方解石基本解释

汉语拼音:fāng jiě shí

矿物名。其化学成分为ヽaco3。通常为白色,如含杂质会略呈其他颜色。有块状、粒状、晶簇状等。遇盐酸会产生co2气泡。分布很广,是石灰岩的主要成分。可用来制造水泥和烧制石灰。

方解石详细解释

  1. 矿物名。成分为碳酸钙,有晶体形、块状、粒状等多种,常带各种杂质。可做建筑材料、雕刻材料和装饰品等。

方解石双语翻译,方解石在线翻译例句

    • The prospectors have discovered such minerals as calcite, quartz and asbestos here.

      探矿人员在这里发现了方解石 、 石英、石棉等矿藏.

    • At first glance, calcite might be confused with quartz where both are clear, colorless, and " glassy ".

      乍一看来, 方解石可能与石英相混淆,因为两者都是透明 、 无色 、 且 “ 呈玻璃状 ” 的.

    • Many carbonate masses older than Middle Palaeozoic are of dolomite rather than calcite.

      中古生代以前的许多碳酸盐类矿物是白云石而不是方解石.

    • Calcite cementation seens a possibility where lime grains or calcareous organisms are abundant.

      在灰质颗粒或钙质生物丰富的地方,方解石胶结作用似乎是有可能的.

    • Most dolomite is obviously the result of replacement of precursor calcite but certainly not all.

      多数白云石显然是原来方解石交代的结果,但肯定不是全部.

    • Calcium carbonate occurs in the allomorphs calcite and aragonite.

      同质异晶的方解石和文石中含有碳酸钙.

    • Calcium nodules and secondary calcites are closely related to climate and micromorphology.

      钙质结核发及次生方解石形成既取决于气候,也与微地形有关.

    • And some calcite - secreting organisms also add magnesium to the mix.

      有些分泌方解石的生物,会在分泌物中加入镁.

    • The chemical composition of the melo shell is calcite and aragonite.

      美乐贝的化学成分是方解石和文石.

    • Aragonite and magnesium calcite are more soluble than normal calcite.

      霰石和镁方解石,比普通方解石更容易溶解.

    • Calcite is the dominant gangue mineral in the Furong tin polymetallic deposit.

      方解石是芙蓉锡矿田重要的脉石矿物.

    • The ore - hunting indicator is of calcite - potassium feldspar veins containing pyritohedron pyrite.

      直接找矿标志为含五角十二面体黄铁矿铁方解石钾长石脉.

    • The seeming disorder of calcite highlights the geometric precision of fluorite.

      矿物质图片画廊.外观紊乱的方解石突出几何精确度的萤石.

    • The sherdscontain quartz, feldspar , calcspar and sericite as well as some charcoal.

      陶片中含有石英、长石 、 方解石、绢云母等各种矿物颗粒,还含有一定量的炭.

    • The vacuum itself is polarized, becoming strongly birefringent, like a calcite crystal.

      真空本身被极化, 变得具有很强的双折射性质, 如同方解石一般.