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地质博物馆
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  geological museum
     Seismic Appraiser and Retrofitting Design for The Geological Museum of China
     中国地质博物馆抗震鉴定与加固设计
短句来源
     In this paper,taking the digital mineral museum in Kinming university of science and technology as an example,we introduce the concept,characteristics,function and expression of a digital geological museum and have a discussion about the significance and perspective development of it.
     数字地质博物馆以网络、计算机技术为手段,将地质特色在网络中灵活展现。 本文扼要介绍数字地质博物馆的概念、特点和功能,描述传统地质博物馆到数字地质博物馆的发展,数字地质博物馆的意义和实现形式,并以昆明理工大学矿物数字博物为例,说明数字地质博物馆在网络时代发展的必然性,展望新型数字地质博物馆的发展前景。
短句来源
     Type material has been deposited at the Geological Museum of China.
     高台矿作品存放在中国地质博物馆
短句来源
     A NEW TYPE OF DIGITAL GEOLOGICAL MUSEUM
     新型数字地质博物馆
短句来源
     A Discussion on the Digitization of Geological Specimen Information and Digital Geological Museum Construction
     地质标本信息数字化与数字地质博物馆建设的宏观思考
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  “地质博物馆”译为未确定词的双语例句
     NET, Database and IIS etc.
     NET、数据库以及IIS等相关技术,来建立中南大学数字地质博物馆的整体模型;
短句来源
     PRESENT STATUS OF CHINESE GEOLOGICAL MUSEUM AND ITS ROLE IN GEOLOGICAL CAUSE
     中国地质博物馆现状及其在地质事业中的作用评述
短句来源
     CHENG-KUN RAILWAY LINE CROSS THE "GEOLOGICAL REPOSITORY"
     穿越“地质博物馆”的成昆铁路
     Geology museum own precious geology resources. These resources are exchanged on the net by digital museum can consumedly increase their using efficiency.
     地质博物馆拥有大量宝贵的地质资源,数字地质博物馆实现了这些资源的网络共享,大大提高了资源的利用效率。
短句来源
     So, Central South University should own it's digital geology museum that owning the school special features.
     目前,中南大学地质博物馆主要是以陈列方式为主,数字化程度不高。
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  相似匹配句对
     Xinjiang Geological and Mineral Museum
     新疆地质矿产博物馆
短句来源
     A NEW TYPE OF DIGITAL GEOLOGICAL MUSEUM
     新型数字地质博物馆
短句来源
     MUSEUM
     博物馆
短句来源
     museum of Tianjin
     天津博物馆
短句来源
     GEOLOGICAL STRUCTURE
     构造地质
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  geological museum
A fossil specimen ofMesopithecus penteliciWagner, 1839, from the Pikermi paleontological assemblage and currently housed at the Geological Museum of the Earth Sciences Department of the University of Turin, is described herein.
      
Nielsen Geological Museum, University of Copenhagen, Denmark In the St.
      
Type material is deposited at the Geological Museum of the Kola Science Center in Apatity, Russia.
      


Qitianlingite is a new mineral discovered in the Qitianling granite, Hunan Province, South China. It is associated with quartz,K-feldspar,albite, zinnwaldite, muscovite,cassiterite,wolframite,wolframoixolite, etc. It is black in color with semi-metallic to metallic luster.Crystals are platy in form with the grain size generally measuring 0.1×0.2×0.01mm. Density=6.42g/cm~3,Hv_(50)=520—580kg/mm~2,The mineral is yellow in polished section.Bireflection and anisotropy are weak, Rg≈Rp=12—14% (white light). The results...

