map MAP =Military Aid Program 〔美国〕军事援助计划。 n. 1.地图;天体图;图。 2.〔美俚〕脸,面孔。 3.〔美俚〕(染色体上基因排列的)遗传图。 off the map 〔口语〕不重要的;消失的;过时的;陈腐的。 on the map 〔口语〕存在的;重要的;有名的,占显著地位的,起主要作用的。 put oneself on the map 发生,发现;使自己出名,出人头地。 put sb. [sth.] on the map 使某人[某事]出名。 wipe off the map 把…消灭掉。 vt. 1. 测绘,为…绘制地图;勘测,制订。 2.〔美俚〕测定(染色体中基因的)位置。 map out 规划,安排。
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例句与用法
The widest application is found in areal or general geologic mapping . 最广泛的应用见于地面的或普通的地质填图。
Non-metallic ip is a supplementary parameter distinguishing certain categories of rock and could certainly furnish valuable information for geologic mapping . 非金属IP是区分某些种类岩石的一个辅助参数,肯定能给地质填图提供有价值的资料。
Ways of auto cad draughting geologic map 绘制地质图若干方法
Non - metallic ip is a supplementary parameter distinguishing certain categories of rock and could certainly furnish valuable information for geologic mapping 非金属ip是区分某些种类岩石的一个辅助参数,肯定能给地质填图提供有价值的资料。
Based on the analysis of natural and geographic background of jiaozhou land type , under the principle of comprehensiveness , dominant factor , produce and practice , thd author made field investigathion and the defined thd line of land type with reference of 1 : 15000 aviation chart , geologic map , topographic map , soil map , and climate planning map of jiaozhou . the system of land classification included land unit ( genus ) - land unit ( family ) , furthermore , according to thd above classification system , the author drew thd 1 : 50000 land type map . finally , this thesis elaborated thd main characters , utilizing situation and of grade - 2 land type land unit genus 胶州市土地类型的划分,是在分析胶州市土地类型区域自然地理背景,剖析各土地分异因素,按照综合性原则、主导性原则和实践性原则,应用1 : 1 . 5万航空象片,进行野外实地考察,并参考该市的地质图、地貌图、土壤图、土地详查图和气候区划图,在综合分析的基础上,确定土地类型界限,以限区(属) ?限区(科)构成土地分类系统,并据此编制胶州市1 : 5万土地类型图。
Based on the characteristics of the geological exploring data , a method for establishing data model was presented , in which the triangle network was combined with the quadrangle network . at last , the geologic maps needed for geological research were drawn through the gdi ( graphics device interface ) and the 3d visualization system model was established for stratumtous geological body . base on the achievments mentioned above , a software system was developed which can be used independently without relying on any software platform 文中首先介绍了可视化技术以及地质制图技术的发展,然后对地质构造可视化模型进行了研究,根据地质测量数据的特点,提出了三角形网和四边形网相结合的数据建模方法,最后通过图形接口绘制了地质研究所需的地质图件,构建了层状地质体三维可视化系统模型,并开发出了可以独立于任何软件平台使用的地质三维可视化软件系统。