Organic optoelectronic materials enable new classes of devices that could be important for consumer electronics.
Organic optoelectronic materials enable new classes of devices that could be important for consumer eletronics.
Photolithography using 193 nm radiation is the leading candidate for the manufacture of 0.18-0.13 micron design rule devices.
We have prepared phototransistors based on bromine-doped pentacene. Such devices reveal light detection over a wide energy range with amplification.
Organic transistor based circuits that can be employed for chemical vapor sensing, are described.
The growth of the organic photochemistry during the years 1880 - 1895 is reviewed.
Many intrinsically unstable radical cations derived from strained hydrocarbons can be generated as shortlived intermediates by electron transfer to photoexcited electron acceptors in polar solvent
Complementary logic based circuits offers the advantages of lower power dissipation, better noise margins, more robust operation, and ease of circuit design.
Organic field-effect transistors (FETs) may be cost-effective alternatives to amorphous-sil icon transistors in certain applications.
The authors demonstrate the operation of an organic single-crystal complementary circuit in the form of a simple inverter.
