Advanced materials innovation : an overview
Advanced casting technology : ultra-thin steel and the microalloys
High-pressure technology and Dupont's synthetic fibers revolution
Low-temperature (interfacial) polymerization : Dupont's specialty fibers vs. General Electric's polycarbonate revolution
Fluidization I : from advanced fuels to the polysilicones
Fluidization II : the polyethylenes, the unipol process, and the metallocene polymers
Advanced materials and the integrated circuit I : the metal-on-silicon (MOS) process : the rise of the integrated circuit
Advance materials and the integrated circuit II : the silicon gate process : the memory chip and the microprocessor
The epitaxial process I : Bell Labs and the semiconductor laser
The epitaxial process II : IBM and the silicon-germanium chip
Product-oriented materials I : liquid crystals and small LC displays : the electronic calculator and the digital watch
Product-oriented materials II : liquid crystals, thin-film transistors and large LC displays : flat screen televisions and personal computers
Nanomaterials : the promise and the challenge
Risks, champions, and advance materials innovation.