Qitianlingite is a new mineral discovered in the Qitianling granite, Hunan Province, South China. It is associated with quartz,K-feldspar,albite, zinnwaldite, muscovite,cassiterite,wolframite,wolframoixolite, etc. It is black in color with semi-metallic to metallic luster.Crystals are platy in form with the grain size generally measuring 0.1×0.2×0.01mm. Density=6.42g/cm~3,Hv_(50)=520—580kg/mm~2,The mineral is yellow in polished section.Bireflection and anisotropy are weak, Rg≈Rp=12—14% (white light). The results of electron microprobe analysis (using corresponding oxides as standards) are given as follows: MnO 6.01, Nb_O_534.06, Ta_2O_511.73, FeO14.64, WO_332.30, TiO_21.23, SnO_2 0.36 and total=100.33. The empirical formula calculated on the basis of total oxygen atoms = 10 is(Fe(1.345)Mn_(0.559))_(1.904)(Nb_(1.691)Ta_(0.350)Ti_(0.102)Sn_(0.016))_(2.169)W_(0.919)O_(10). The idealized formula is (Fe, Mn)_2(Nb,Ta)_2 WO_(10), Fe>Mn, Nb>Ta. The mineral is insoluble in dilute hydrochloric acid.Weissenberg chart and single crystal structure analysis by means of a four-circle diffractometer show that the mineral is orthorhombic; space group Pbcn,a=23.706(7),b=5.723(2),c=5.045(3),z=4.X-ray powder diffraction data are given in Table 1.The crystallochemical formula of the mineral is(Fe_(1.345)MnO_(0.559)Sn_(0.016)Nb_(0.081))_(2.000)(Nb_(1.547)Ta_(0.351)Ti_(0.102))_2.000(W_(0.919)Nb_(0.063) O_(10).The relationships between Qitianlingite and its similar complex oxides are discussed and compared in terms of crystal structure and crystallochemistry.It was named after its locality——Qitianling. The specimen is kept at the National Museum of Geology, Beijing, China.

骑田岭矿是在我国湖南省南部骑田岭花岗岩中发现的新矿物。它产于钾长石化铁锂云母伟晶岩中,共生矿物有石英、钾长石、钠长石、铁锂云母、白云母、锡石、黑钨矿、铌黑钨矿等。矿物呈黑色,半金属至金属光泽;薄板状,粒度0.2×0.1×0.01mm。D=6.42(g/cm~3)。在光片中矿物呈黄白色,双反射弱,Rp≈Rg=12—14%,弱非均质性;Hv(50)=520—580kg/mm~2。电子探针定量分析(以相应氧化物为标样)结果:MnO6.01,Nb_2O_534.06,Ta_2O_511.73,FeO14.64,WO_332.30,TiO_21.23,SnO_20.36,总和100.33。以氧为10计算的化学式为:(Fe_(1.345)Mn_(0.559))_(1.904)(Nb_(1.691)Ta_(0.350)Ti_(0.102)Sn_(0.016))_(2.159)W_(0.919)O_(10),理想化学式为(Fe,Mn)_2(Nb,Ta)_2WO_(10),Fe>Mn,Nb>Ta。矿物在稀盐酸中不溶解。经华森堡单晶照相法和四圆单晶衍射证明:该矿物属斜方晶系,空间群为Pbcn,a=23.706(7),b=5.72...

骑田岭矿是在我国湖南省南部骑田岭花岗岩中发现的新矿物。它产于钾长石化铁锂云母伟晶岩中,共生矿物有石英、钾长石、钠长石、铁锂云母、白云母、锡石、黑钨矿、铌黑钨矿等。矿物呈黑色,半金属至金属光泽;薄板状,粒度0.2×0.1×0.01mm。D=6.42(g/cm~3)。在光片中矿物呈黄白色,双反射弱,Rp≈Rg=12—14%,弱非均质性;Hv(50)=520—580kg/mm~2。电子探针定量分析(以相应氧化物为标样)结果:MnO6.01,Nb_2O_534.06,Ta_2O_511.73,FeO14.64,WO_332.30,TiO_21.23,SnO_20.36,总和100.33。以氧为10计算的化学式为:(Fe_(1.345)Mn_(0.559))_(1.904)(Nb_(1.691)Ta_(0.350)Ti_(0.102)Sn_(0.016))_(2.159)W_(0.919)O_(10),理想化学式为(Fe,Mn)_2(Nb,Ta)_2WO_(10),Fe>Mn,Nb>Ta。矿物在稀盐酸中不溶解。经华森堡单晶照相法和四圆单晶衍射证明:该矿物属斜方晶系,空间群为Pbcn,a=23.706(7),b=5.723(2),c=5.045(3)。矿物依发现地而命名,样品保存于中国北京地质博物馆

This paper deals with the brief history of the Chinese Geological Museum and the characteristics of exhibits of its showrooms. A map of distribution of geological museums and showrooms of all provinces, municipalities and autonomous regions as well as colleges and universities and scientific research institutions of China is also attached. In the past, the Chinese Geological Museum has done a lot and achieved good results in serving the geological production, education and scientific research as well as scientific...

