Other

Agency of Industrial Science & Technology, Ministry of International Trade & Industry

National Institute of Advanced Industrial Science and Technology

Agency of Industrial Science and Technology

Jnc Corporation

Jnc Petrochemical Corporation

Yo Shimizu

Hirosato Monobe

Takushi Sugino

Yasuyuki Sasada

Masaaki Inoue

Masaru Miya

Masakatsu Ukon

Akira Nagata

Tsuyoshi Watanabe

The present invention provides a novel organic semiconductor material that affords efficient charge transport, under a wider range of conditions, by increasing the temperature stability and expanding the temperature range of the organic semiconductor material. In an organic semiconductor material comprising a liquid crystalline compound having substituents on the periphery of a rigid plate-like central structure, the substituents have a fluorinated phenylene group, and columns in which the molecules of the compound are accumulated in a stack are aligned hexagonally.

Liquid crystalline organic semiconductor material and organic semiconductor device using same

According to the present invention, a high-speed charge transport material is provided which comprises a polymer of a liquid crystal material which is a triphenylene compound having at least one specific unsaturated group in a molecule. The high-speed charge transport material can achieve a high-speed charge transport of not lower than 1&times;10 cm &middot;V &middot;S within a wide temperature range.

High-speed charge transport material, production method thereof, photoelectric conversion device and electroluminescence device

Ferulic acid derivative, and liquid crystal material, cation detecting element, anion detecting element, ion conducting material and electrolyte, each using the ferulic acid derivative

Ferulic acid derivative

Photoconducting silicon complexes, liquid crystal materials, composition thereof, and elements using same

There is provided a process for preparing a ferromagnetic material, wherein at least 2 kinds of paramagnetic compounds preferably organic paramagnetic compounds, capable of manifesting a so-called mesophase between a solid phase, and a liquid phase are mixed with each other in a liquid phase or mesophase state. Preferred paramagnetic compounds are compounds containing a paramagnetic metal complex moiety in the molecular skeleton thereof, and a preferred complex moiety is a porphyrin complex. Preferred metal nuclei are Cu, V, Co, Mo, Ag, and Fe. The planes of the molecules of each of the paramagnetic metal porphyrin complexes in a mesophase thereof are oriented in parallel with each other on a time-average basis.

Process for preparing ferromagnetic material

Growing community of inventors

Ikeda, Japan

Yo Shimizu