1) physical feature of stone
矿石物理性质
2) Ore properties
矿石性质
1.
Study on ore properties to improve mineral processing indexes;
研究矿石性质 提高选矿指标
2.
In this article, resources status, ore properties and compositions are introduced, current mining method, selective flotation flowsheet of Cu-Pb-Zn-S tailings characteristics and its processing are reviewed.
概述了湖南黄沙坪铅锌矿的资源状况,矿石性质和物质成分,现行的采矿方法,铜、铅、锌、硫优先浮选的选矿工艺以及尾矿性质及其处理情况,提出了强化水平分层充填法采矿、改进选矿工艺等提高资源综合利用率的措施。
3) ore characteristics
矿石性质
1.
The authors has made a comprehensive investigation on the ore characteristics of fluorite in Zhejiang province, and discovered the very fine particle composition of the fluorite ore.
采用了一系列研究方法对浙江某萤石矿的矿石性质做了全面的研究,发现了该萤石矿嵌布粒度极细的特点,并采用Na2CO3、Na2SiO3为精选调整剂、油酸为捕收剂、SH为精选抑制剂一次粗选七次精选的浮选流程,得到了含CaF298。
4) ore property
矿石性质
1.
Identification of ore property and technological minerals of Nei Monggol Jintao Company were conducted .
对内蒙古金陶公司矿石进行矿石性质和工艺矿物鉴定研究。
2.
Keeping up stable operation condition and making proper modification to meet the changes of ore property,the Sold recovery rate was improved by 10% or more.
通过保持稳定的操作条件和根据矿石性质变化作适当调节，使选矿回收率提高１０％以上。
5) physical character of minerals
矿物质的物理性质
6) petrophysical property
岩石物理性质
1.
Relationship between attenuation, velocity of sedimentary rocks and petrophysical property.;
沉积岩的速度、衰减与岩石物理性质间的关系
2.
The research on petrophysical property is focusing on formation heterogeneity and anisotropy with the advent of three dimensional introduction logging tool and cross dipole acoustic logging tool.
本文综合评述了近几年测井技术六个方面的重大进展:(1)岩石物理性质;(2)测井地面系统;(3)裸眼井测井;(4)套管井测井;(5)随钻测井;(6)射孔、取心和测试。
3.
At present,petrophysical property and FMI are two aspects which have been researched incompletely for the identification methods of vulcanite lithology.
在详细探讨岩石成分及其岩石物理性质的基础上,以大庆徐深气田为例,利用常规测井和电成像测井资料综合判断岩性。
补充资料：采出矿石
采出矿石
extracted ore
CO}Chu kuongshl采出矿石(extraeted ore)经过一系列的采矿作业，从矿体上分离下来并运出采场的矿石。矿体开采(落矿和出矿)过程中产生矿石损失和贫化是不可避免的，因此采场采出矿石中的工业储量小于采场报销的工业储量，采出矿石品位低于工业储量品位。采出矿石量等于采出的工业储量和混人其中的废石量之和。采出矿石的数量(QC)与报销工业储量(Q)(单位为t)、矿石回采率(HK)、废石混入率(F)之间关系为 ~QHK Qc一子二二答 1一F采出矿石品位(C(一)与工业储量品位(C)、矿石贫化率(P)之间的关系为 Cc一C(1一P) (刘兴国)
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