shrinkages
英
美
(shrinkage 的复数) n. 收缩, 收缩量, 减低
[化] 起皱; 收缩; 收缩量
shrinkage的复数
双语例句
- The influences of initial temperatures and the sizes of clusters on the coalescence were revealed by calculating the shrinkages and aspect ratios and by tracking the snapshots of the system configures.
通过对并合体系的收缩因子、纵横比率计算，以及体系构型的跟踪记录，揭示了团簇的初始温度和团簇的尺寸对并合过程影响的一般规律。 - Using simulation experiment, shrinkages of injection molding parts with different thickness are studied. Simulation experiments are performed with same parameter of process condition and fixed gate dimension and position.
采用模拟实验的方法，在相同注射工艺条件下，保持浇口尺寸和位置不变，对不同厚度制品的成型收缩率进行模拟实验研究，绘制了模拟实验曲线。 - Variation in Densities and Shrinkages of Chinese Fir Wood From Plantation
杉木人工林木材密度及干缩性变异规律 - Discussion on different sintering shrinkages between laminates composed of powders with different granularity
关于不同粒度粉末层间烧结收缩不同步问题的探讨 - In physical and mechanical indexes, the basic density, air-dried density, compression strength parallel to grain, MOR, MOE and toughness of mature wood are higher than that of juvenile wood. The shrinkages of juvenile wood are higher than that of mature wood.
在物理力学性质指标中成熟材的基本密度、气干密度、顺纹抗压强度、抗弯强度、抗弯弹性模量及冲击韧性高于幼龄材；而幼龄材全缩率高于成熟材。 - Influence of Ram Extrusion of PTFE Product Properties and Shrinkages
聚四氯乙烯柱塞挤出工艺对制品性能及收缩率的影响 - The properties of SCLC, such as anti-carbonization, permeability resistance, are better than those of ordinary performance concrete, but its dry shrinkages value will be bigger than that of ordinary performance concrete in the natural surroundings.
SCLC的抗渗性能和抗碳化能力要优于普通混凝土，但其在自然条件下的干缩值要大于普通混凝土。 - Compared with the other shrinkages of hydraulic mass concrete, temperature shrinkage is the most prominent.
在水工大体积混凝土中，温度收缩是其主要的收缩。 - If semi-rigid base course material shrinkages trains by the function of temperature contraction or aridity resistance exceed the ultimate tensile strain that the material what itself can bear, it will fracture, and influence the serviceability of the pavement.
但半刚性基层材料在温度作用或失水作用下产生的收缩应变一旦超过材料自身所能承受的极限拉应变，就会发生开裂，影响路面的使用性能。 - Abstract: introduced is the experience in replacing atmosperic riser with thermal-isolation riser and improving pouring system to eliminate shrinkages.
文摘：介绍了用保温冒口代替大气压力冒口，改进浇注系统解决铸件缩孔问题的经验。