Vol.1 No.2 2008

84/92

−162 AbstractsCreation of seamless geological map of Japan at the scale of 1:200000 and its distribution on the web- For maximum accessibility and utilization of geological information -Koji Wakita*, Toshie Igawa**, Shinji Takarada** and Yuichiro Fusejima***Geoinformation Center, AIST**Institute of Geology and Geoinformation, AISTHigashi 1-1-1 Tsukuba 305-8567, JapanE-mail: A seamless geological map was created with a unified legend at the scale of 1:200000 covering the whole of Japan. This seamless map was based on the harmonization of regional geological maps made in various ages. A research scenario from basic geological research to Information Technology (IT) for distribution of digital geological maps was designed. The Type 2 Basic Research was proposed to distribute the interoperable data set of geological maps, which were transformed from the results of the Type 1 Basic Research on geological mapping. Seamless geological mapping was finally proposed as a full research program in geological research field.Development of small-sized cogeneration system using thermoelectric power generation- Recovery system of high-temperature waste heat by new thermoelectric oxides -Ryoji Funahashi* and Saori Urata***Nanotechnology Research Institute, AISTMidorigaoka 1-8-31, Ikeda 563-8577, Japan**Japan Science and Technology AgencyHoncho 4-1-8, Kawaguchi 332-0012, JapanE-mail: There is an urgent need to improve the lifestyle and efficiency of industrial energy use to solve energy and environmental problems, now approaching critical level. New thermoelectric oxides possessing high durability at high temperature and high safety were discovered and a prototype of small-sized cogeneration systems working at the temperature range between 773K and 1173 K was developed in collaboration with a private company. Thermoelectric modules composed of oxide devices, which have pipe-type shapes, were constructed using Ag electrodes, paste and stainless steel pipes. Water flowed inside the stainless steel pipe for cooling. Power generation experiment was carried out. The module generated electric power of 0.27 W and hyper heated steam simultaneously by inserting the module into a water boiler of natural gas combustion type. Realization of collaboration system for everyone to develop and manage- Practices of communication pattern using qwikWeb -Kouichirou Eto*, Masahiro Hamasaki** and Takuichi Nishimura***Center for Service Research, AIST**Information Technology Research Institute, AISTAkihabara Daibiru, Sotokanda 1-18-13, Chiyoda-ku, Tokyo 101-0021, JapanE-mail: A new collaborative communication system: qwikWeb is proposed. The qwikWeb is carefully designed to enable everyone to develop and manage his/her own collaboration site where every member can communicate and construct knowledge seamlessly. A strategy to achieve “Full Research” for realizing such collaboration system is also shown. The qwikWeb is designed, developed and opened for public use by a Web server. The detailed analysis of the qwikWeb usage and the effectiveness are mentioned.Introduction to theory of service engineering- Framework for theoretical study of service engineering -Hiroyuki YoshikawaPresident, AISTKasumigaseki 1-3-1, Chiyoda-ku, Tokyo 100-8921, JapanE-mail: yosikawa@mb.rosenet.ne.jpThis paper proposes a framework for theoretical and systematic study of service engineering. In the framework, a service is called primitive service when a human (donor) offers a service to another human (receptor), and service effect occurs when a receptor receives the donated service. The primitive service is unrelated to economy. Conventional Synthesiology Vo.1 No.2(2008)(81)−

※このページを正しく表示するにはFlashPlayer9以上が必要です