Electrical resistivity and conductivity

Detector

Engineering

Ecology

Mercury (programming language)

Biology

Metallurgy

Materials science

Chromatography

Computer science

Inorganic chemistry

Iodide

Trapping

Physical chemistry

Physics

Iodine

Optics

Doping

Condensed matter physics

Conductivity

Analytical Chemistry (journal)

Chemistry

Programming language

Crystallographic defect

Optoelectronics

Electrical engineering

IEEE Transactions on Nuclear Science

The influence of native defects in detector grade mercuric iodide crystals has been investigated by doping with either mercury or iodine. Measurements have been made of mobility-lifetime products and of thermally stimulated conductivity in undoped, Hg doped, and I2 doped crystals. The results are discussed in terms of different trapping mechanisms.

Native Defect Compensation in HgI2 Crystals