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Requests for Groundwater Investigations: Associated with Valuable Collection of Information on Hydrogeology@@@より多くの情報を得るために Groundwater Investigations:Associated with Valuable Collection of Information on Hydrogeology@@@为了获得更多的信息
Pub Date : 1900-01-01 DOI: 10.5917/jagh1959.25.159
Toshio Murashita
Recentry, deeper aquifers, 200 meters or more in depth, have beem developed in proportion to the increasing amount of water required for the public supplies and the industries.
Thus, it becomes possible to collect much information on subsurface geology by means of the microfossil analysis, water temperature, and water quality by the hydrochemical interpretations.
New valuable information will be of use to advanced studies of the regional hydrogeology.
近年来,随着公共供水和工业用水需求的增加,地下200米或更深的蓄水层得到了相应的开发。因此,通过微化石分析、水温和水化学解释来收集大量地下地质信息成为可能。新的有价值的资料将有助于推进区域水文地质的研究。
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引用次数: 0
On the Cross-Plots Analyses of Water-Well Logs 水井测井曲线的交叉图分析
Pub Date : 1900-01-01 DOI: 10.5917/jagh1959.17.23
Keiichi Kodai
Cross-plotting has been always used in doing the analysis of Oil-well logs.
This paper reports about two examples of cross-plots used in the water-well logs, as well as in the oil-well logs.
Their results clear that, high-permeable layer is extracted by Natural gamma-Resistivity crossplotting, and low-permeable layer (silt and/or clay) is extracted by Natural gamma-Density cross-plot t ing. り.は じめ に 地質 の不 明確 な相 互関係は,複 数 の検層 曲線の値 を クロスプ ロッ トす る ことに よ り,正 確 に判 明す る場合 が多い.検 層曲線に対 し,適 切 な クロスプ ロッ トを選 定す ると,こ れ と類似 的な重ね合せ技 術 に比ぺ て,よ り多 くの情報 を正確 かつ鮮 明に得 ることがで きる. 油層工学 において,ク ロスプロ ッテ ィング技術は,以 前か ら検層解析 のために用 い られてお り,最 近 では,コ ソ ピュー.タ利用 に よ りそ の範 囲を急激に拡大 しつつあ る よ うで あ る.水 井戸 の検 層解釈 に おいて も,こ れ ら技術 の長所を徐 々に継承吸収 してい くことが望 ましい と考 え る. 本文では,外 国に おける油井解析 のため の クロスヅ ロ ヅ ト例を紹介す る とともに,筆 者 自身 が試 み た水井戸検層解析の一例を報告す る. 2文 献にみ る油井 解析のための クロスプ ロッ ト例 自然 ガンマ ー.密度 お よび,自 然 ガ ソマー比抵抗 の クロスプ ロッ ト:第1図 は,ApI(米 国石 油協 会)規 格単位 の 自然 ガ ソマ線強度 と容積密度 の クロス プ ロッ ト図 であ る.図 の よ うに,自 然 ガ ンマ線 強度が66API単 位 を境 としてけつ岩 と砂に分かれ,け つ岩は容積 密度2.39~2.519/cc の範 囲で垂 直 的に分布 し,砂 は容 積密度2.26~2.519/ccの 範 囲で斜めに分布 す る.こ の境界 を選 ぶ理 由は,第 2図 の 自然 ガ ンマー比抵抗 の クロスプ ロッ トで,こ れ らのデ ータが ブ ロ ック状 に分れ るこ とか ら判 明 した.第2図 で,低 比抵抗 の2つ の ブ ロックは,い ず れ もシル トを主 とす るけつ岩で あ るが,含 有す る粘土分 の相違 に よ り2分 されてい る.し か し,け つ岩 の比抵抗 はいず れ も一定 してい る.図 中の砂 を表わす部分 で,自 然 ガンマ線 強度 の減少 に よ り比抵抗 が増 大 し,傾 斜配列 す るのは,炭 化水素 の含 有 に原 因す る.含 水砂 の場合 は,比 抵抗が けつ岩 と連 続性 を もたない け れ ど も垂直的 な配列 にな る (WH.Lang,Jr.,1972). *地 質調査所 (昭和49年11月13日 受理)
