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  • 葛尾村長インタビュー
    篠木 弘, 八嶋 哲也, 小倉 振一郎, 新田 洋司, 横山 正
    復興農学会誌
    2022年 2 巻 1 号 39-48
    発行日: 2022/01/31
    公開日: 2022/07/21
    ジャーナル フリー
  • 島田 亮一, 亀岡 利行
    可視化情報学会誌
    1999年 19 巻 Supplement2 号 79-82
    発行日: 1999/10/12
    公開日: 2009/07/31
    ジャーナル フリー
    The color of thermo-sensitive liquid crystal responds to the temperature change. This property is very useful for thermal field visualization. The temperature of visualized thermal field is analyzed with the relationship between temperature and color. Thermosensitive liquid crystal changes their color not only temperature but also observation angle. Therefore, the relationship between temperature and color each observation angle, can be applied in temperature measurement. Since temperature measurement range with a thereto-sensitive liquid crystal is narrow, in this study, we expand the range by using plural thermo-sensitive liquid crystals. We use the neural network for color-to-temperature caliblation. As a result, we suceed in temperature measurement with wide temperature range.
  • 植村 利夫
    Acta Arachnologica
    1937年 2 巻 4 号 170-171
    発行日: 1937/12/06
    公開日: 2008/12/19
    ジャーナル フリー
  • 波田 貞之, 亀岡 利行
    可視化情報学会誌
    1999年 19 巻 73 号 135-140
    発行日: 1999/04/01
    公開日: 2009/07/31
    ジャーナル フリー
    Thermo-sensitve liquid crystal display thermal distribution as it changes color according to temperature. By using the developed color image processing technique, spatial thermal information can be obtained. However, modification of the relation between color and temperature is necessary, because the color also depends on an observation angle. The modification is made possible by observing color distribution in the constant temperature field. Liquid crystal is in general inappropriate for measuring a wide thermal range, because its thermo-sensitive range is relatively narrow. Authors expanded this approach to measurement of a wider temperature range using two mixed ratios of liquid crystal with different thermo-sensitive ranges. Applying this approach, thermal plume in a natural convection field is successfully examined.
  • 加治 隆平, 小澤 守
    関西支部講演会講演論文集
    2003年 2003.78 巻
    発行日: 2003年
    公開日: 2017/06/19
    会議録・要旨集 フリー
    Thermo-sensitive liquid-crystal suspension method was applied to investigations on 3-D structure of natural convection in an inclined rectangular cavity heated from below and cooled from above. This method could give relevant quantitative information of temperature and velocity distribution in the flow field by using color image processing and spatio-temporal correlation method. Then the 3-D structure of the natural convection in an inclined rectangular cavity was well identified.
  • 櫻井 廣三郎
    地質学雑誌
    1899年 6 巻 67 号 158-163
    発行日: 1899年
    公開日: 2008/04/11
    ジャーナル フリー
  • 松井 一泰, 松本 亮介, 小澤 守
    熱工学コンファレンス講演論文集
    2004年 2004 巻 C112
    発行日: 2004/11/10
    公開日: 2017/06/19
    会議録・要旨集 フリー
    A stirred-tank reactor is used for a unit operation in many fields of chemical processes, such as for mixing, heating, cooling and chemical reaction. Then the heat and mass transfer characteristics significantly depend on the flow structure induced by a rotor in the tank. In order to design high performance equipments, it is essential to identify and to optimize the flow structure. Aiming at further development of such stirred-tank reactor, flow visualization study was conducted on the structure of mixed convection due to a forced convective motion by the rotor and natural convective motion by heating and cooling.
  • 二宮 尚, 秋山 光庸, 杉山 均
    日本機械学会論文集 B編
    2000年 66 巻 646 号 1521-1526
    発行日: 2000/06/25
    公開日: 2008/03/28
    ジャーナル フリー
    Temperature sensitive particles have been developed which enable the three-dimensional simultaneous measurement of velocity and temperature in a fluid flow. Even with the recent advances in experimental techniques, the three-dimensional simultaneous measurement of all the three components of velocity and the temperature could not be performed. As for the velocities, one can utilize the three-dimensional particle tracking velocimetry (3-D PTV). But, as for the temperature, even with the laser-induced fluorescence technique (LIF), one can obtain a dense distribution of two-dimensional temperature. Presently, the authors have developed two types of temperature sensitive particles that contain the fluorescence material inside. Using these particles, the simultaneous temperature measurement can be carried out within the framework of the 3-D PTV. In this study, the preparation procedures of these particles have been demonstrated. The calibrations have proved the applicability of the present particles to the temperature measurement and the uncertainties at 20:1 odds are found to be 1.18 degree and 0.78 degree respectively.
