著者
高畑 紳一 萬谷 智之 馬屋原 容子 倉本 恭成 山口 博之 森岡 壮充
出版者
一般社団法人日本心身医学会
雑誌
心身医学 (ISSN:03850307)
巻号頁・発行日
vol.36, no.6, pp.525-529, 1996-08-01

今回、我々は mazindol 投与後に交流分析的アプローチが奏効した過食症の1例を経験したので報告する。症例は20歳、女性で、18歳時にダイエットを開始し、過食、下剤乱用、抑うつ気分を主訴に当科に来院した。神経性過食症(DSM-III-R)と診断され、当科入院となった。向精神薬による薬物療法、交流分析、行動療法を施行したが、治療に抵抗し、症状が増悪した。しかし、食欲抑制効果のある mazindol のみが過食行動を抑制した。両親とボーイフレンドの協力を得て交流分析を学習し、抑うつ気分などの症状は徐々に改善した。交流分析的見地から本例の発症機序や病態に関して考察し、mazindol の食欲抑制効果が過食症の治療において貢献しうることが示唆された。
著者
盛谷 智之
出版者
Tokyo Geographical Society
雑誌
地学雑誌 (ISSN:0022135X)
巻号頁・発行日
vol.87, no.4, pp.181-200, 1978-08-25 (Released:2009-11-12)
参考文献数
40

Ocean floor manganese nodules have attracted worldwide attention as the possible future resources. However, many problems in the distribution and origin of the nodules remain still unsolved, because of the lack in reliable seabed information. Thus, several leading ocean-oriented countries are now carrying out, or have plans about the systematic research programs on manganese nodules, including both prospectings mainly by industry groups, and scientific studies by the governmental and university groups, in which the results of the latter scientific studies are expected to serve as the guideline for the former prospectings. The representative programs are as follows : In Japan, “Basic researches on the deep sea mineral resources” is being conducted by the Geological Survey of Japan, for the northern Central Pacific Basin, using R/V Hakurei-Maru (1, 821 tonnage), with participation of the NIPR (National Institute for Pollution and Resources) in each cruise on their own program, “Technological study on the development of deep sea mineral resources”. Also, the industries group, DOMA (Deep Ocean Minerals Association), is engaged in a program of “Development of new prospecting technology for manganese nodule deposits”, with the objective areas south of Hawaii Islands of the Pacific.In the United States, there are three categories of research programs, being actively conducted by the groups of universities, Federal organizations, and industries respectively. The first is “MANOP (Manganese Nodule Program) of NSF (National Science Foundation) Seabed Assesment Program, carried out by the interuniversities group. This is now concentrated on the detailed studies of the sea floor to obtain its real physical, geochemical and biological informations by means of the in-situ measurement instruments, deployed in each representative area of different sedimentological condition of the Pacific. The second is “DOMES (Deep Ocean Mining Environmental Studies)” of the Office of the Marine Minerals, NOAA (National Oceanic and Atmospheric Administration), in which the research groups from the Federal organizations such as NOAA and U.S. Geological Survey are in charge of conducting its geological aspects. The third are the programs of the industry groups related to the commercial development of manganese nodules, including prospecting, mining and processing. Four major international consortiums, Deepsea Ventures Group (OMA, Ocean Mining Association), INCO Group (OMI, Ocean Management Inc.), Kennecott Group (Kennecott Exploration), and Lockeed Gr oup (OMC, Ocean Minerals Co.) are now developing their programs, aiming at mining operation tests in the Pacific as immediate objectives.In West Germany, a program, “Researches on manganese nodules”, is actively promoted under the coordination and sponcering of the Ministry of Research and Technology, with participation of the Federal Institute for Geoscience and Natural Resources, universities and industries association (AMR, Arbeitsgemeinschaft meerestechnisch gewinbare Rostoffe), using R/V Valdivia (1, 317 tonnage), for the objective areas between Clarion and Clipperton fracture zones of the Pacific.In France, CNEXO (Centre National pour L'Exploitation des Oceans) and its research group, AFERNOD (Association Francais d'Étude et de Recherche des Nodules océaniques) are carrying out “Rsearches on polymetallic (manganese) nodules”, mostly for the southern Central Pacific Basin.In England, a research group has done recently some research cruises on the manganese nodules and metalliferous sediments for the Indian Ocean.
著者
高尾 誠 谷 智之 大島 貴充 安中 正 栗田 哲史
出版者
公益社団法人 日本地震工学会
雑誌
日本地震工学会論文集 (ISSN:18846246)
巻号頁・発行日
vol.16, no.2, pp.2_96-2_101, 2016 (Released:2016-02-25)
参考文献数
5
被引用文献数
1

確率論的断層変位ハザード解析手法は、地表地震断層の変位の量がある値を超過する確率を評価する手法であり、日本においては、高尾ほか(2013)および高尾ほか(2014)によって各種評価式が提案された。これらの論文では、わが国における地震時の地表地震断層の変位量に関する調査結果、模型実験結果および数値解析結果を基に評価式が策定されているが、確率論的断層変位ハザード解析の先駆者であるYoungs et al.(2003)に倣った部分もあった。本論文では、確率論的断層変位ハザード解析手法における副断層の断層変位量を評価するための確率密度関数について、最尤推定法を適用してそのパラメータの見直しを行ったので報告する。