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1)  heating mixer
热混机
1.
Some problems in the design of heating mixer and cooling mixer are discussed, the design principle for the angle of the heating mixer blades analyzed, and a new type of structure for the cooling mixer provided.
讨论了热混机、冷混机设计应注意的几个问题,分析了热混机桨叶倾角的设计原则,提出了一种新型冷混机结构。
2)  hot blending
热混
1.
The blending principles were introduced as well as the process of hot blending and the process of cold blending.
介绍了混料原理和热混、冷混过程,测试了不同热混温度下干混料的表观密度、白度、热稳定性、干流性,采用转矩流变仪测试了干混料的流变性能,采用实验室挤出机制取试样,测试了其色差、拉伸强度、断裂伸长率、简支梁冲击强度、拉伸冲击强度、抗热老化性能等。
3)  Two-shunt double heat type mixer
二分流双加热混捏机组
1.
Two-shunt double heat type mixer unit was developed on the basis of the advantage and disadvantage of the existing mixer.
在详细分析现有混捏设备优缺点的基础上,设计出了二分流双加热混捏机组,并介绍了该混捏机组的构成、工作原理、优点及使用效果。
4)  heating blend technology
热混工艺
5)  co-pyrolysis
混合热解
1.
To obtain co-pyrolysis characteristics of medical wastes containing polyvinyl chloride(PVC) and biomass,co-pyrolysis experiment on mixture of tube for transfusion(TFT) and gauze,the main ingredient of which was PVC and cellulose respectively,was carried out in an atmosphere of N2 using thermogravimetric analyser(TGA).
为研究聚氯乙烯(polyvinyl chloride,PVC)类与生物质类医疗废物的混合热解特性,利用差热热重分析仪,在氮气气氛下,对输液管(tube for transfusion,TFT;含PVC)和纱布(含纤维素)样品进行了混合热解实验,并以其相互反应机制为依据,单组分热解模型为基础,建立了二者混合热解的动力学模型。
2.
Thermal-gravimetric analysis (TGA), gas chromatogram (GC) and mass spectrum (MS) method have been used to study the characteristics of sulphide pollutant that released from the co-pyrolysis of biomass and coal blends.
采用热重分析和色谱、质谱偶联技术,对三种秸秆类生物质与煤混合热解过程中产生的含硫气体进行了在线检测,研究生物质对煤热解析出的COS气体的影响。
3.
To obtain co-pyrolysis characteristics of medical wastes containing polyvinyl chloride(PVC)and biomass,co-pyrolysis experiments on mixtures of tube for transfusion(TFT)and gauze at different mass proportions,whose main ingredients were PVC and cellulose respectively,were carried out in an atmosphere of N2 using the thermogravimetric analyser(TGA.
为研究聚氯乙烯(polyvinyl chloride,PVC)类与生物质类医疗废物的混合热解特性,利用差热热重分析仪,在氮气气氛下,对输液管(tube for transfusion,TFT;含PVC)和纱布(含纤维素)样品在不同质量配比下进行了混合热解实验,深入研究二者混合热解的行为与规律。
6)  Mixed pyrolysis
混合热解
1.
An experimental study on mixed pyrolysis characteristics of typical MSW components was performed, and the reaction kinetics model was established by using least squares algorithms.
并列出了双组分混合热解实验部分的实验结果及模型计算结果,两者吻合较好,为进一步建立垃圾综合热解神经网络模型奠定了基础。
补充资料:丙烯腈-丁二烯-苯乙烯共聚物/热塑性聚氨酯共混物
分子式:
CAS号:

性质:ABS/TPU blend  此类共混物结合了TPU的耐磨性、耐热性、低温力学性能、韧性、化学稳定性与ABS的刚性,综合性能好。TPU/ABS共混物在高剪切速率下的加工性能很好,可以方便地注射成型。在ABS中加入TPU主要是为了提高其抗撕裂能力,而TPU中加入ABS则主要是为了改善其低温冲击性能。随TPU的增多,材料耐磨耗性能和抗冲击性能增加,成型加工性改善,但刚性、拉伸屈服强度和热变形温度降低;反之随ABS含量增多,材料的弯曲模量与邵氏硬度升高。以机械共混法制备。共混前需要干燥,然后再在单或双螺杆挤出机中共混。适于制造汽车零部件、轮胎结构件、皮带轮、低负荷齿轮、垫圈等。

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