Abstract
This is the report of the titled workshop held at the National Laboratory for High Energy Physics on July 2 and 3, 1992. This workshop was planned as a part of the research project on the utilization of booster neutrons in this Laboratory, and is one of the attempts to apply the technique of neutron scattering with wide visual field. Composite liquid means the solution that has the capability of forming the structure in 10-1000 nm and contains polymers, liquid crystals, micelles or films inside. The hierarchy of the concept of supermolecules, the flexibility of the form of particles, multiple composition mixture system and so on are the subjects in this field. In the workshop of this time, the themes were limited to three phenomena, that is, the formation of networks, microscopic phase separation and mesophase, and solvation and the formation of micelles. The measurement of neutron scattering by label method offers a powerful means hereafter for elucidating the structure and the dynamics of supermolecular liquid. (K.I.).
Tanaka, Fumihiko;
[1]
Ohta, Takao;
Ikeda, Hironobu
[2]
- Tokyo Univ. of Agriculture and Technology. Fuchu (Japan). Faculty of general Education
- eds.
Citation Formats
Tanaka, Fumihiko, Ohta, Takao, and Ikeda, Hironobu.
Proceedings of the workshop on formation of supermolecular structures in composite fluid. Phase rule and dynamics.
Japan: N. p.,
1992.
Web.
Tanaka, Fumihiko, Ohta, Takao, & Ikeda, Hironobu.
Proceedings of the workshop on formation of supermolecular structures in composite fluid. Phase rule and dynamics.
Japan.
Tanaka, Fumihiko, Ohta, Takao, and Ikeda, Hironobu.
1992.
"Proceedings of the workshop on formation of supermolecular structures in composite fluid. Phase rule and dynamics."
Japan.
@misc{etde_10144501,
title = {Proceedings of the workshop on formation of supermolecular structures in composite fluid. Phase rule and dynamics}
author = {Tanaka, Fumihiko, Ohta, Takao, and Ikeda, Hironobu}
abstractNote = {This is the report of the titled workshop held at the National Laboratory for High Energy Physics on July 2 and 3, 1992. This workshop was planned as a part of the research project on the utilization of booster neutrons in this Laboratory, and is one of the attempts to apply the technique of neutron scattering with wide visual field. Composite liquid means the solution that has the capability of forming the structure in 10-1000 nm and contains polymers, liquid crystals, micelles or films inside. The hierarchy of the concept of supermolecules, the flexibility of the form of particles, multiple composition mixture system and so on are the subjects in this field. In the workshop of this time, the themes were limited to three phenomena, that is, the formation of networks, microscopic phase separation and mesophase, and solvation and the formation of micelles. The measurement of neutron scattering by label method offers a powerful means hereafter for elucidating the structure and the dynamics of supermolecular liquid. (K.I.).}
place = {Japan}
year = {1992}
month = {Oct}
}
title = {Proceedings of the workshop on formation of supermolecular structures in composite fluid. Phase rule and dynamics}
author = {Tanaka, Fumihiko, Ohta, Takao, and Ikeda, Hironobu}
abstractNote = {This is the report of the titled workshop held at the National Laboratory for High Energy Physics on July 2 and 3, 1992. This workshop was planned as a part of the research project on the utilization of booster neutrons in this Laboratory, and is one of the attempts to apply the technique of neutron scattering with wide visual field. Composite liquid means the solution that has the capability of forming the structure in 10-1000 nm and contains polymers, liquid crystals, micelles or films inside. The hierarchy of the concept of supermolecules, the flexibility of the form of particles, multiple composition mixture system and so on are the subjects in this field. In the workshop of this time, the themes were limited to three phenomena, that is, the formation of networks, microscopic phase separation and mesophase, and solvation and the formation of micelles. The measurement of neutron scattering by label method offers a powerful means hereafter for elucidating the structure and the dynamics of supermolecular liquid. (K.I.).}
place = {Japan}
year = {1992}
month = {Oct}
}