1.
High? water rapid? hardening backfilling with unclassified tailings is a new backfilling technology which has the properties of non? dewatering, rapid? hardening, high early? stage strength and use of unclassified tailings, etc.
全尾砂高水固化充填是一种具有不脱水、凝、期强度高等特点的新型充填技术。
2.
The application of backfilling materials of high water solidified tails in Jiao Jia Gold Mine
高水固结尾砂充填材料在焦家金矿的应用
3.
Restoration Buccal Tooth Caries by Light Curing Composition Resin;
高强度光固化树脂充填后牙邻面龋——附96例分析报告
4.
Experimental Study on Solidifying Tailings by HAS Stabilizer in Paste Backfill
利用HAS固化剂固化尾砂胶结充填的研究
5.
This paper introduced the experiment of filling mined bed with unsized tailing and consolidating it with polyhydrite materials which is firstly conducted in China by Lingshan Gold Mine.
文章介绍了灵山金矿在国内首例采用全尾砂实现高水固结充填试验。
6.
One Fast Flow of Low Temperature Curing Adhesive Underfill
一种快速流动可低温固化的底部填充胶
7.
Numerical analysis of fluid-solid coupling on large range filling mining and optimization
大面积充填采矿时的流固耦合数值分析及优化
8.
Experimental study on clay solidification and filling in Shaodong gypsum mined-out area
邵东石膏矿采空区粘土固化充填试验研究
9.
Prepartion of the UV Curable Conductive Adhesibe Filled with Silver Nanowires and Its Properties
纳米银线填充紫外光固化导电胶的制备和性能
10.
Studies on High-yielding Tobacco-filled Optimization of Baking
填充型高产烟叶烘烤工艺的优化研究
11.
Research and application of high water content material for roadside packing to go with gob-side entry retaining technology
高水材料巷旁充填沿空留巷技术研究与应用
12.
Analysis of Filling Working Face in Retaining Roadways Along Goaf with High-water Clinker Rapid Hardening Materials
沿空留巷高水灰渣速凝材料充填技术分析
13.
Hydrophilic Interaction Stationary Phases Packed Columns and Novel Monolithic Columns for Capillary Electrochromatography;
亲水作用固定相填充柱和新型整体柱毛细管电色谱研究
14.
Patients of the experimental group were filled with CHC.
实验组患者充填碳酸化羟基磷灰石水泥。
15.
Degradation of Methylene Blue by Packed-bed Photocatalytic Reactor
填充床光催化反应器降解有机工业废水的研究
16.
horizontal cut and fill stoping
水平分层充填采矿法
17.
flat back cut and fill method
水平分层充填开采法
18.
More commonly though, the sulfide is restricted to solid aggregates filling the space between the paths.
硫化物通常只局限为固体集结物充填在这些途径中间。