Keyphrases
Ablating
33%
Ablation
83%
Ablation Characteristics
16%
Ablation Process
16%
Ablative
16%
Aqueous Fluid
16%
Cadaver Eyes
16%
Collaborative Analysis
100%
Collaborative Projects
16%
Conference Presentations
16%
Cornea
100%
Cornea Epithelium
16%
Corneal Ablation
50%
Corneal Flap
16%
Corneal Refractive Surgery
16%
Corneal Shape
16%
Corneal Surface
33%
Corneal Tissue
16%
Design Project
16%
Diffusion Time
16%
Educational Needs
16%
Efficacy Evaluation
16%
Epithelial Downgrowth
16%
Epithelium
50%
Excimer Laser
16%
Excimer Laser Ablation
16%
Eye Bank
16%
Eye Surface
16%
Femtosecond
66%
Femtosecond Laser
100%
Flap
100%
Gas Bubble Formation
16%
Heat Affected Zone
16%
Heat Diffusion
16%
How about
16%
Human Eye
16%
In Situ
50%
In Vivo Experiment
16%
Incision
16%
Intrastromal
100%
Keratome
16%
Laser Parameters
16%
Laser Procedure
16%
Laser Surgery
16%
Laser-assisted
50%
Laser-induced Breakdown
16%
Learning Curve
16%
Lenticular
16%
Long-run Risk
16%
Mechanical Analysis
16%
Mechanical Properties
100%
Ophthalmologist
16%
Optical Properties
16%
Painful Eye
16%
Perforation
16%
Photorefractive Keratectomy
33%
Property Effects
100%
Rabbit Eye
16%
Refraction Correction
16%
Refractive Error
33%
Refractive Surgery
100%
Safety Assessment
16%
Senior Year
16%
Slaughterhouse
16%
Slippage
16%
Thermal Analysis
16%
Thermal Diffusion
16%
Thermal Effect
100%
Thin Flap
16%
Undergraduate Students
16%
World Wide Web
16%
Medicine and Dentistry
Aqueous Humor
33%
Cadaver
33%
Corneal Epithelium
33%
Deterioration
33%
Eye Bank
33%
Graduate Student
66%
Incision
33%
Laser Surgery
66%
Learning Curve
33%
Photorefractive Keratectomy
66%
Pulse Rate
33%
Refractive Error
66%
Refractive Surgery
100%
Suture
33%
Engineering
Ablation Process
12%
Bubble Formation
12%
Corneal Tissue
12%
Design Project
12%
Diffusion Time
12%
Early Stage
12%
Excimer Laser
25%
Experimental Work
12%
Femtosecond Laser
100%
Flaps
100%
Gas Bubble
12%
Heat Affected Zone
12%
Laser Parameter
12%
Learning Curve
12%
Refractive
100%
Seniors
12%
Slippage
12%
Term Effect
12%
Thermal Diffusion
12%
Thermal Effect
100%