- 更多网络例句与铁矿相关的网络例句 [注：此内容来源于网络，仅供参考]
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The Product Is Suitable for separating the granularity is 0.3-0.02mm of the iron ore,limonite,chromites,trotline,zirconium,retiles,monazite,centimes,wolfram ore,Stan nary,tantalum minerals,niobium minerals and other non feerous metal,rare metal and non metal.
本设备适用于分选粒度0.3--0.02毫米细料的铁矿、钛铁矿、铬铁矿、硫铁矿、锆英石、金红石、独居石、磷乙矿、钨矿、锡矿、钽矿、铌矿以及具有比重差异的其他有色金属、稀有金属和非金属矿物体。
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Steel structural microwave communication tower lectotype and cost-effectiveness analysis ;2. The properties of raw materials were analyzed by extracting the chloride and the hyalite from the mining waste with the modem test method and analytical procedure,which is based on the integration with the theory analysis,experimental investigation and cost-effectiveness analysis .
论文选取齐大山铁矿采矿废渣为研究对象，以综合利用齐大山铁矿采矿废渣生产烧结空心砖为出发点，采用理论分析、试验研究及技术经济分析相结合的研究路线，利用现代测试手段和分析方法，分析金属矿山剥离废渣中的绿泥石、千枚岩制取空心砖的原料可行性；试验研究了铁矿采矿废渣掺量及尺寸效应对空心砖物理、力学性能的影响。
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The proven iron ore reserves of 140 million tons, ore varieties have hematite, limonite, red limonite and siderite, the type of deposit for the Shanxi-style iron.
铁矿的探明储量为1.4亿吨，矿石品种有赤铁矿、褐铁矿、赤褐铁矿和菱铁矿，矿床的类型为山西式铁矿。
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Based on a detailed investigation of present utilization and recovery ofpyrite cinder, the preparation process of poly ferric sulphate was discussed in this article and good results were gained. The whole experiment process was divided into three parts - reduction roasting pyrite cinder, vitriol lixiviation and catalytic-oxidation polymerization.
本课题结合重点企业委托的实际科研项目，以武钢金山店铁矿硫酸厂的硫铁矿渣为主要原料，在对目前硫铁矿烧渣回收及利用现状进行综合考察的基础上，探讨利用硫铁矿烧渣制取高附加值的无机高分子絮凝剂PFS的制备工艺，取得了良好的效果。
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This subject is on the basis of a detail investigation of present utilization and recovery of pyrite cinder, and taking pyrite cinder from the Jinshandian vitriol factory of Wuhan Steel and Mining Industry Corporation as raw material. FeSO_4 is produced by adopting baking of pyrite cinder and vitriol lixiviation, and introducing the new high price ion during the course of making Poly ferric Sulphate to make Iron-modified flocculants.
本课题在对目前硫铁矿烧渣回收及利用现状进行深入综合考察的基础上，利用武钢矿业公司金山店铁矿硫酸厂的硫铁矿烧渣为原料，采用还原焙烧，酸浸工艺制取硫酸亚铁，在制取聚合硫酸铁的基础上引入新的高价离子，制取复合聚铁絮凝剂。
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The study on magnetizing reduction thermodymatics of high intensity magnetic separation concentrates of Daye Mine proved: because of there are high siderite in this type iron ore, CO and CO2 emitting out after siderite decomposing influenced on magnetic reaction heavily.
大冶铁矿尾矿难选红铁矿磁化焙烧热力学分析表明，因为该类矿石菱铁矿含量高，分解后产生CO和CO2对磁化焙烧反应影响较大，在CO含量大于1%的情况下，磁化焙烧即能完成。
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The feature of oxygen isotope for magnetite from Abagong iron deposit reflects that the water in the fluid of mineralization resides in the initial magma, implying the magma genesis of mineralization. The similaritary features of REE and trace elements for coexisting apatite with magnetite in the Abagong, the Kiruna type and the Ninwu porphyrite iron deposit show their common genesis, indicating that Abagong iron deposit resulted from the intrusion of late ore magma due to the magma differentiation. The characteristic of sulfur isotope composition implies that the Abagong iron deposit resides in basaltic magma from mantle resource.
阿巴宫铁矿磁铁矿氧同位素特征反映了成矿流体中水来源于原始岩浆水，暗示该铁矿的岩浆成因；与磁铁矿共生的磷灰石稀土和微量元素特征与Kiruna型铁矿以及宁芜玢岩铁矿中磷灰石特征非常相似，表明它们具有相同的成因机理，反映出阿巴宫铁矿为岩浆分异的晚期矿浆贯入式成因；其硫同位素特征表明成矿物质源自幔源的玄武质岩浆。
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Indeed, the Grand Canal was constructed partly utilizing the pre-existing channels connecting these lowland swamps and lakes (3) Several rivers have produced deltaic forms on the western side of the lakes;(4) A series of artificial islands have been constructed upon the natural bars or barriers located in the lakes and wetlands, and are locally termed Duo, Dun or Wei (meaning artificial bars or crossways in Chinese).