This paper deals with the brief history of the Chinese Geological Museum and the characteristics of exhibits of its showrooms. A map of distribution of geological museums and showrooms of all provinces, municipalities and autonomous regions as well as colleges and universities and scientific research institutions of China is also attached. In the past, the Chinese Geological Museum has done a lot and achieved good results in serving the geological production, education and scientific research as well as scientific and technological exchange with foreign countries. In particular, it has played a unique patr in teaching youngsters to love the motherland and nature and in popularizing the knowledge of geology. Thus it has become the second indis-pensable"classroom"for youngsters to enrich their knowledge and acquaint themselves with the mineral resources of China.To meet the needs of economic reformation, opening to the outside world and social development, the author puts forward some humble opinions in respect of further bringing the museum into play: 1) open up a geological technological market in it; 2) according to the uses of rocks and minerals, increase the exhibition of rocks and minerals to be utilized for medical, agricultural, energy-saving and environmental protection purposes; 3) timely display exhibit's of new achievements, discoveries, inventions, creations and technology; 4) use modern technology and materials to reconstruct the palaeontology showroom so that palaeoecologic features can be restored vividly and lively.

本文以中国地质博物馆为例,介绍我国地质博物馆的工作性质、任务、历史、现状和发展过程。在为社会服务的基础上,提出了从地质博物馆事业中直接获取经济效益的新思想。这不但对该馆今后布展工作有所帮助,而且对全国72个地质博物馆和陈列室以及正在筹建中的展厅都具有其相互学习,相互促进的作用。

Qilianshanite is a new boric carbonate mineral, which was approved by the Commission on New Minerals and Mineral Names, International Mineralogical Association on May 2, 1992. It occurs in the lower part of the Juhongtu boron deposit on the southwest border of the Qilian Mountain System, Qinghai Province, China. The mineral is associated with quartz, calcite(calc-tufa), tincalconite and nahcolite, of which the latter two are the products of natural weathering of qilianshanite. Wet chemical analysis gave the...

Qilianshanite is a new boric carbonate mineral, which was approved by the Commission on New Minerals and Mineral Names, International Mineralogical Association on May 2, 1992. It occurs in the lower part of the Juhongtu boron deposit on the southwest border of the Qilian Mountain System, Qinghai Province, China. The mineral is associated with quartz, calcite(calc-tufa), tincalconite and nahcolite, of which the latter two are the products of natural weathering of qilianshanite. Wet chemical analysis gave the empirical formula as Na_(1.07) Ca_(0.01) H_(8.86) C_(0.71) B_(1.06) O_(8.00). The ideal formula NaHCO_3. H_3BO_3·2H_2O has been confirmed by crystal structure analysis.

作者在鉴定青海省居红图硼矿床的矿物标本时发现了祁连山石,经系统测试确定为一种含硼的碳酸盐新矿物,并经国际新矿物及矿物命名委员会批准,现予以报道。祁连山石呈无色透明的板状或柱状晶体,多以集合体产出。矿物具玻璃光泽,硬度约等于2,D=1.706。{100}和{010}解理完全。矿物的化学分子式为NaHCO_3·H_3BO_3·2H_2O。该矿物属单斜晶系,空间群为C2。晶胞常数:a=1.6119 (8),b=0.6928 (4),c=0.6730 (3) nm;β=100.46(4)°,V=0.7390nm~3,Z=4。二轴晶(-),a=1.351(计算值),β=1.459,γ=1.486,2V=50°,光性方位x=b,y∧a=1°,z∧c=9°,中等色散r地质博物馆中。

 
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