Cross-plotting has been always used in doing the analysis of Oil-well logs. This paper reportsabout two examples of cross-plots used in the water-well logs,as well as in the il-well logs. Their results clear that,high-permeable layer is extracted by Natural gamma-Resistivity crossplotting,and low-permeable layer (silt and/or clay) is extracted by Natural gamma-Density cross-plot t ing.理。开始地质的不明确的相互关系,通过交叉复数的检层曲线的值,正确地判明的情况多。对于检层曲线,如果选择合适的交叉套数,与与此类似的重叠技术相比,可以正确且鲜明地得到更多的信息。在油层工学中,crosprotine技术以前就被用于检层解析,最近,正是由于广泛的利用,使其范围急剧扩大。技术。在水井的检层解释方面,也希望逐渐继承和吸收这些技术的优点。本文在介绍国外解析油井的交叉图的同时,还将报告作者自己试过的水井检层解析的一个例子。自然伽玛。密度及自然索马比电阻的交叉图:第1图是ApI(美国石油协会)规范单位的自然索马线强度和容积密度的交叉图。如图所示,自然以伽马射线强度为66api单位为界,分为岩石和砂,岩石以容积密度2.39~2.519/cc的范围垂直分布,砂容以积密度2.26~2.519/cc的范围斜着分布。选择这个边界的理由是,第2图的自然是横轴比电阻,这些参数呈块状。从分成来判断。在第2图中,低比电阻的2个块是由以石英石为主的岩石组成的,由于所含粘土成分的不同而分为2部分。噪声也是固定的。图中表示沙子的部分,由于伽马射线强度的减少,导致比电阻增大,倾斜排列的原因是含有煤化氢。含水砂的情况下,虽然比电阻与岩石不具有连续性,但仍呈垂直排列(wo . lang,Jr.,1972). *地质调查所(昭和49年11月13日受理)
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引用次数: 0
On the Interpretation of Fluctuation Characteristics of Groundwater Level in SKP Building Site SKP建筑工地地下水位波动特征的解释
Pub Date : 1900-01-01 DOI: 10.5917/jagh1959.25.172
Kennosuke Takahashi, N. Miyake, M. Amari
In the ground work for construction, it is very important to apply the sufficient preventive measures for the various accidents caused by groundwater. In practice, however, the groundwater surveys for planning these preventive measures have rarely been carried out with enough accuracy.
The authors have been trying to establish the method of groundwater survey for the above purpose and have published some useful techniques for this establishment. The most important problem at present is the interpretation of fluctuation characteristics of groundwater levels observed in construction sites. In the present study, we report this using the data of SKP building site.
在施工地基工作中,对地下水引起的各种事故采取充分的预防措施是十分重要的。然而,在实践中,为规划这些预防措施而进行的地下水调查很少有足够的准确性。为此,笔者一直在尝试建立地下水调查方法,并发表了一些有用的技术。目前最重要的问题是对建筑工地观测到的地下水位波动特征的解释。在本研究中,我们使用SKP建筑工地的数据来报告这一点。
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引用次数: 0
Groundwater Resources Development in Libya: Wadi Ahmar and Wadi al Bab Project@@@ワジ アハマールおよびワジ アル バブ プロジェクト Groundwater Resources Development in Libya:Wadi Ahmar and Wadi al Bab Project@@瓦吉亚哈马尔和瓦吉亚巴布Project
Pub Date : 1900-01-01 DOI: 10.5917/jagh1959.25.193
Y. Shidomoto, Y. Uemura
The project of Wadi al Bab and Wadi Ahmar in Libya aims to deveplop the available water resources, both surface and groundwater. The study area is approximately 2, 000 km2, located on the south-western flank of Jebel Akhdar Mountains, 30 to 80 km southeast of Benghazi.
