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tectonic
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  构造
    Analysis of Tectonic Landform in the Eastern and Western Flank of Ordos Plateau and Its Neotectonic Significance
    鄂尔多斯高原东西两侧构造地貌特征分析及新构造意义
短句来源
    A Preliminary Study of Formation Mechanism of Tectonic Landform of Fujian
    福建构造地貌发育机制初探
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    The principal active tectonic systems in Guizhou and earthquakes
    贵州主要活动构造体系与地震
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    In the west Tianshan(west to 75°E),the convergence is caused by the push of Pamir in NNW direction,and in the east to 75°E,the difference of tectonic deformation is caused by the clockwise rotation of Tarim.
    而75°E以东的地区,其差异构造变形的原因则主要是塔里木顺时针旋转的结果。
短句来源
    A View of the Terrestrial Waters ——Incidentally Discussing the Significance of Wavy Tectonic Landform
    陆内水体浅识——兼谈波浪状构造地貌的意义
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  “tectonic”译为未确定词的双语例句
    Global Plate Tectonic Motion from GPS Measurements
    GPS监测全球板块构造运动的研究
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    Stratiform Geomorphology and Himalayan Tectonic Movement on the North China Mountains
    中国华北山地的层状地貌与喜马拉雅构造运动
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    Use Modern Geodetic Result to Discuss the Tectonic Power of Eastern China
    结合现代大地测量成果探讨中国东部构造运动的力源问题
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    Response of Landform Development to the Tectonic Movement and the Climate Changes in Fenhe Drainage Basin
    汾河流域地貌发育对构造运动和气候变化的响应
短句来源
    STRAIN CALCULATION BASED ON BASELINE LENGTH CHANGES AND DIVISION OF TECTONIC BLOCKS
    用边长变化结果计算地应变及块体划分
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  tectonic
Studies in the past decade have proven the Shanita fauna to be an excellent marker of the northern peri-Gondwana tectonic blocks.
      
The thermal-rheological stratification structures of the lithosphere in the East Qinling orogenic belt present different features from each other within different tectonic units.
      
The North Qilian orogenic belt is an elongate tectonic unit that lies between the North China plate to the north and the Middle Qilian microplate to the south, and is formed by a collision of the two plates in the Caledonian.
      
The tectonic environment discrimination by trace element reveals that these igneous complexes formed in an island-arc setting.
      
Tectonic setting was stable during the Late Paleozoic, therefore there are obvious negative Ce anomalies.
      
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This paper deals with the dynamic model of the outer shell of the Earth under the influence of polar shift. For stress analysis we have adopted the membrane theory of spherical shells. For the effect of fluid core it is assumed that the fluid is incompressible and the outer shell deforms so that the volume within it remains constant. From analysis it seems likely that the existing systems of the tectonic plate boundaries are related with the polar shift.

本文处理极移影响下地球外壳的动力学模型.我们采用球壳无矩理论来进行应力分析.液核的效应以下述假设引入:它是不可压缩的,以致外壳的变形始终使壳内所包体积保持不变.从本文分析看来已有的板块边界极可能与极移是密切相关的.

The properties of the local non-polar terms in latitude observations have been studied in this article. On the basis of analyzing the differences between instantaneously obtained latitude data of two different instruments at one and the same atation, we have fully demonstrated that the actual accuracy of latitude observations is much less than the internal accuracy of an instrument. And we have concluded that the main part of the non-polar term is composed of the error-factors, such as irregular refraction in...

The properties of the local non-polar terms in latitude observations have been studied in this article. On the basis of analyzing the differences between instantaneously obtained latitude data of two different instruments at one and the same atation, we have fully demonstrated that the actual accuracy of latitude observations is much less than the internal accuracy of an instrument. And we have concluded that the main part of the non-polar term is composed of the error-factors, such as irregular refraction in observing room, etc.; whearas the geophysical factors as tectonic movement, change of plumb line, etc. are of little importance.

本文研究了纬度地方非极项(简称地方项)的性质,通过对同一测站上两台仪器纬度观测值差的分析,说明纬度观测实际精度远低于内部符合精度。并指出地方项主要成分是观测室异常折射等因素造成的观测误差,而板块运动、垂线变化等地球物理因素所起的作用是次要的。

Our investigation, just the same as those of other present-day researchers, suggests that the neo-tectonic movement, rooted in erosion and deposition by virtue of vertical movement, exerts important influence on soil forming process and soil distribution, just as other soil forming factors or conditions do. Among soil forming factors the topographical factor, the parent material and the time of soil formation are all under the influence of neo-tectonic movement. In low mountains, neo-tectonic...

Our investigation, just the same as those of other present-day researchers, suggests that the neo-tectonic movement, rooted in erosion and deposition by virtue of vertical movement, exerts important influence on soil forming process and soil distribution, just as other soil forming factors or conditions do. Among soil forming factors the topographical factor, the parent material and the time of soil formation are all under the influence of neo-tectonic movement. In low mountains, neo-tectonic movement constitutes a cardinal condition in governing the remnant impact of paleoclimate and the effect of the recent climate on the rate of soil formation, which, alongside with soil-forming rocks and other factors or conditions, may help to form a number of patterns of soil associations. As these patterns may consist of different great soil groups, it cannot be simply explained by concepts of soil zonality.

前人和我们的研究表明,新构造运动与其他成土因素或条件一样,对土壤的形成和分布也有重大影响。由于升降运动所引起的剥蚀和沉积作用,是产生这种影响的根源。成土因素中的地形、母质和时间三者都受新构造运动的控制。在低山区,新构造运动是制约古气候残存影响以及近代气候作用强度的重要条件,它与母岩性质及其他成土因素或条件一起,可以造成一定的土壤组合模式。这些可能包括不同土类的组合方式,往往不是简单化的土壤地带性概念所能解释的。 我们根据地质文献和当地土壤调查资料,尝试论述江苏省低山区的土壤组合方式,说明宁镇宜溧间歇构造抬升区的主要土壤组合模式是薄层土—石质土—老红土—黄刚土;而连云港长期构造抬升区的主要土壤组合模式是山地草甸土或腐植质老红土一薄层土或石质土—黄棕壤或老红土。 我们认为,对于山林地区的土壤分类而言,按照土壤性状本身进行分类,并以土壤组合作为中小比例尺制图单位,是较为合理的。为此,除注意一般成土因素和条件外,应特别注意第四纪地质条件,包括古地理古气候变迁和新构造运动的影响,等等。

 
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