1)  Plastic waste
废塑科
2)  waste plastics
废塑料
1.
Progress of manufacturing fuels from cracking waste plastics;
废塑料裂解制燃料的研究进展
2.
Preliminary Study on Numerical Simulation of Pneumatic Conveying of Waste Plastics;
废塑料气力输送数值模拟的初步研究
3.
New technology for waste plastics recycling and its progress;
废塑料资源化新技术及其进展
3)  waste plastic
废塑料
1.
Study on experiment of waste plastic pyrolysis for producing liquid fuel;
废塑料制取液体燃料试验研究
2.
Experimental study on pulverized coal and waste plastic mixture combustion under blast furnace simulating blasting temperature;
煤粉与废塑料混合在模拟高炉风温下的燃烧试验研究
3.
A/O Process to treating alkaline wastewater of waste plastic;
A/O工艺处理废塑料碱洗废水
4)  plastic waste
废塑料
1.
This paper analyzes on the significance of recovery processing of the plastic waste,introduces the degradable plastic and its degradation mechanisms,advantages and disadvantages,and the developing and utilizing situation,and discusses on some problems existing in the degradable plastic.
分析了回收处理废塑料的意义,介绍了可降解塑料及其降解机理、优缺点和推广应用情况,论述了可降解塑料存在的问题。
2.
The preparation of fuel oil from three kinds of plastic waste (polyethylene,polypropylene and polystyrene)and their mixture in different proportion has been studied using LY series catalyst made by ourselves.
用自制的LY系列催化剂对聚乙烯、聚丙烯、聚苯乙烯及其按不同比例混合的 3种废塑料催化裂解制燃料油进行了研究。
3.
The current development status of overseas recycling technology of plastic wastes has been described briefly in the present paper.
简述了国外对废塑料再循环技术开发的现状,对日本开发的高附加值的发泡复合技术进行了讨论。
5)  plastic waste
废塑胶
6)  WPD
废塑料油
1.
The purpose of this paper is to study the applicability of thermal processed fuel oil(hereafter called waste plastic disposal or WPD)to diesel engines using low quality fuel oil.
通过一系列实验对废塑料油在柴油机上的燃烧特性及适用性作了实验研究,并着重研究了废塑料油对排气产物的影响。
2.
The purpose of this paper is to study the applicability of thermal processed fuel oil (hereafter called waste plastic disposal or WPD) to marine diesel engines using low quality fuel oil.
通过一系列实验对废塑料油在船用柴油机上的燃烧特性及适用性作了研究 ,并着重探讨了废塑料油对排气产物的影响 。
参考词条
补充资料：挤塑吹塑
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CAS号：

性质： 由挤出机挤出管状型坯，并将它垂挂在安装于挤出机头正下方的预先打开的模具型腔中。当下垂的型坯达到合格长度后立即合模，靠模具的切口将管坯切断，然后通过从模具分型面上的小孔插入的压缩空气吹管送入压缩空气，使型坯吹胀紧贴模壁而成型，然后脱模即成制品。

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