1.
STUDY ON THE SHRINKAGE OF MAGNESIA-PHOSPHATE CEMENT-BASED COMPOSITES
磷酸镁水泥基材料收缩影响因素研究
2.
The worse the photopolymer shranks, the worse is the hologram reconstructed.
理论分析表明，材料收缩越严重，全息图再现质量越差。
3.
Highway and Railway Engineering Constringency Transmogrification Testing Study of Pavement Material and Thermal-force Coupled Analysis of Pavement Structure;
路面材料收缩变形试验研究及路面结构热—力耦合分析
4.
Experiment and Research on Shrinkage Capability of Cement Stabilized Fine Sand Subgrade Seal Coat Material
水泥稳定细砂路基封层材料收缩性能的试验研究
5.
Research on shrinkage of high calcium ash cement-based material in different curing condition
不同养护条件下高钙灰水泥基材料收缩性能研究
6.
Investigation of the Preparation of Plastics Tube by Controlling Contraction Direction;
收缩方向控制法制备塑料管材的研究
7.
Experimental Study on Dry Shrinkage and Crack Resistance under Restrained Shrinkage of Ultra High Toughness Cementitious Composites
超高韧性水泥基复合材料干燥收缩及约束收缩下抗裂性能研究
8.
Curing Shrinkage and Warpage Deformation of Composite Thin Laminates at Room Temperature
复合材料薄层板常温固化收缩及翘曲变形
9.
The Impact of Eccentric Exercises on Contractile Character and Material Character of Skeletal Muscle
离心运动对骨骼肌收缩特性和材料特性的影响
10.
STUDY ON THE SHRINKAGE DEFORMATION OF THIN COMPOSITE LAMINATES DURING CURING PROCESS
复合材料薄板的成型固化收缩变形研究
11.
Transient Shrinkage of Tissue of Bio-porous Material during Dehydration
生物多孔材料干燥过程中组织非稳态收缩
12.
Test Investigation on the Chemical Shrinkage or Expansion of Alkali-activated Cementing Materials
碱激发胶凝材料化学收缩或膨胀的试验研究
13.
MEASUREMENT WITH CORRUGATED TUBES OF EARLY-AGE AUTOGENOUS SHRINKAGE OF CEMENT-BASED MATERIALS
采用波纹管测试水泥基材料早期自收缩方法
14.
Shrinkage and the Mechanism of the Cement-Based Material at Low Water to Binder Ratio Incorporating High Volume Mineral Admixtures;
低水胶比大掺量矿物掺合料水泥基材料的收缩及机理研究
15.
Objective To observe the mechanical properties and the change shrinkage of microwave-cured denture base resins.
目的了解微波能加热处理义齿基托材料的力学性能和收缩变化。
16.
Study on Influence of Compositions on Hydration and Shrinkage Cracking in Cement-based Materials at Early Ages
水泥基材料组分对早期水化及收缩开裂影响的研究
17.
Seamless, non-shrinkage, wearing-resistant, anti-scar, pressure proof, impact-proof, temperature-resistant, acid ＆ alkali resistant, water-proof and corrosion resistant engineering materials.
无缝、不收缩、耐磨、耐刮、耐压、耐冲击、耐温、耐酸碱、防水、防蚀工程材料。
18.
Carbon Fiber Smart Material Applied in Performance Test of Creep and Shrinkage in Concrete Bridge;
碳纤维机敏材料在混凝土桥梁结构收缩徐变性能测试中的应用