1) acidic ore-forming solution
酸性成矿溶液
1.
Up to now, there has been little report about the mechanism of metallogenes is from acidic ore-forming solutions.
到目前为止，讨论“酸性成矿溶液成矿机理”的报导甚少。
2) evolutionary model of acidic oreforming solutions
酸性成矿溶液演变模式
3) ore-forming fluid
成矿溶液
1.
The characteristics of stable isotope indicatedthat the ore-forming material was leached from the wall rocks ;and the ore-forming fluid wasmainly supplied by meteoric water.
稳定同位素特征揭示了矿质来说从围岩中淋取；成矿溶液主要来源于大气降水。
4) acid solution
酸性溶液
1.
Study on chemical morphological conversion and mechanism of Ce_3(PO_4)_4 in the acid solution under the heating condition;
Ce_3(PO_4)_4在酸性溶液加热条件下化学形态转化及机理研究
2.
Kinetics of aluminum fluoride complexation in acid solution;
酸性溶液中铝-氟反应动力学
3.
The corrosion behavior of X70 steel in acid solution at various pH values purged with N2 or saturated with CO2 was studied by means of potentiodynamic polarization measurements and EIS .
结果表明:酸性溶液中存在CO2时,溶液中H+浓度增大,同时存在可还原的H2CO3、HCO3-,可加快X70钢的腐蚀。
5) acidic solution
酸性溶液
1.
Adsorption of methyl red on steel interface in acidic solutions;
酸性溶液中甲基红在钢表面的吸附
6) genesis of acid ore-bearing thermal solution
酸性含矿热液的成因
补充资料：酸性烧结矿
酸性烧结矿
acid sinter
suanxing shaojiekuang酸性烧结矿(aeid Sinter)碱度(eao/5102)小于0.5的烧结矿，由铁精矿或富矿粉不加或少加熔剂烧结而成。它的含铁矿物为磁铁矿、赤铁矿，主要钻结相矿物为铁橄榄石(ZFeO·510:)，钙铁橄榄石(CaOFeOSio户。红热的酸性烧结矿在冷却过程中不发生自然粉化。它的机械强度较高，但FeO高，还原性差，软熔温度低;单独使用此种矿入炉冶炼，需加入大量石灰石;而且还原性差，导致高炉产量低、焦比高。现代高炉除某些特殊情况外，已不使用此种烧结矿。 (周取定)
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