Skip to content
Skip to navigation
Stanford Nanofabrication Facility
Lab User Guide
Navigation menu
Guide Main Menu
SNF Home
Guide Home
Guide Home Overview
Lab Spaces
Techniques
Overview
Processing Techniques
Projects
Nano Nuggets
Processes
Runsheets
Safety & Policies
Overview
SNF Lab Manual
Safety Training
SDS
Mavericks (ExFab Room 155) Policies
Prescription Safety Glasses
Training
Overview/Equipment List
Upcoming Training, link to NEMO
Training Course Online
Training Shadowing Form
Training Videos
All Litho class
Materials
Overview
Chemicals & Materials
Cleanliness Groups
New Process or Material Requests (PROM)
Chemicals List
Materials List
Gases List
Useful Links
Run NEMO (login required)
NEMO User Guide
Events
External Links
Wafer Dopant and Resistivity Specs
Face shield cleaning using steamer
Tool Monitoring
People
Staff List
For Emergencies
Technical Liaisons
Consultants
Equipment
Equipment Name Table
Characterization (link to Processing Techniques)
CVD (link to Processing Techniques)
Doping (link to Processing Techniques)
Dry Etch (link to Processing Techniques)
Metallization (link to Processing Techniques)
Oxidation and Annealing (link to Processing Techniques)
Photolithography (link to Processing Techniques)
Wet Chemical Processing (link to Processing Techniques)
Molecular Vapor Deposition and Patterning of Organosilane Self-Assembled Monolayers for Directed Growth of Neuron Cells
Project Type:
E241
Date:
June 2014
Areas of Interest:
Hydrophilic (ODS) and Hydrophobic (DETA) SAMS deposition on Pyrex and Si, uniformity and film quality
Report(s):
Molecular Vapor Deposition and Patterning of Organosilane Self- Assembled Monolayers for Directed Growth of Neuron Cells- Final Report
Processing Technique (former Function and Method):
Atomic Layer Deposition (ALD)
Researchers and (Mentors):
Felix Alfonso, Hsin-Ya Lou, (Michelle Rincon), (J Provine)
List of Important Equipment:
MVD (mvd)
Presentation(s):
Molecular Vapor Deposition and Patterning of Organosilane Self-Assembled Monolayers for Directed Growth of Neuron Cells- Final Presentation