1)hydraulic extrusion水力挤出
1.Research and application of coal and gas outburst control measure based on hydraulic extrusion in roadway;煤巷水力挤出防突措施的研究与应用
2.Protection against outburst mechanism of hydraulic extrusion measure in the front of coal road heading face;煤巷掘进工作面水力挤出措施防突机理
3.Aim at the problems of coal and gas outburst,slowness of advancing,malajustment of exploitation and grubbing and strain of production in grubbing work-face,hydraulic extrusion has been applied in Dazhong mine of Anyang.针对安阳大众煤矿煤巷掘进工作面具有严重突出危险、推进速度缓慢等问题,在掘进工作面试验了水力挤出消突措施。
英文短句/例句
1.Application of Hydraulic Extrusion Technique for Outburst Prevention in Niumasi Mining Industry Company水力挤出防突技术在牛马司矿业公司的应用
2.Application of Hydraulic Pushing Technology in Medium Thick and Low Permeability Outburst Seam水力挤出技术在中厚低透气性突出煤层中的应用
3.hydrostatic extrusio静水压挤压;静水压挤压;静液力挤压;静液力挤压;液力静挤压
4.The cook strained the water from the cooked vegetables.厨师把水从煮熟的菜里挤出来。
5.When you close your hand and press, some of the water gets out.当你把手握紧挤压时,会流出一些水。
6.The child is screwing water out of a sponge.小孩正把海绵中的水挤出来。
7.CAE of Extruding for Polymer Wider Waterproof Sheets;宽幅高分子防水卷材挤出成型CAE研究
8.Gas Prevention and Control Technology with Hydraulic Pressing and Pushing for Fully Mechanized High Gassy Coal Mining Face高瓦斯综采面水力压挤瓦斯防治技术
9.The boy pumped up a composition.那男孩努力挤出一篇文章。
10.some try to squeeze out some inspiration.有的人极力要把灵感挤出来。
11.Modif ication of electric power transducer for Φ200 tube extrusion line内胎φ200挤出生产线电气动力变频改造
12.Application of BP Neural Network to Predict the Extrusion Load and Exit Temperature Evolution during Extrusion Process基于BP神经网络的挤压力与挤压出口温度预测研究
13.The assembly hall was overcrowded long before the performance began.演出开始前,大会堂里早已挤得水泄不通了。
14.To squeeze the juice out of(fruit)with a reamer.榨汁用果汁压榨器把果汁从(水果)中挤压出来
15.Often divers would squeeze through openings in the gun turrets.潜水员惯常经由炮塔中间的通道挤出去。
16.Continuous Curing Production Line for Extruding EPDM Water-Proof sheet三元乙丙橡胶防水片材挤出连续硫化生产线
17.The Research of Nutrient Loss of Medicago Tiaoxi Squeezed Water and Dry Energy Conservation紫花苕挤压出水营养损失及干燥节能研究
18.The Study of Hydraulice Extrusion Technology in High Gassy Excavating Working-face;高瓦斯煤层掘进工作面水力压挤技术研究
相关短句/例句
hydraulic screen水力挤出
1.The depth of sealing hole is a very important factor in hydraulic screen;according to the condition of Sang Shu-ping coal mine,base the theoretically analyse and though the checkout,make sure the logical depth of sealing hole of hydraulic screen in Sang shu-ping coal mine,good effect was obtained,and carrying out rapid excavation.水力挤出的封孔深度是影响消突效果的重要因素之一,以理论分析为基础,结合韩城桑树坪煤矿的实际情况,经过实践考察分析,确定了桑树坪煤矿水力挤出的合理封孔深度,取得了明显的效果,实现了安全快速掘进。
3)hydraulic pressing水力挤出
1.In order to removing tunneling working surface outburst quickly and effectively,combine the Six Mineral coal beds characteristics,hydraulic pressing are taken to remove outburst measure.为了快速、有效地消除煤巷掘进工作面的突出危险性,结合六矿煤层赋存特点,采取水力挤出消突措施。
2.Based on data gained from in - site , ANSYS finite element analysis software is used , numerical value simulation was carried out in stress distribution、mechanics property、 methane removal of coal body which is located in front of drivage face before and after taking hydraulic pressing measures.以现场实测数据为基础,利用ANSYS有限元分析软件,对水力挤出措施实施前后的掘进工作面前方煤体应力分布、力学性质、瓦斯运移进行数值模拟,研究了水力挤出措施的消突机理。
4)hydraulic pushing measures水力挤出措施
5)extrusion pressure挤出压力
1.By using the self-amend Tanner constitutive equation, the response of extrusion pressure to vibrating force field in plastic electromagnetism dynamic extruder was studied.采用自行修正的Tanner本构方程,对塑料电磁动态塑化挤出机中挤出压力对振动力场的响应进行了研究,建立了振动力场下挤出压力响应的理论模型,分析了振动力场作用下挤出压力降低的原因,并从实验方面进行了验证,结果表明,理论分析的结论是基本合理的。
6)extruding stress挤出压力
1.When thermoplastic material PP was extruded with the periodic mechanical vibration force field,the relational math model between extruding stress and frequency and swing was established.将正交试验和回归分析法相结合,并利用MATLAB软件中的回归工具箱编程,建立了振动力场作用下热塑性材料PP在塑化挤出时挤出压力与振动强度二因子振幅、频率间关系的数学模型,经理论分析和实验证明,该模型是合理有效的。
延伸阅读
《水力发电》 综合性的水力发电技术月刊,国内外发行。于1954年创刊,编辑部设在北京。1958年10月至1980年 6月停刊,1980年7月复刊,至1988年底共出版176期。办刊方针是:宣传有关中国水电建设的方针政策,总结交流技术经验,推广先进的科技成果,探讨水电科学技术发展的方向和理论,以及水电在中国能源构成中的地位,促进水电建设的发展和科学技术水平的提高。刊物设有重大问题讨论、规划和动能经济、勘测设计施工、机电与金属结构、运行管理、试验研究、技术讲座、工程介绍、小水电、改革动态、信息服务、国外水力发电、国际水电新闻等十多个专栏。