The climate of the study area is semi-arid and its mean annual precipitation is 100 to 200 mm high. With First Escarpment as a border, to the west is spread the Benghazi coastal plain, and to the east, a table land. Tertiary rocks and Quaternary deposits are distributed. Each formation of Tertiary period displays transgressive and regressive facies and are comprised mainly of marine carbonates.
In this paper, some results of hydrogeological investigation, such as groundwater storage conditions, water quality, water balance and etc. , will be discussed.
利比亚的Wadi al Bab和Wadi Ahmar项目旨在开发可用的水资源,包括地表水和地下水。研究区面积约为2000平方公里,位于班加西东南30至80公里处的Jebel Akhdar山脉的西南侧翼。研究区气候为半干旱气候,年平均降水量为100 ~ 200 mm。以第一悬崖为界,西面是班加西沿海平原,东面是高原。分布有第三系岩石和第四纪沉积。第三纪各组均表现为海侵和海退相,以海相碳酸盐岩为主。本文将讨论水文地质调查的一些成果,如地下水储存条件、水质、水平衡等。
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引用次数: 0
The Quantity of Water in Each Spring on the West and Slope of Mt. Fuji. 富士山西坡每年春天的水量。
Pub Date : 1900-01-01 DOI: 10.5917/JAGH1959.18.1
M. Ino
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引用次数: 1
dethod of Investigating Groundwater-vein Streams by Measuring One-meter-depth Temperature in Landslide Areas Part 2: Examples of Measurement of One-meter-depth Underground Temperature@@@1m深地温測定調査の実施例 滑坡区一米深测温调查地下水脉流方法第二部分:一米深地下温度测量实例
Pub Date : 1900-01-01 DOI: 10.5917/JAGH1959.23.1
A. Takeuchi
In order to detect groundwater distributed nonuniformly over a landslide area, methods utilizing mechanical or electrical properties of soil and water have been applied up to now. However, groundwater by these techniques can be either that having a direct influence on the landslide activity or that having little influence on it, and therefore, prevention works undertaken on the basis of the obtained results have been very often unsatisfactory. The author has come to the view that the utilization of thermal properties of water and soil, to which little attention has been paid so far, will make it possible to detect groundwater-vein stream having a significant influence on the landslide activity, and has pursued theoretically the applicability of exploring the vein by measuring one-meter-depth underground temperature (Takeuci, 1980). As a result of the investigation, it revealed that this method is an effective method of determining the location of groundwater in the formed vein stream. Thus, the method was applied successfully to the following landslide areas: Niigata pref. : Matsunoyama (1964-1975), Aburuma (1979), and Maekawa (1979) Yamanashi Pref. : Aikawa (1977) Shizuoka Pref. : Kuzureno (1977) Gifu Pref. : Yamagami (1968) Ishikawa Pref. : Fujio (1975), Nawamata (1976-1979), Kanayama (1976), Ohtsuburi (1976), Minazuki (1977), Sakuratoge (1977), Higashinakao (1978), Matsunagi (1978-1979), Soryo (1978), Fujinose (1978), Yuridani (1978), and Tamura (1979) Shiga Pref. : Kamiohgi (1965), Kushibayashi (1967), and Ushigatani (1978-1979) Osaka Pref. : Kamenose (1965) Wakayama Pref. : Hashimoto (1978) Hyogo Pref. : Gotenyama (1964-1965), Mikage (1965), Temjin (1967), Miyagami (1973-1976), Marumi (1978-1979), Yagi (1978-1979), Yamamoto (1979), and Kusu (1979)
