bead glass

英 [biːd ɡlɑːs] 美 [biːd ɡlæs]

网络  支架玻杆; 玻璃珠

机械



双语例句

  1. Shopping malls very often sell every type of bead imaginable, the types of beads include seed beads, crystal beads, glass beads, lamp work beads and silver beads, etc.
    购物中心总是出售你可以想像得到的各种各样的珠子,包括植物种子做成的珠子、水晶珠子、玻璃珠子、能照明的珠子、银珠子等等。
  2. To observe this, a DNA molecule is stretched between a magnetic bead and a glass surface.
    为了观察此现象,DNA分子在玻片上由一个磁珠拉伸。
  3. A bead of water ran down the cold glass.
    一滴水珠在冰凉的玻璃上淌了下来。
  4. Comprehensively, reinforced effects of short-cut fibreglass are not as good as those of glass bead, reinforced effects of10wt% glass bead are the best.
    综合来看,短切玻璃纤维增强效果不如玻璃微珠理想,质量含量为10%的玻璃微珠的增强效果最为理想。
  5. The voidage of hollow glass bead decreased with increasing fractal dimension of particle size distribution of hollow glass bead.
    随着中空玻璃微珠粒度分布分形维的增加,其空隙率减少。
  6. The effects of glass bead ( GB) content, diameter and processing route on the mechanical properties of glass bead filled PP and LLDPE were comparatively studied.
    采用玻璃微珠(GB)改性聚丙烯(PP)和线性低密度聚乙烯(LLDPE),对玻璃微珠的用量、粒径和复合材料加工方法对材料的力学性能的影响进行了比较研究。
  7. Preparation of Organic Porous Bead Polymer Glass Capillary Porous Layer Open Tubular Column by in situ Polymerization and Investigation on Its Retention Behavior
    用原位聚合法制备球形多孔高聚物玻璃毛细管柱及其保留行为的考察
  8. The properties, features and applications of foreign mineral filler in recent years were introduced, including ultra fine talc, sub-micro talc, calcium carbonate masterbatch, hollow glass bead and flake glass fiber powder.
    介绍了近年国外传统无机填料和母料新产品性能、特点及其应用,包括超细滑石、亚微米级滑石、碳酸钙母料等新型填料。
  9. This paper relates to study the composition and production ( such as molding, bead rate) of glass microsphere with high refractive index.
    本论文就高折射率玻璃微珠的化学组成及生产中存在的玻璃微珠成型、成珠率等问题作了一些探讨。
  10. Filling short-cut fiberglass and tiny glass bead can effectively raise the mechanical properties of the rigid polyurethane foam. Synthetically, filling tiny glass bead is better, 10% weight content of it is the best.
    添加增强材料短切玻璃纤维和玻璃微珠可有效地提高PUR-R泡沫塑料的力学性能,综合来看,短切玻璃纤维增强效果不如玻璃微珠,质量分数为10%的玻璃微珠增强效果最好。
  11. The velocities of the surface waves on the water-glass bead interface and the glass bead-glass interface, the thickness and the velocities of the bulk waves in glass bead and glass were derived. These parameters are agrees to our previous measurements.
    从声场图像也可以得出水-玻璃粉界面、玻璃粉-玻璃界面的面波声速,玻璃粉和玻璃中的体波声速以及它们的厚度,结果与预先测出的参数符合。
  12. As a newly developed Rigid Inorganic Filler ( RIF), except for the effect of reinforcement and toughening for polymer materials, many other excellent properties of glass bead and glass bead filled polymer materials have attracted much interests.
    玻璃微珠作为一种新型的刚性粒子,除了对于聚合物的增强增韧作用,在许多方面都已引起聚合物改性工作者的关注。
  13. The results indicated that after the nickel sulfide bead was dissolved in HCl, filtering the solution by fritted glass crucible and dissolving the residue with HCl+ H 2O 2 were a comparatively ideal analytical scheme.
    结果表明硫化镍扣用盐酸溶解,多孔玻砂坩埚过滤溶液,盐酸和双氧水溶解残渣是比较理想的分析方案。
  14. And in a certain range of glass bead contents, the values B of maleic anhydride-grafted EPDM/ silane-modified glass bead composites were higher.
    玻璃微珠含量在一定范围内,采用马来酸酐接枝EPDM及表面改性(用硅烷偶联剂)玻璃微珠的复合材料挤出胀大比较大。
  15. Advance in Application of Glass Bead Reflection Properties of Glass Micro-Bead
    玻璃微珠的应用研究进展玻珠材料的反光特性
  16. The effects of glass bead content and its size on the mechanical property of thermoplastic polyimide ( PI-T) modified by glass bead were considered. The coefficient of thermal expansion was measured by thermal mechanical analyzer ( TMA).
    采用玻璃微珠改性热塑性聚酰亚胺(PIT),考察了玻璃微珠粒径和用量对PIT力学性能的影响,并用热机械分析仪(TMA)测定了改性PIT的线胀系数。
  17. The frictional loss of modified UHMWPE was studied through adding fillers, such as microfine glass bead, MoS 2, talc, glass fibre, carbon fibre and PTFE.
    通过填料,如超细玻璃微珠、二硫化钼、滑石粉、玻璃纤维、碳纤维、聚四氟乙烯,对改性后的超高分子量聚乙烯的摩擦磨损进行研究。
  18. The result showed that the hollow glass bead the surface chemistry modification improved compatibility between HGB and resin substrate, the hollow glass bead filled epoxy composites have higher impact strength, lower density and curing degree of shrinkage.
    结果表明空心玻璃微珠的表面化学改性改善了其与树脂基体的相容性,空心玻璃微珠填充环氧固化物的冲击强度比纯树脂大大增加,密度和线性固化收缩率显著降低。