There are three "levels" of microbial effects on wood-plastic composites.
微生物对木塑复合材料的影响有三个等级水平。
It studied the materials and the moulding equipment of steel-plastic composites pipe.
研究了钢塑复合管材料及成型设备。
The effect of the alkaline environment on the abrasion resistance of wood plastic composites was studied.
主要研究了碱性环境对塑木复合材料耐磨性能的影响。
One possible solution is to replace treated lumber with wood plastic composites (WPC) as foundation elements.
一种可能的解决办法是，以木塑复合材料(WPC)取代木质板材作为地基元素。
In a lot of environmental factors, the temperature is important factors that can affect wood and plastic composites.
在众多环境因素中，温度是对木塑复合材料性能影响最显著的因素之一。
Within certain temperature range, the bending strength of wood and plastic composites reduces with the temperature power-up.
在一定温度范围内，木塑复合材料的抗弯性能随温度的升高而降低。
The weight and color change of wood plastic composites was analysed and the thermal characteristic was studied by using differential scanning calorimetry under natural weather.
对自然气候条件下塑木复合材料的宏观质量变化及颜色变化进行了分析，同时采用差示扫描量热技术对其热学变化特征进行了分析。
There still are many serious problems in the study of wood-plastic composites materials domestic, including the composite materials have poor interface compatibility and low monolithic property.
但是国内木塑复合材料的研究仍有许多突出问题，其中复合材料界面相容性差、综合性能不高是最主要的。
Carnegie Mellon's approach is to develop soft robots that do away with gears and pulleys and hard bodies in favor of fabrics, balloons, and light plastic composites with pneumatic artificial muscles.
卡内基·梅隆大学的做法是开发软机器人废除齿轮，滑轮和硬体赞成面料，气球和气动人工肌肉轻塑复合材料。
Composites such as fibreglass and carbon fibre bonded in a plastic resin are already widely used to replace metal in making, for instance, cars and aircraft.
复合材料，比如以光纤玻璃和碳纤维合成的塑料树脂，已经在车辆、飞行器等产品制造中广泛代替金属。
These lighter, stronger composites are made of fibers of carbon or glass embedded in a second material, often plastic.
这些更轻、更牢固的复合材料由碳纤维或玻璃嵌入到其他材料（通常为塑料）制作而成。
Plastic parts made of hardened PVC, PE or similar materials, and non-ferrous metal composites, are transferred to a separate utilisation.
硬化的PVC,PE或者类似的材料以及非铁金属复合材料中的塑料部分可以再利用。
This study used as a modifier of calcium sulfate, NBS for toughener, HIPS as the theme of plastic polymer composites.
本研究采用以硫酸钙为改性剂，NBS为增韧剂，HIPS为主题塑料组成高分子复合材料。
By introducing the generalized method of cells (GMC) into plastic limit analysis, the bearing capacity of ductile composites is studied.
本文将细观力学中的单胞(GMC)模型运用到塑性力学的静力极限分析中，研究韧性复合材料的塑性极限承载能力。
It is found that plastic deformation can also lead to crystallization in amorphous alloy. It is expected to become an effective means to prepare new amorphous matrix composites.
塑性变形同样能够诱导非晶合金的晶化，并且有望成为制备新型非晶基复合材料的有效手段。
In General, the mechanical properties of composites made from recycled plastic blends were inferior to those made from virgin plastic blends, especially in elongation break.
总的来说，混合废旧塑料制备的复合材料的力学性能要低于纯塑料混合物制备的复合材料，尤其是拉伸断裂伸长率。
A simple phenomenological model is proposed to describe the elastic-plastic deformation of two-phase particle composites.
提出了一种分析两相材料塑性响应的模型。
A simple phenomenological model is proposed to describe the elastic-plastic deformation of two-phase particle composites.
提出了一种分析两相材料塑性响应的模型。
应用推荐