Demos we have

	Demo	Concepts	Location	Relavent Courses
	Atomic Trampoline		Box 17, 2224C Dow
	Biomaterials, examples of implants		Box 7, 2224C Dow
	Casting demos		Box 11, 2224C Dow
	Corrosion Demos		Box 19, 2224C Dow
	Curie Point of Iron	Magnetic materials. To demonstrate that when metals are normally attracted to a magnet, they can be heated to a temperature (Curie point) where they
	Diffusion in Liquids	atomic vibrations and diffusion
	Imperfections in Crystalline Materials	disorder and imperfections
	Line Defects in Crystalline Materials	dislocations/two dimensional defects in crystalline materials
	Linear Polymers (the lampchain model)	Properties of linear organic polymers
	Meisner Effect	superconduction
	Nylon Rope kits		Box 24, 2224C Dow
	Shuttle Tile Demo		Box 23, 2224C Dow
	Sporting equipment demos		Box 27, 2224C Dow
	Strain Hardening of Aluminum	strain hardening, dislocations, mechanical work
	Superconductor Demos		Box 20, 2224C Dow
	Teacher Camp demos		Box 25, 2224C Dow
	The Glass Transition of Polymers	The glass transition of polymers, Tg
	The Lever Rule	Phase diagrams and the lever rule
	Thermally Induced BCC to FCC Transformation in 1080 Steel Wire	steel characteristics. To demonstrate thermal expansion and thermally induced crystal structure changes in eutectoid (1080) steel.
	Various Demonstrations		Box 18, 2224C Dow
	Various Demonstrations		Box 16, 2224C Dow
	Various Demonstrations		Box 5, 2224C Dow
	Various Demonstrations		Box 28, 2224C Dow
	Various Demonstrations		Box 6, 2224C Dow
	Various Demonstrations		Box 8, 2224C Dow
	Various Demonstrations		Box 9, 2224C Dow
	Various Demonstrations		Box 10, 2224C Dow
	Various Demonstrations		Box 13, 2224C Dow
	Various Demonstrations		Box 14, 2224C Dow
	Various Demonstrations		Box 21, 2224C Dow
	Various Demonstrations		Box 26, 2224C Dow
	Viscoelasticity	viscoelastic behavior as demonstrated by polymers

Demos we know about, but don't have

Demo	Concepts	Location	Relavent Courses
3-D Grain Structure	Grains
Aerogels	Inorganic polymer chains
BCC Spring Model	Interatomic forces, equilibrium spacing in crystalline solids, and interstitial positions in BCC.
Bite into it	Crosslinking polymerization
Case Study: Ductility Transition of Airplane Landing Gear	brittle-to-ductile transition temperature, toughness
Case Study: How Chromium Protects Steel	passivation, corrosion
Case Study: How Oxidation and Reduction were Utilized 2200 Years Ago	oxidation, reduction, chemical metal plating
Case Study: Molasses Tank Failure	ultimate strength, material selection
Case Study: Sully-sur-Loire Bridge Failure	brittle-to-ductile transition temperature, cyclic fatigue
Case Study: The Beryllium Bicycle Frame	materials properties
Case Study: Ultimate Strength and Airplane Bolts	ultimate strength, safety
Cheap Science: Corrosion of Pennies	corrosion
Chicken Tonight	iron-carbon diagram, strength, toughness, ductility, hardness
Composites: A Brief Description of their Structure and Mechanical Properties	polymeric composite materials
Corrosion: The Importance of Oxygen	corrosion, oxidation and reduction
Electric Potential as Demonstrated in a Copper and Aluminum Human Battery	To demonstrate the theory of electric potential, using human sweat as the electrolyte.
Fatigue of Aluminum	cyclic loading, fatigue, endurance limit
Fictional Phase Diagram	Phase diagrams
Gelatin as a Physically Cross-LInked Elastomer	Crosslinking
Glowing Glass	recombination, luminescence
History of the Artificial Eye	Evolution of Materials
I'm All Ears	Hearing, prosthesis, electrode
Image Conduit	transparent materials, optical wave guides, critical angle, total internal reflection.
In The Dark	photochromic glass
Kevlar	The structure and properties of Kevlar
Liquid Crystal Displays (LCD's)	LCD's and their uses.
Luminescence as Displayed in a Glowing Pickle	A true Gee Whiz experiment that demonstrates luminescence by running a current through a pickle, which causes it to glow.
Materials Balance	phase diagrams, the Lever Rule, two phase regions
Metal Mouth	galvanism, electrode, potential, electrolyte
Microstructures within Polymers	Microstructures within Polymers
Modulated Laser	semiconduction, optical wave-guiding materials
Necking: A Comparative Study of deformation in Polymers and Metals	deformation in polymers and metals
Niobium Titanium Superconductive Wire	superconduction
No Bones About It	biocompatibility, microstructure, hydroxyapatite
Passivation and the Copper Penny	corrosion, passivation, anodic, cathodic
Photocell	semiconduction, conduction band, resistivity
Plastic vs. Glass	heterogeneous nucleation
Polymeric Distribution	Different polymeric molecular structures and their effect on deformation, and, the four stages that linear amorphous polymers undergo as temperature increases
Processed Silicon Wafer	semiconduction, intrinsic, n-type, p-type
Rectifier	semiconduction, junction, bias, n-type, p-type, electrons, holes, fermi energy level, conduction band
Recycling the Plastic Package	Polymer Recycling
Supercooled Solution	heterogeneous nucleation
Take A Bite	polymers, thermoplastic polymers
The Bubble Blower	Grains, grain boundaries, and grain growth
The Crystal Demonstration	grains, grain orientation, solubility limit with nucleation, and growth
The Dashpot (Maxwell Model)	The Maxwell Model
The Three Forms of Carbon	structures and allotropes, material's properties
Thermal Conductivity	General properties
Thermally Induced Shrinkage in Heat Reactive Polymers	polymers, thermally induced shrinkage, heat reactive polymers
Thermo Couple	semiconduction, fermi energy vs. temperature
Transistor Processing	semiconduction, n-type, p-type, electrons, holes
Where did I Put My Nose?	artificial body parts, biocompatibility, silicone
Working Together	property matching, thermal expansion, bonding