GIS在金属冶炼总图运输工程中的应用
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摘要
GIS系统已被应用到工业生产中的各个领域,在有色金属采选冶领域应用尤为广泛 ,这是因为GIS 系统中的数据图形定位信息可为金属冶炼行业总图运输工程提供科学的总图布局,利于有色金属的系统化生产。为了让GIS在金属冶炼总图运输工程中应用得更为恰当,本文通过对GIS系统在金属冶炼总图运输工作中的流程进行探究,以求建立合理的工作模型;通过对GIS在有色金属行业中的具体应用展开分析,旨在为我国金属冶炼工业发展做出贡献。
the GIS system has been applied to various fields of industrial production, of which the most widely used is metal smelting. This is because the data graphic positioning information in the GIS system can provide a scientific general layout for the transportation engineering of the total metal smelting map. This general layout is beneficial to the systematic production of non-ferrous metals. . In order to make GIS better in the transportation project of metal smelting general drawing, this paper explores the process of GIS system in the transportation of metal smelting general drawings in order to establish a reasonable work model for the metal smelting industry, and through the analysis of the specific application of GIS in non-ferrous metals, the purpose is to work for the technical smelting workers in our country. To contribute to the development of the industry.
the GIS system has been applied to various fields of industrial production, of which the most widely used is metal smelting. This is because the data graphic positioning information in the GIS system can provide a scientific general layout for the transportation engineering of the total metal smelting map. This general layout is beneficial to the systematic production of non-ferrous metals. . In order to make GIS better in the transportation project of metal smelting general drawing, this paper explores the process of GIS system in the transportation of metal smelting general drawings in order to establish a reasonable work model for the metal smelting industry, and through the analysis of the specific application of GIS in non-ferrous metals, the purpose is to work for the technical smelting workers in our country. To contribute to the development of the industry.
引文
[1]库瓦尼西别克﹠#;买买提朱马,陈川,窦海鹏.基于GIS技术多源信息网格化成矿预测[J].煤炭技术,2017,36(4):136-139.
[2]刘亚洲,申维.基于GIS的证据权法在铁力-二股地区铅锌多金属矿床预测中的应用[J].地质与勘探,2018,17(31):59-68.
[3]向龙,刘平辉,李欣.基于GIS的华东某铀矿区水冶厂周边稻米中重金属的污染评价及分布差异[J].中国科技论文,2017,12(33):312-318.
[4]张金婷,孙华,谢丽,等.典型棕地修复前后土壤重金属生态风险变化——以江西贵溪冶炼厂为例[J].生态学报,2017,37(18):128-137.
[5]宋金茜,朱权,姜小三,等.基于GIS的农业土壤重金属风险评价研究——以南京市八卦洲为例[J].土壤学报,2017,54(51):81-91.
[2]刘亚洲,申维.基于GIS的证据权法在铁力-二股地区铅锌多金属矿床预测中的应用[J].地质与勘探,2018,17(31):59-68.
[3]向龙,刘平辉,李欣.基于GIS的华东某铀矿区水冶厂周边稻米中重金属的污染评价及分布差异[J].中国科技论文,2017,12(33):312-318.
[4]张金婷,孙华,谢丽,等.典型棕地修复前后土壤重金属生态风险变化——以江西贵溪冶炼厂为例[J].生态学报,2017,37(18):128-137.
[5]宋金茜,朱权,姜小三,等.基于GIS的农业土壤重金属风险评价研究——以南京市八卦洲为例[J].土壤学报,2017,54(51):81-91.