1) niobite
[英]['naiəbait] [美]['naɪəbaɪt]
铌铁石
2) ilmenorutile
铌铁金红石
1.
The depression effects of 5 depressants on ilmenorutile, hematite and fluorite are investigated.
研究5种抑制剂对铌铁金红石、赤铁矿和萤石的抑制作用。
2.
By analyzing the crystal structure of ilmenorutile and the infrared spectrums of ilmenorutile reacted before and after with alkylhydroxyoximate, the adsorption form between ilmenorutile and alkylhydroxyoximate can be proved to be chemical adsorption.
通过铌铁金红石晶体结构和铌铁金红石与烷基羟肟酸盐作用前后红外光谱的分析 ,论证了铌铁金红石与烷基羟肟酸盐的吸附形式为化学吸附 ,并确定了烷基羟肟酸盐在铌铁金红石表面的吸附模型。
3.
Effects of several collectors on pure ilmenorutile were studied and compared in this paper.
本文以纯铌铁金红石矿物为研究对象，介绍并比较几种捕收剂对其捕收效果的影响。
3) dysanalyte
钛铌铁钙石
4) Ferroniobium
铌铁
1.
Research on Method for Fast Determination of Al,P in Ferroniobium;
铌铁中Al、P的快速测定方法研究
2.
Determination of multi-elements in ferroniobium by inductively coupled plasma atomic emission spectrometry
电感耦合等离子体原子发射光谱法测定铌铁中多元素
5) niobite
[英]['naiəbait] [美]['naɪəbaɪt]
铌铁矿
1.
Effect of diphosphonic acid on niobite collecting property and its action mechanism;
双膦酸对铌铁矿的捕收特性影响及其作用机理
2.
The effects of three collectors,benzyl arsionic acid,diphosphonic acid and C_(79) alkyl hydroximic acid,on ilmenorutile,fersmit and niobite floatation with the various pH and collector dosage are investigated.
研究三种捕收剂在不同pH和用量的条件下对纯铌铁金红石、铌钙矿和铌铁矿的捕收影响。
3.
The selective depression performance of four type depressants for niobite and do lomite is described.
考查 4种抑制剂对铌铁矿及白云石的选择性抑制性能。
6) Nb-Ta deposit
钽铌铁矿
补充资料：铌铁
铌铁是铌和铁组成的合金。主要的用途是供高温合金添加剂用及不锈钢电焊条和炭素合金钢添加剂用。
(1)用途供炼钢、铸造作添加剂和电焊条合金剂用。
(2)牌号和化学成分见表。铌铁的牌号和化学成分牌号化学成分(质量分数)％)Nb TaTaAlSjCSPWMnSnPbAsSbBiTi≤FeNb7070～800.53.81.5O．04O．030.040.3O．8O．02O．020.01O．01O．OlO．3FeNb60-A60～70O.52.52.0O．050.030.050.21．O0.020.02------------FeNb60-B60～703.033O．3O．1O．31.5---------------------FeNb5050～60O.52.02.5O．05O．030.050.1---------------------FeNb2015～252.O311O．3O．1O．31.0---------------------
注：1．FeNb60-B、FeNb20两个牌号是以铌铁精矿为原料生产的。2．铌铁以块状或粉状供货。块状铌铁最大块重不超过8kg，小于20MM×20mm碎块的数量不得超过总质量的5％。3．粉状铌铁以0．45mm供货，其中---0．098mm的不得超过总质量的30％。说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条