做了光学玻璃、砂质页岩和砂岩等材料试样点荷载试验。
The point-load tests were performed for the specimens of optical glass, arenaceous shale and sandstone.
当渗至试样点时，它带走样品中各组分，但各组分随着流动溶剂的移动速度取决于它们在固定溶剂和流动溶剂中的溶解度。
The edge of the paper is dipped in a solvent, which travels along it by capillarity, moving the components of the sample at rates depending on their relative solubilities in the solvent.
然后，宙斯把每一宝贵的小滴移进旁边的尼龙纸上，弄湿标记点，再折回到玻璃板去寻找其表格上的下一个试样。
Then zeus transfers each precious droplet to a nearby sheet of nylon moistens a designated spot and pivots back to the glass plates to find the next sample on its list.
除软包体型试样外，各点应变除趋势性变化外，都出现应变突变。据此提出应变成核概念。
Besides the tendency variation in each point, the strain mutation appears except the sample of soft inclusion, based on which the concept of strain nucleation is put forward.
变形试样表面滑移线及位错组态、位错反相畴界研究结果都证实了这一点。
This is confirmed by the investigation of the surface slip lines of deformed samples, dislocation configuration and antiphase boundaries of dislocation move trace.
在显微硬度测试中，在焊缝试样横截面上用锥形金刚石压入23或更多的点。
In the microhardness survey test, a pyramid-shaped diamond is impressed into 23 or more points across the face of a weld sample cross section.
将代表结构混凝土的试样储存在尽可能靠近其所代表的结构物中的浇注点，并向试样提供与结构相同的温度保护和湿度环境。
Store specimens representing structure concrete as near the point in the structure they represent as possible, and afford them same temperature protection and moisture environment as the structure.
腐蚀试样的表面状态（粗糙程度）对母材金属的耐点蚀性能有明显的影响。
The surface condition (roughness) of corrosion test sample has a pronounced influence on the pitting resistance of the base metal.
通过不同温度条件下不同厚度、不同缺口取向含V形缺口试样进行3点弯曲试验研究，发现X70管线钢具有严重的各向异性现象，其在平行钢板表面方向和沿钢板厚度方向力学性能差异较大。
The effects of thickness and notch orientation on the toughness of X70 pipeline steel samples with V notch were investigated experimentally by use of the 3-point bending test at different temperature.
根据试样任意一点的温度和冷却速度对该点的组织进行预测，实现了T8钢淬火组织的计算机模拟。
According to the temperature and rate of cooling, microstructure forecast is carried out, computer simulation of quenching microstructure of T8 steel is accomplished.
根据试样任意一点的温度和冷却速度对该点的组织进行预测，实现了T8钢淬火组织的计算机模拟。
According to the temperature and rate of cooling, microstructure forecast is carried out, computer simulation of quenching microstructure of T8 steel is accomplished.
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