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norland header image Applications using Norland Adhesives
Artwork
Gemstone Filling  (NOA 71)
Gemstone Bonding  (NOA 61)
Glass Trophies and Plaques  (NOA 71)
Glass and Metal Art Designs  (NOA 61 and 71)
Glass Blowing (NOA 61)
Glass Dresses (NOA 61)
Glass Sculptures  (NOA 63 and 68)
Electronics
Chip Based Biosensors   (NOA 72)
Detector Array Frabrication (NOA 65)
Printing Techniques for Microelectronics Fabrication (NOA 72)
 Stresses on Bumps due to Thermal Cycles on Kapton Circuits      (NOA 61)
Fiber Optics
Biosensor for Water Quality Monitoring   (NOA 68)
Channel Microstructures to infrared photonic crystals (NOA 63)
Stop Gaps in Infrared PhotonicCrystals (NOA 63)
Building an Integral Unit Spectrograph (NOA 61)
Holograms
Design and Fabrication of a High-Density 2D Fiber Array for  Holographic Switching Applications (NOA 61)
Lighting for Holograms (NOA 60)
Lasers
Compact Diode Pumped Laser Nd:YVO4  Microchip Laser (NOA 81)
Laser Constuction (NOA 63)
Home-Built Laser and Power Supply Construction (NOA 71)
Quenching and Recovery of Photoluminescence Intensity of  Silicon Nanoparticles Embedded in Optically Transparent  Polymer (NOA 65) 
Smart Films
Fast-Switching Electrooptical Films  (NOA 65)
Liquid Crystal Displays
Bragg Gratings Recorded in Polymer-dispersed LCD    (NOA 65)
Pinning Effects on the phase separation dynamics of thin  polymer-dispersed liquid crystals  (NOA 65)
Conducting Polymers as Driving Electrodes for LCD    (NOA 65)
Holigraphic Polymer-dispersed LCs (NOA 65)
Amplified Stain-rate Dependence Deformation in LCs    (NOA 68)
Cholesteric Liquid Crystals (NOA 65 & 71 )
Phase Separated Composite Film (NOA 65)
Electrically switchable Fresnel lens using a
polymer-separated composite film (NOA 65)
Phase Separation Dynamics (NOA 65)
Gradient Refractive Index (NOA 81)
Optical Switching Behaviors of Liquid Crystal (NOA 73)
Tuning of Holographic Liquid Crystal Gratings (NOA 76)
Droplet Orientation and Optical Properties of PDLC(NOA 65)
Refractive Index Matching LC and Photopolymers (NOA 65)
Dynamic Behavior of Policryps Gratings (NOA 65)
Lithography
Fluorescent Lithography for Live Cell Imaging   (NOA 60)
Fluorescent Two-Photon Nanolithography   (NOA 60)
Microfabrication
Microfabrication Through Electrostatic Self-assemby     (NOA 88)
LED Lens Replication (NOA 65)
Rapid Fabrication of Micro- and Nanoscale patterns     (NOA 60)
Fabrication of Biosensor using Nanotubes (NOA 68)
Transistors Fabricated by Printing (NOA 73)
Direct UV Replication (NOA 72 and NOA 63)
The Actin Based Nanomachine (NOA 61)
MEMS
Micro-optical Components for a MEMS Integrated Display  
Solid Propellent Micro Thruster   (NOA 88)
Optical Lenses
Mounting a Lens in a Ring Housing(NOA 65)
Replicated Microlens Arrays (NOA 61)
Glass Slide Preparation
The Taylor Permanent Microscope Slide (NOA 61)
Diatom Slides (NOA 61)
Determining Treatment by Reconstructing a Painting's History     (NOA 65)
Biostratigraphy Diatoms (NOA 81)
Calcareous Nannofossils (NOA 61)
Paleontology (NOA 81)
Smear-Slide Preparation (NOA 61)
Analysis of Bacteria Adhesion (NOA 61)
Waveguides
Self-Assembled Waveguides   (NOA 71)
Low-loss Polymeric Optical Waveguides (NOA 61)
Polymeric waveguide prism-based electro-optic beam deflector     (NOA 61)
Proton Beam Writing of Passive Polymer Optical Waveguides        (NOA 88)
Liquid Filled Optical Waveguide Patent (NOA 61)    
Forensic Science
Trace Evidence Procedure for Fibers   (NOA 60)
New Methods for Trace Evidence Analysis  (NOAs)
Future Lab-Overlayed Photomicrographs on page 10  (NOA )
The Flourescence Microscope:Set-up/Operation pg 182 NOA 65
A Forensic Fiber Examiner Training Manual (NOA 65)