1) soil unloading
取土
1.
Stress path and influence on strength by QOCR induced during soil unloading were analyzed in this paper.
该文分析了取土卸荷过程的应力路径及该过程引起土样的似超固结度对测试强度的影响,从理论上推导了根据室内试验数据确定原位土天然强度的公式,给出了理论公式中参数的获取方法,并对该参数进行了敏感性分析。
2) soft soil geotome
软土取土器
1.
Under the soft soil geotome,the controlled condition,may use during the engineering geology exploration,this article elaborated the soft soil geotome\'s technical parameter and the structural feature,the soft soil geotome applies in the Qitai River Training college synthesizes the building and the library building,has made the good progress.
软土取土器,在一定条件下,可以用于工程地质勘探之中,文中阐述了软土取土器的技术参数和结构特征,软土取土器应用于七台河职业学院综合楼和图书馆楼,取得了良好的效果。
3) soil-taken
湖盆取土
1.
Characteristics of lake sediments in the Basin was introduced,ecological influence of soil-taken from lake basin was analyzed,and technical measures about reasonable soil-taken depth,ecological restoration and management were proposed,which will provide technical support for soil taken.
文章结合太湖流域湖泊湖盆底质的特点,对湖盆取土的生态影响进行了分析,并从生态保护的角度探讨了湖盆取土的合理深度、生态修复及补偿等技术措施,提出湖盆取土管理要求,为规范湖盆取土行为提供技术支持。
4) gravel-soil-taken field
取土场
1.
Aimed at the ecological protection and vegetation restoration in the Qinghai-Tibet railway construction,an experiment of vegetation restoration in the gravel-soil-taken field of alpine steppe along the Qinghai-Tibet Railway was carried out.
根据青藏铁路工程建设中的生态环境保护以及植被恢复建设的迫切需要,在青藏铁路沱沱河试验段高寒草原区取土场开展植被恢复的试验工作,主要研究和分析了梭罗草(Kengyilia thoroldiana(Oliv。
6) Rare earth extraction
稀土萃取
1.
Distributed simulation platform for intelligent DMC control of rare earth extraction systems
稀土萃取系统动态矩阵控制(DMC)的分布式仿真平台
2.
In consideration of the online measurement of the component content in rare earth countercurrent extraction separation process,algorithm of SVM with RBF kennel is applied to the modeling of the rare earth extraction separation process.
本文针对稀土萃取过程组分含量在线检测的难题,将具有径向基(RBF)核函数的支持向量机算法应用于稀土萃取过程组分含量软测量建模,并讨论了模型参数的选择及其对模型的影响。
3.
By using of the method,it is avoided that rare earth extraction production line was stopped when sensor failure was occurred,and manufacture wastage was decreased.
提出了一种液位流量互容错控制方法,并利用该方法解决了发生传感器故障时稀土萃取生产线的停产维修问题,减少了生产损耗。
补充资料：冻土钻(见取土钻)
冻土钻(见取土钻)
dongtuzuan冻土钻见取土钻
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