英语释义

1. high-density polyethylene

片语

HDPE Scrap聚乙烯碎片

HDPE unitHDPE装置

HDPE LDPE聚乙烯树脂

HDPE PA聚酰胺树脂

HDPE瓶HDPE bottles

HDPE HDPE高密度聚乙烯

HDPE powderHDPE粉末

HDPE片hdpe sheet

buy Hdpe高密度乙烯

英汉例句

• It was summarized that the principle of infrared radiation technology for HDPE pipes crosslinked with peroxide, feature of the pipes, the manufacturing process and the main applications.

  概述了红外辐射技术的原理，介绍了红外辐射过氧化物交联高密度聚乙烯管材的特点、生产工艺及应用领域。

• Composite stainless steel tube fiber unit, High strength steel wire armored inside. Hermetically metallic sealed, HDPE sheath.

  复合不锈钢管光纤单元，高强度钢丝内铠，金属管密封，高密度聚乙烯护套。

• HDPE can cause stress cracking easily with affection of environment, which limits its application in industry.

  HDPE易受环境的影响产生应力开裂，这限制了其在工业上的应用。

• The mechanical property of HDPE is studied using a self-made pressure vibration injection device.

  采用自行研制的压力振动注射装置对HDPE进行了力学性能的研究。

• The technical modification of the Discharge Unit in HDPE Plant is to update the backward OPDS into advanced IPDS discharge technology.

  HDPE装置出料系统的技术改造，是把原落后的O PDS出料技术改造为先进的IPDS出料技术。

• This paper introduced the styles and characteristics of bentonite, HDPE and some new impervious materials, and the structural designs of the liner and composite in sanitary landfill.

  针对垃圾卫生填埋场防渗层的设计，介绍了膨润土、高密度聚乙烯膜和一些新型防渗材料的种类和性质，及单层防渗层、复合防渗层的结构设计。

• In this paper, shock pressed HDPE samples was retrieved and investigated to reveal the effect of shock wave on its crystalline structure and melting process.

  为了调查聚合物在沖击波作用下的结构变化，对HDPE受沖击样品进行回收，并分析了其晶体结构和熔融过程。

• Taking Liulitun landfill, Bei-jing for example, the article introduces the application of HDPE geotechnical membrane in landfill , including design and installation of lining system.

  以北京市六里屯垃圾填埋场工程为例，介绍了HDPE土工膜在垃圾填埋场工程中的应用，主要包括垫衬系统的设计和安装。

• Blending modified PP for accumulator was developed by extrusion blending, with PP homopolymer as basic material, PP copolymer, HDPE and SBS as modifiers.

  以均聚pp为主要原料，共聚pp、HDPE、SBS为改性剂，用挤出共混法研制蓄电池用共混改性PP塑料。

• Plastic-wood composite materials were prepared from wood flour, PP, HDPE and LDPE and their mechanical properties were compared.

  采用木粉分别与聚丙烯（PP）、HDPE、低密度聚乙烯（LDPE）制备了塑木复合材料，并对其性能进行比较。

• The technique process of compounding unit of catalytic agent of HDPE plant, control procedures and requirements are introduced. Relevant control strategy is studied and made.

  介绍HDPE装置催化剂配制单元的工艺流程、控制步骤和要求，研究制定了相应的控制策略。

• Using vibration experimental apparatus made by the authors, rheological behaviors of HDPE and PS melts under different pressure, temperature, frequency and vibration amplitude are studied.

  利用自行研制的振动试验装置研究了振动场中聚合物hdpe、PS熔体在不同压力、温度、频率、振幅条件下的流变行为。

• At last, the paper presents application of technology of new materials HDPE file in preventing frozen damage in environmental health engineering.

  最后，介绍了新型材料HDPE膜技术在环境卫生工程中预防冻害的应用。

• This paper shows that adding EBS to HDPE torn film can improve lubricity, glossiness and properties of products.

  本文介绍在HDPE撕裂膜中添加ebs，可改进润滑作用、提高光泽、提高产品性能。