1)depth of spreader penetration侧压深度
英文短句/例句
1.The effect of different gutta-percha master cones on first penetration depth of spreader and apical microleakage根充主牙胶尖对侧压深度和根尖微渗漏的影响
2.Comparison of Penetration and Obturation Density Using Nickel-titanium and Stainless Steel Finger Spreader in Curved Canals;侧方加压器进入弯曲根管的深度及根充质量的实验研究
3.No.1 standard oil for rubber test was formulated by lube base oil from a deep-refining paraffinic crude blended with vacuum side streams.以深度精制的石蜡基润滑油的基础油与减压侧线馏分调合研制了橡胶试验用1号标准油。
4.Select the depth of the lateral suspended coat bar and shelf.选择侧面悬挂的衣帽杆和衣橱的深度。
5.standard depth-pressure recorder标准深度-压力记录仪
6.Assessment Method of Unconfined Compression Strength and Compactness;无侧限抗压强度与压实度评定方法的探讨
7.BACK ANALYSIS AND NUMERICAL SIMULATION OF EARTH PRESSURE AROUND PILE-ANCHOR SUPPORTING STRUCTURES IN DEEP PIT深基坑桩锚支护侧土压力反分析及数值模拟
8.The Experimental Study on Unconfined Compressive Strength of Soil Stabilizer;土壤固化剂无侧限抗压强度试验研究
9.EXPERIMENT STUDY ON UNCONFINED COMPRESSIVE STRENGTH BEFORE AND AFTER THAW OF THE FORTH LAYER SILT CLAY IN SHANGHAI上海第④层冻土和融土无侧限抗压强度
10.Indoor Experimental Research on the Unconfined Compressive Strength of Modified Soft Soil软岩改良土无侧限抗压强度试验研究
11.Blood Pressure Values During Changing from Supine Position to Various Lateral Positions不同角度侧卧位对血压测量值的影响
12.Analysis on Abnormality Temperature of the Up Seat in Low-voltage Side of Transformer电力变压器低压侧升高座温度异常的分析
13.IMPROVEMENT OF ANGLE STABILITY BY ADVANCED HIGH SIDE VOLTAGE CONTROL REGULATOR采用高压侧电压控制改善系统的角度稳定性
14.Repairing Deep Degree Burn Wound in Hands with Posterior Antebrachial Neurocutaneous Flaps前臂后侧皮神经营养血管皮瓣修复深度手烧伤
15.Experimental Study on Unconfined Compressive Strength of Silt Soil Consolidated by Cement and Lime水泥、石灰加固淤泥土无侧限抗压强度试验研究
16.Experimental study on cement-soil unconfined compressive strength of silty clay粉质粘土水泥土无侧限抗压强度试验研究
17.Study on the influencing factors of frozen calcareous clay unconfined compressive strength冻结钙质黏土无侧限抗压强度影响因素研究
18.Study on Mechanisim of Deep Pneumatic Caisson Techniques;大深度气压沉箱技术的力学机理研究
相关短句/例句
edgewise compressive strength侧压强度
1.The experimental method for edgewise compressive strength of honeycomb paperboard was studied.研究了蜂窝纸板的侧压强度实验方法,实验测量与分析了温度、湿度、加载速率等因素对蜂窝纸板侧压强度的影响。
2.The edgewise compressive strength of honeycomb paperboard with unglued defect was experimentally studied.对含有脱胶缺陷的蜂窝纸板的侧压强度进行了试验研究;分析了蜂窝纸板在侧压载荷作用下的变形特征及破坏现象;给出了含有脱胶缺陷的蜂窝纸板侧压强度的测量结果;分析了脱胶缺陷对蜂窝纸板侧压强度的影响。
3)indentation depth压痕深度
1.The feasibility of indentation depth measured by servo gun online was studied.首先研究利用伺服焊枪在线提取压痕深度的可行性。
2.Meanwhile the material model behavior is established to analyze the indentation depth under the local force, calculate the hardness by the ANSYS.材料模型属性描述的准确性在ANSYS分析中尤为关键,本文通过实验方法获得了典型材料的力学参数,特别是材料在塑性阶段的应力应变关系,并对实验数据进行了有效的整理,在ANSYS中建立了这些材料的模型属性,分析了在局部载荷下的压痕深度,计算其有限元硬度值,比较实验硬度值和有限元硬度值。
3.The indentation depth of three-layer parquet surface layer, in the early pressure, is rapid increase in the deepening of the depth indentation.三层实木复合地板表面层的压痕深度,在加压初期,随加压时间增加而快速加深,当加压时间超过10-15天后,压痕深度的加深十分缓慢甚至停止。
4)deep acid fracturing深度酸压
1.This paper summarizes the present research situation and the future development of the deep acid fracturing in the carbonate rock formation, introduces the filtrauion behavior of acid fracturing with different deep, multistage injection, and the application of fractal in the acid fracturing.综述了碳酸盐岩储层深度酸压理论研究现状 ,介绍了不同深度酸压技术的滤失特性、多级注入工艺技术的机理性研究 ,以及分形理论在酸压中的初步应用 ,预测了未来深度酸压理论研究的主要发展方
5)indentation depth压入深度
1.The continuous stiffness mode(CSM)was employed to measure the effect of indentation depth on the determination of hardness of thin films by means of nanoindentation.使用磁控溅射法制备了不同调制波长的Ni/Al多层膜,利用X射线衍射(XRD)和高分辨电子显微术(HRTEM)对薄膜进行了微结构表征,采用连续刚度法(CSM)研究了不同压入深度下多层膜的硬度。
2.The reasonable indentation depth of the thermal barrier coating system is investigated using a combination of dimensional analysis and finite element analysis.基于有限元计算方法和量纲分析原理提出了热障涂层合理压入深度的确定方法,并研究了涂层及基体材料特性对合理压入深度的影响。
6)voltage regulation depth调压深度
延伸阅读
侧压承载强度分子式:CAS号:性质:板材和其他零件连接时,在板面上垂直钻孔,用销、铆钉、螺栓插入固定,在其上施加平行于板面的负荷时,板所承受负荷的能力。板材的破坏主要是由孔中的铆钉或螺栓挤压孔壁造成局部塑性破坏而发展造成的。该值可将打好孔的试样用螺栓和金属夹板连接,然后分别将它们夹持于拉力试验机的上下夹具上,开动拉力机以一定速度分离上下夹具直至试样被拉破,即可算得测压承载强度。
