1) sequential collection
顺序采集
2) mining order
开采顺序
1.
According to the reasonable seam mining order and mine production scale,arranging the normal face replacement and corresponding driving engineering,the reasonable relation between mining and driving can be kept.
根据煤层的合理开采顺序和矿井生产规模,安排好正常的采煤工作面接替和相应的巷道掘进工程,才能保持合理的矿井采掘关系。
2.
This paper analyses the failure process of the slope under different underground mining sequence from the angle of analysis of the slope failure feature due to combining mining,and the mining order is optimized,.
本文从联采对露天边坡破坏特征分析的角度,分析不同井工开开采部位下边坡的破坏过程,并优化其开采顺序。
3) stoping sequence
回采顺序
1.
In the undergroud stoping of Jinch-angyu,the stope stability is obviously affected by the different stoping sequence.
在金厂峪金矿深部地下采场的回采过程中,采用不同的回采顺序,对采场稳定性具有显著的影响。
2.
The stoping sequence can be of interval combination type,namely stoping the top zone from the top to the bottom,while the deep zone from the bottom to the top.
其回采顺序为间隔组合式 ,即上部区段采用由上而下的回采顺序 ,深部区段采用由下而上的回采顺序 ,该方式可使矿山的生产经营变得更加灵活。
3.
In view of the thick and large orebody of Taohuazui mine area,the stoping sequence and structural parameters were optimized by using 3D elasticity finite element method,and which have been applied in productio
针对三鑫公司桃花嘴矿区的厚大矿体,通过三维弹性有限元分析方法,优化厚大矿体回采顺序和采场结构参数,并应用于生产实际中。
4) mining sequence
开采顺序
1.
The industrial indexes of the deposit, mining sequence and the gro- uping emptied stopes are analyed and discussed, and the reasonable and viable schemes are brought up, whichguarantees the rationality and the feasibility of mining in Changba-Lijiagou lead-zinc mining area.
从厂坝—李家沟铅锌矿区的现状出发,指出了进行矿山开采设计的难点,并从矿床工业指标、开采顺序和群采空区几个方面进行分析讨论,提出了合理可行的解决方案,保证了厂坝—李家沟铅锌矿区开采的合理性和可行性。
2.
This paper anylises the cause of the inefficient ore production in Gaoshan Ming Area of these years, points out the exsiting problom,and based on analysing, calculating, remaking mine progress plan,puts forth rational mining sequence about this deposit and adoptable productiveness of Gaoshan Mining Area.
并通过分析、计算及采掘进度计划的重新编制，提出了该矿床合理的开采顺序及高山采区适宜的生产规模。
5) mining sequence
回采顺序
1.
The FLAC program is adopted to simulate seven kinds of mining sequences.
根据金川二矿区多中段多盘区同时回采的实际情况 ,采用FLAC数值软件对 7种回采顺序进行了数值模拟 ,结果表明 ,从矿体一端向另一端渐进式下降的回采顺序 ,有助于改善二矿区回采区域的地应力条件 ,减小塑性区面积及围岩的移动。
2.
The mining sequence from level -460 m to -580 m ofⅠ# orebody is researched according to its occurrence con dition.
根据某矿Ⅰ#矿体赋存状态,研究-460m至-580m中段矿体回采顺序并制定了几种可能的阶段开拓方案。
6) sequential sampling
顺序采样
1.
According to compare the merit and demerit between sequential sampling and random sampling in high speed data acquiring,a novel equivalent sampling with the technology of time-delay regulating is presented in this paper,which has achieved the technical indicators of equivalent sampling rate of several GSPS and the probability of observing waveform s specific parts is greatly increased.
本文通过对高速数据采集中顺序采样和随机采样的优缺点比较,提出了一种新颖的采用时延调整技术实现等效采样的方法,其等效采样率指标高达几十GSPS级,可大大提高信号细节的观测能力。
补充资料：CT数据采集系统
CT数据采集系统
CT设备的元件之一。CT设备的扫描-探测环节中的主要组成部分。位于机架内，与X线管相对。在电子束CT扫描机(eletron beam scanner)内则位于机架(gantry)顶部，与钨靶环相对。主要功能是在主计算机控制下，接收由探测器输出的模拟电信号，并使其经过模/数(A/D)转换成为数字化的投影信息，即原始数据(raw data)，输给阵列处理器(AP)进行处理。数据采集系统的主要部件是模/数转换器。
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