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grottoes
相关语句
  石窟
    Analysis of Seismic Responses of Grottoes
    石窟地震反应分析
短句来源
    RELATION BETWEEN KARST GEOTHERMAL FIELD FEATURE AND DEVELOPMENT OF MINERAL WARM SPRING IN LONGMEN GROTTOES,LUOYANG,CHINA
    洛阳龙门石窟地温场研究
短句来源
    EARTHQUAKE RESISTANCE OF GROTTOES AND PRESERVATION OF CULTURAL RELICS
    石窟防震减灾与文物保护
短句来源
    APPLICATION OF GPR TECHNOLOGY IN THE PROTECTION AND MAINTENANCE OF YUNGANG GROTTOES
    探地雷达技术在云冈石窟维护中的应用
短句来源
    Characteristics of Seismic Disaster of Grottoes under Seismic Loading and Seismic Reinforcement
    地震荷载作用下石窟的震害特征及抗震加固
短句来源
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  “grottoes”译为未确定词的双语例句
    NUMERICAL SIMULATION OF POTENTIAL EARTHQUAKE DEFORMATION IN DUNHUANG MOGAO GROTTOES AREA
    敦煌莫高窟潜在地震变形数值模拟
短句来源
    the water resources that can be used for irrigation in the Mogao Grottoes area is 85.51 xl04m3/a.
    大泉河可用于莫高窟区灌溉的水资源量为85.51×10~4m~3/a。
短句来源
    INFLUENCE OF NEAR-FIELD GROUND MOTIONS OF SANWEI MT. FAULT ON MOGAO GROTTOES IN DUNHUANG
    三危山断层近场地震动对敦煌莫高窟的影响研究
短句来源
    RESEARCH ON DYNAMIC DAMAGE CHARACTERISTICS OF COUNTRY ROCK OF MOGAO GROTTOES UNDER EARTHQUAKE LOADING
    地震荷载下莫高窟围岩动态损伤特性研究
短句来源
    Daquan River lies in the south region of the Dunhuang basin, the west part of Hexi corridor. It flows into the basin of Dunhuang by the front of Mogao Grottoes, and belongs to the water system of Shule River.
    大泉河位于河西走廊西段敦煌盆地南部地带,河流从莫高窟前流入敦煌盆地,属疏勒河水系。
短句来源
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  grottoes
The paper discusses measures to protect the Mogao Grottoes, northwest China, from the effects of a gobi sand stream.
      
The gobi sand stream and its control over the top surface of the Mogao Grottoes, China
      
Heavy geological deterioration and other factors have resulted in various degrees of damage to the temple's grottoes and stone carvings over the centuries such that protection and renovation are urgently required.
      
It occurs at the reef slope in a depth of 22-48 m at the edge of grottoes.
      
Therefore, to control the blowing sand above the Mogao Grottoes, emphasis should be placed on controlling erosion from the Mingsha Mountains rather than local erosion of sand in the gobi.
      
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When electromagnetic wave through high resistance carbonate rock, it isabsorbed a little in the carbonate rock area. As special environment of layer deposited ofcarbonate rock, the anisotropy is more evident. Existence of ground-air interface andmedium of grotto wall both sides electric character difference evidence and clear existencemake eletromagnetic wave appearing strong reflection and scattering. Special phenomenon ofelectromagnetic wave propagation in carbonate rock area is studied in this paper...

When electromagnetic wave through high resistance carbonate rock, it isabsorbed a little in the carbonate rock area. As special environment of layer deposited ofcarbonate rock, the anisotropy is more evident. Existence of ground-air interface andmedium of grotto wall both sides electric character difference evidence and clear existencemake eletromagnetic wave appearing strong reflection and scattering. Special phenomenon ofelectromagnetic wave propagation in carbonate rock area is studied in this paper and weobtains some conclusions about this.

形成岩溶的高阻碳酸盐岩对电磁波的吸收较弱,而且成层沉积的特定环境使碳酸盐岩地区岩石的各向异性现象较明显,由于地空界面的存在及岩溶洞壁两侧介质电性差异明显,界面清晰,又使电磁波出现强烈的反射及散射现象。从理论上对碳酸盐岩地区电磁波传播的特有现象进行了研究和分析,并给出结论。

According to the features of grottoes, the necessity of earthquake disaster mitigation of grottoes in preservation of cultural relics is emphasized. It is pointed out that, for earthquake resistance and disaster mitigation of grottoes, three aspects should be considered, namely, seismic safety evaluation, analysis of seismic stability of grottoes and engineering measures. In addition, some key problems are discussed.

针对石窟文物的特点,强调了防震减灾在石窟文物保护中的重要性.阐述了石窟的抗震防灾应从地震安全性评价、石窟地震稳定性分析、工程防护措施三个方面加以考虑,并就其中的一些关键问题进行了探讨.

Based on the results of water draw test, geometric parameters of fissures and the data of longtime observation, some hydraulic parameters of rock mass, such as seepage coefficient, water feed degree, precipitation penetration rate in Baodingshan Grotto Area are obtained in this paper. These results can be applied in prevention of rock mass from seepage.

本文利用提水试验、裂隙几何参数及长期观测资料对石刻区的岩体水力参数 (渗透系数、给水度、降雨入渗系数 )进行了研究 ,研究结果对防治石刻岩体渗水病害有着重要的实际应用价值

 
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