Chemistry 104:  

Introduction to the Chemistry of Materials

This laboratory course will teach the chemistry behind materials that society depends on: 
metals
, ceramics, and polymers.
Historic and economic impacts of their manufacture and use will be considered.
Applications of advanced materials in fields such as electronics, aviation, or art will be discussed.
This course may be combined with Chemistry 103 to form a two semester sequence.
There are no prerequisites for the course.  It does not fulfill requirements for chemistry majors.  

Fall 2008 Instructor:  Dr. Jennifer Mihalick 
send email to Dr. Mihalick
Dr. Mihalick's home page


Chemistry References Images
Applications of materials
Design inSite
Materials In Today's World, 2nd edition  
WebElements Periodic Table
Periodic Table Live!
Chemical & Engineering News
C&EN Periodic Table special issue
chemistry of ancient times

Introduction to X-Ray Diffraction
magnet design
Periodic Table table
Nanovisualization
Exploring the Nanoworld
Bragg's Law demonstration
crystal lattice structures
simulation of lattice packing
Strange Matter (middle school students)
snowflakes
"Chemistry in Art" virtual exhibition
AIM Manufacturing Videos
How Products Are Made

space shuttle
NASA: Thermal Protection System
dentistry
properties of materials
food What's That Stuff? chocolate ... marshmallows
M&M packing (campus computers)


CLASS OF
MATERIAL
RELATED 
LAB EXPERIMENTS
PROPERTIES, EXAMPLES HISTORY
METALS

metal
Physical Properties of Materials
Heat Capacities of Materials
Properties of Crystals
Oxidation of Metals
Effect of Metals on Fabric Dyeing

Standard Reduction Potentials
Composition & Properties of Alloys
Metallurgy examples from the Science Museum:
Brass ... Bronze ... Nickel alloy ... Manganese steel
... tempered Iron ... Tin ... Tantalum
Orthopaedic Metal Alloys
US Steel automotive steel, glossary
What's That Stuff? fireworks
Roman mining
ancient metallurgy research group
iron age smelting,forging,charcoal making
Medieval ironworking
BBC blast furnace
How Steel is Made (AISI)
Hall process for Aluminum
die casting
POLYMERS

fiber

Physical Properties of Materials
Polymers from Monomers
Fiber Identification
Paper Chromatography
Effect of Metals on Fabric Dyeing

Macrogalleria of polymers
American Plastics Council
case study of silicones
Physical Properties of Common Woods
Anatomy of a Paper Mill
Paper Process
plywood data
What's That Stuff?
paper ... leather... chewing gum ...adhesive tape ...
Jello... gasoline... motor oil... Lycra/Spandex ...
raincoats... Silly Putty ... erasers ... plastic bags ...
golf balls ... asphalt ... new car smell
early paper
National Academy of Science: Polymers and People
Spartacus sites on textile industry
Industrial Revolution
BBC spinning mill
rubber industry
PET bottles
nylon
Polymers Timeline
Plastics Museum
DYES

dye
Effect of Metals on Fabric Dyeing
Paper Chromatography
 
light and color
Color Museum: color and textiles

Paula Burch's web site (dyes)
Dharma Trading Company
Pigments for Oil Paints (Gamblin)
What's That Stuff?
hair coloring ... ink ... food coloring...oil paints
ancient dyes
iron age dyeing
turkey red dyeing
Sir William Henry Perkin, FRS 
EuCheMS Millenium
synthetic dyes (Fromm)
Pigments through the Ages
CERAMICS

brick

Physical Properties of Materials
Heat Capacities of Materials
Properties of Crystals
Preparation of Concrete

The CeramicsWeb (art)
Refraction of Light
Corning products
colors of gemstones
About Porcelain Enamel
Porcelain Enamel Properties
Brick Manufacture
LEDs
Photolithography
Molecular Beam Epitaxy
CVD Diamond
What's That Stuff?
glass ... cement ... opals
faience tile from step pyramid
ancient glass: cold working, casting
ancient glass: forming, slumping, blowing
Athenian black & red figured vases
iron age pottery

ancient baths resource site
NOVA Roman Bath
Venetian Glass
Corning timeline
Schott glass
dichroism of Lycurgus Cup
Ceramics Collection at V&A Museum

Last updated: May 15, 2008