field temporal-focusing multiphoton excitation with a tunable excitation wavelength

Keyphrases

• Multiphoton Excitation 100%
• Excitation Wavelength 100%
• Wide-field 100%
• Grating 100%
• Temporal Attention 100%
• Simulation-based Design 100%
• Tuned Excitation 100%
• Wavelength Range 75%
• Power Density 50%
• Optical Sectioning 50%
• Collimating Lens 50%
• Temporal-focusing multiphoton Excitation Microscopy 50%
• Groove Density 50%
• Microscopy System 25%
• Fluorophore 25%
• Diffraction Efficiency 25%
• Small Variation 25%
• Optical Parameters 25%
• Spectral Bands 25%
• Incident Angle 25%
• Back Focal Plane 25%
• Optical Illumination 25%
• Ultrafast Laser 25%
• Variation Range 25%
• Water Immersion 25%
• Filling Effect 25%
• Two-photon Excitation Fluorescence Imaging 25%
• Immersion Objective 25%

Engineering

• Power Density 100%
• Focal Length 100%
• Fluorescence Imaging 50%
• Optical Parameter 50%
• Incident Angle 50%
• Back Focal Plane 50%
• Fluorophore 50%
• Photon Excitation 50%

Physics

• Ultrafast Lasers 100%