钻孔B/M界线之下(4078 m～4530 m)的泛滥平原河湖相沉积物中局部地段富含铁锰鲕粒，其主要矿物组成为蛋白石、铁的氢氧化物(包括纤铁矿、水纤铁矿、针铁矿、水针铁矿，统称褐铁矿)、铁锰氧化物(包括硬锰矿和软锰矿，以硬锰矿为主)及极少量的细小碎屑矿物(钾长石、蚀变黑云母、含铁白云母、锆石、独居石、金红石和含钛磁铁矿)。
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The dehydration and transformation into suanite of decomposed of szaibelyite at about 700℃ is the main reason of ludwigite weight loss, It was found by XRD that paigeite and magnoferrite are the most stable component without phase tromsformation during oxidizing roasting.
硼镁石在700℃左右分解脱掉结构水形成遂安石，硼镁石的分解是造成硼铁矿大量失重的主要原因。通过XRD分析可知矿石中的镁铁矿相、硼铁矿相为最稳定相，在硼铁矿原矿焙烧过程中不发生相变。为硼铁矿烧结-冶炼工艺提供了必要的理论依据。
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H+2 ions were implanted into ilmenite at room temperature,and the microreaction mechanism during the reduction of ilmenite was investigated by transmission electron microscopy.
实验发现，注入H2+离子后，[1-10]方向的金属铁晶体在[1-43-1]方向的钛铁矿晶体上生成；在钛铁矿还原过程中，金属铁的(2-2-2-)或(222)晶面优先由钛铁矿的(426-4-)和(4-2-64)晶面转变而来，钛铁矿还原到铁的结构变化是一个渐变过程
- 更多网络解释与铁矿相关的网络解释 [注：此内容来源于网络，仅供参考]
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pyrite cinders：硫铁矿烧渣(硫酸渣)
硫铁矿烧渣:pyrite roasting residue | 硫铁矿烧渣(硫酸渣):pyrite cinders | 含钻硫铁矿:cobalt-bearing pyrite
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columbite：铌铁矿
与之相关的稀有金属矿藏,例如钽矿和铌矿都是与铁矿共生的,分别被称为"钽铁矿"(TANTALITE)和铌铁矿(COLUMBITE). 其矿石中金属的含量也以铁的含量为多. 多数矿石中钽和铌的含量极为稀少(0.1%或更少). 因为当地的铁矿没有得到开发,
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ilmenite：钛铁矿
其他: 钛铁矿(Ilmenite)其化学分子式是FeTiO3,Fe 36.8%,Ti 36.6%,O 31.6%. 三方晶系. 菱面体晶类. 常呈不规则粒状、鳞片状或厚板状. 在950℃以上钛铁矿与赤铁矿形成完全类质同象. 当温度降低时,即发生熔离,故钛铁矿中常含有细小鳞片状赤铁矿包体.
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tantalite：钽铁矿
与之相关的稀有金属矿藏,例如钽矿和铌矿都是与铁矿共生的,分别被称为"钽铁矿"(TANTALITE)和铌铁矿(COLUMBITE). 其矿石中金属的含量也以铁的含量为多. 多数矿石中钽和铌的含量极为稀少(0.1%或更少). 因为当地的铁矿没有得到开发,
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arseniopleite：红砷铁矿 钙砷铁矿
arsenionization | 砷离子透入法 | arseniopleite | 红砷铁矿 钙砷铁矿 | arseniosiderite | 菱砷铁矿
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arseniosiderite：钙砷铁矿,砷钙铁石,黑砷铁矿
红砷铁矿,红砷锰钙石 arseniopleite | 钙砷铁矿,砷钙铁石,黑砷铁矿 arseniosiderite | 砷华 arsenite
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niobite：鈳铁矿;鈮铁矿
鈳铁矿;鈮铁矿 columbite | 鈳铁矿;鈮铁矿 niobite | 鈳釔铀矿 annerodite
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sphaerosiderite：球菱铁矿;球铁矿
球菱铁矿 spherosiderite | 球菱铁矿;球铁矿 sphaerosiderite | 球煤 ball coal
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iron glance：赤铁矿,镜铁矿,镜铁矿,镜铁矿,镜铁矿
iron gehlenite ==> 铁黄长石 | iron glance ==> 赤铁矿,镜铁矿,镜铁矿,镜铁矿,镜铁矿 | iron glass ==> 铁玻璃
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pea iron ore：豆铁矿
"豆状铁矿;豆铁矿","pea iron" | "豆铁矿","pea iron ore" | "豆矿石;豆铁矿","pea ore"