地温基本解释

汉语拼音:dì wēn

指地面温度和地面 以下不同深度处的温度。需用特制的温度表测定。地温的高低,对植物的种子发芽及生长发育、土壤微 生物的繁殖活动和近地面的气温等有很大影响。

地温详细解释

  1. 地表面和土层不同深度的温度。地温对农作物的生长发育影响很大。

地温双语翻译,地温在线翻译例句

    • Objective To a method for TLC identification of Guangdongzizhu in Kanggongyan tablets.

      目的建立抗宫炎片中广东紫珠的薄层色谱鉴别方法.

    • Based on results from thermal modelling experiments of secondary generation of hydrocarbons.

      本文通过热模拟实验研究,认为未进入高、过成熟阶段的生油岩因构造运动等因素使其上升或被剥蚀,地温下降,生烃过程停止.

    • It has discussed the distributing disciplinarian and controlling factors of geothermal gradient.

      计算了地温梯度,探讨了分布规律和控制因素.

    • The present geothermal gradient of the Huh Lake depression is 3.

      呼和湖凹陷现今地温梯度为3.

    • Soil temperature ( Ts ) was 12~28℃ . Air relative humidity ( RH ) was 43~ 91 % in general.

      地温 ( Ts ) 变化范围13~27.5℃,相对湿度 ( RH ) 43~91%.

    • The high geotherm the upper mantle diapir and the corresponding lithosphere thinning regions.

      这种高地温线与该区上地幔的底辟上涌和岩石圈的相应减薄有关.

    • Geothermal gradient and its distribution was obtained based on the geothermal testing data.

      根据地温测试资料,讨论了地温梯度和各研究层现代地温分布的态势.

    • The design thought of geothermal information management system for Pingdingshan mine area ( PGTIMS 1.0 ) was introduced.

      介绍了平顶山矿区地温信息管理系统软件 ( PGTIMS1.0 ) 的设计思路.

    • The ground temperature is one of the main important geologic factors affecting the coal mining.

      地温是影响煤炭开采的重要地质因素之一.

    • Jurassic System entered oil - generating stage in Late Cretaceous Period, and entered oil - generating peak in Tertiary Period.

      侏罗系地层在晚白垩世开始进入生油期,第三纪时进入生油高峰,这时侏罗系地层经受的最高古地温为137℃.

    • The BSR depth is compared with thickness of gas hydrates stability zone from thermal gradient data.

      似海底反射层的深度与1144站位,及平均地温梯度资料得出的稳定带厚度较吻合.

    • Mulching with straw increased soil water content air relative humidity, air temperature but decreased soil temperature.

      姜田地面覆草可显著增加土壤含水量,降低地温,提高空气相对湿度, 但使气温稍升.

    • Geostress, geotemperature and fluid pressure fields are the major factors affecting the oil gas migration.

      地应力场 、 地温场和渗流场是影响油气运移的主要因素.