为了探测滑坡区内不均匀分布的地下水,迄今为止主要采用利用土水力学或电学特性的方法。然而,通过这些技术获得的地下水可能对滑坡活动有直接影响,也可能对其影响不大,因此,根据获得的结果进行的预防工作往往不令人满意。作者认为,利用迄今为止很少受到重视的水和土壤的热特性,可以探测到对滑坡活动有重大影响的地下水脉流,并从理论上探讨了测量一米深地下温度探测脉流的适用性(Takeuci, 1980)。结果表明,该方法是确定形成脉流中地下水位置的有效方法。因此,该方法成功地应用于以下滑坡地区:新泻县县:松山县县(1964-1975年)、Aburuma县(1979年)、前川县(1979年)、山梨县县:相川县(1977年)、静冈县县:Kuzureno县(1977年)、岐阜县县:山神县(1968年)、石川县县:不二雄县(1975年)、中俣县(1976-1979年)、神山县(1976年)、大县县(1976年)、南县县(1977年)、樱县县(1977年)、东中尾县(1978年)、松木县(1978-1979年)、苍阳县(1978年)、藤濑县(1978年)、由谷县(1978年)、志贺县(1979年)、田村县(1979年)。大阪校长:龟濑(1965)和歌山校长:桥本(1978)兵库县校长:Gotenyama(1964-1965)、Mikage(1965)、Temjin(1967)、宫上(1973-1976)、丸美(1978-1979)、八城(1978-1979)、山本(1979)、草须(1979)
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引用次数: 6
Groundwater Issues of the United States (2) 美国地下水问题(2)
Pub Date : 1900-01-01 DOI: 10.5917/JAGH1959.28.79
N. Tase
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引用次数: 0
Well Constructions at Sea 海上油井建设
Pub Date : 1900-01-01 DOI: 10.5917/JAGH1959.27.89
N. Miyake, Kazuyoshi Waki, Hitoshi Kameda, Fumiaki Hirano, Kaji Sakon, Kozo Motochikawa
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引用次数: 0
Water Balance of the Groundwater Basin in Ichihara Region, Chiba Prefecture 千叶县市原地区地下水盆地的水平衡
Pub Date : 1900-01-01 DOI: 10.5917/JAGH1959.27.73
A. Kondoh
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引用次数: 5
On the Structure and Water Permeability of Shallow Layer in Valley-Head Area: An Investigation in the Tama Hill@@@多摩丘陵内の一例 谷头区浅层结构及透水性研究——以塔玛山为例
Pub Date : 1900-01-01 DOI: 10.5917/JAGH1959.27.17
Haruhiko Noguchi
The author is reporting of several findings, resulting from the author's experiment of structure and water permeability of shallow layer at zero order channel basin in the Tama Hill.
From the results of tests at the broadrige except at the spur, it has been shown that the residual soil zone runs almost parallel to the land surface and makes almost the same thickness. On the downstream from the nick point, it has been proved that the valley-bottom is formed by transported soils.
At the residual soil zone, it was found that the permeability coefficients of the upper soil layer are larger than those of tije lower soil layer and the permeability coefficients of the upperstream are smaller than those of the downstream.
Moreover, at the thalweg in this drainage basin, the strongest correlation was observed between field permeabilities and altitude differences. The correlation coefficient at the upper soil layer is 0.937 and at the lower soil layer is 0.918 except for the remarkable difference of .
本文报告了笔者对塔玛山零级河道盆地浅层构造和透水性进行试验的几个结果。从宽桥除支线外的试验结果来看,残积土带几乎与地表平行,厚度几乎相同。在缺口点下游,已证实谷底是由输运土形成的。在残积土区,上层土壤渗透系数大于下层土壤渗透系数,上游土壤渗透系数小于下游土壤渗透系数。此外,在该流域的高程处,田间渗透率与海拔差异的相关性最强。土壤表层的相关系数为0.937,土壤下层的相关系数为0.918。
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引用次数: 0
期刊
THE JOURNAL OF THE JAPANESE ASSOCIATION OF GROUNDWATER HYDROLOGY
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