  • 伊藤 順一
    火山
    1998年 43 巻 6 号 467-481
    発行日: 1998/12/28
    公開日: 2017/03/20
    ジャーナル フリー
    It has been regarded that the eruption activity had been generated at the Iwate volcano in AD 1683, 1686- 89, 1719, 1730 and 1732. In this study, the eruption history of Iwate volcano in the Edo period is reexamined by judging the credibility of historical records of eruption. The following conclusions were obtained from my investigation, a) The mistake is found in the description of the age in the historical document which has been regarded as the evidence of the 1683 eruption, b) According to a letter of the previous lord of Morioka clan and the reports of government authorities, a violent eruption began with eruptive-column forming above central crater of the stratovolcano on March 26 AD 1686, and became quiet in the early morning of 27th. The pyroclastic deposit discharged by this eruption is the Kariya scoria with the distribution axis from the central crater in northeast and the southeast foot. The volcanic hazard by this event was caused due to the lahar which occurred because of the melt of the snow of the mountain. Human damage did not occur though several houses were swept away by lahars. c) The credibility of the historical documents assumed for the 1686 eruption which continued even in AD 1687 and AD 1689 is weak. In fact, the eruption started in AD 1686 was ended within the year, d) The credibility of historical documents which describe the 1719 and 1730 eruption is also extremely weak, f) The 1732 eruption was recorded in the administrative report of Morioka clan. This historical documents describe the effusion of lava-flow from the northeastern foot of the Iwate volcano. It is assumed that this report corresponds to Yakehashiri lava flow. The lava effusing started at midnight of January 21 and continued for 7-10 days. The inhabitant who resided in the the foot of the mountain was evacuated from the village due to frequent volcanic earthquake. The human and material damage did not occur in this eruption.
  • 浅井 得一
    新地理
    1958年 6 巻 4 号 246-261
    発行日: 1958/03/25
    公開日: 2010/02/26
    ジャーナル フリー
  • 王子製紙 (株) 春日井工場を事例として
    秋山 幸子
    日本都市社会学会年報
    2007年 2007 巻 25 号 79-94
    発行日: 2007/09/20
    公開日: 2011/02/07
    ジャーナル フリー
    The purpose of this article is to clarify the way of symbiosis between a city and a manufacturing company, based on a case study of Kasugai city, Aichi Prefecture and Oji Paper Co., Ltd.By focusing on changes that occur in ‘administration, inhabitants and company’ relationships, I can grasp the transformation in a local area as a shift from unitary management by a local government to local governance which is based on a gentle network of diverse subjects. Actually such local governance can be realized only after its accountability is established publicly.This article examines i) disclosures of environmental issues for public participation, and ii) monitoring & evaluation functions as a feedback for environmental information.I argue that accountability is the key concept of public disclosure and monitoring & evaluation of information. Through an analysis of three examples;pollution resolution process of a paper mill, transformation of a neighborhood protest movement, and present conditions of a PRTR system, It is argued that accountability is a basis for a symbiotic relationship between a city and a private corporation, and that, then, the relationship is shifting from a vertical one to a more horizontal one.
  • 宮川 泰夫
    経済地理学年報
    1987年 33 巻 4 号 314-328
    発行日: 1987/12/28
    公開日: 2017/05/19
    ジャーナル フリー
  • 近代愛知県の都市化と物質循環の構造転換
    湯澤 規子
    農業史研究
    2017年 51 巻 23-38
    発行日: 2017年
    公開日: 2018/04/01
    ジャーナル フリー
    This paper examines fertilizer material circulation through the analysis of fertilization technology in everyday life and presents some insights into its usage in different parts of society. With the advent of the modern era, rapid modernization, and population explosion, night soil usage and human waste treatment facilities exist side by side. The circulation of fertilizer from farm villages to urban areas and back to farm villages was accomplished in four phases. In the first phase, in 1900, the government began to participate in the treatment of human waste. As a result of this, farmers could no longer get free night soil. However, farmers continued to restore night soil to agricultural land. In the second phase, the city of Nagoya began to process human waste into ammonium sulfate because of the city’s expansion and innovations in chemical fertilizer processing plants. But, as this business did not produce a profit, the plant was closed because of the noxious odors it produced. However, there was an increasing demand for night soil in order to recover its nutrients to produce fertilizer for year-round vegetable cultivation. Also, advances in technology, storage, and human waste fertilization were made possible by vast scientific improvements. In 1921, with the third phase, Nagoya again started to treat human waste. No longer did the human waste market lose value because of the increase in population and the resultant surplus of human waste. On the other hand, in farm villages, utilization of night soil reduced the amount of money expended for agricultural fertilizer expenses. It stabilized the farmers’ economy. Nagoya, in the 1930s, again tried to build a sewage treatment plant. However, because of the financial panic, the demand for a self-supplied fertilizer increased again, and the sewage treatment plant ran into difficulties. So, the use of night soil in farming areas was reestablished and the process came full circle.
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