1) high temperature treated petroleum cokes
高温热处理石油焦
2) high temperature treatment
高温热处理
1.
Study on the effects of high temperature treatment on performance of C/C composites;
高温热处理与C/C复合材料性能关系研究
2.
Effect of high temperature treatment on properties of polyimide films;
高温热处理对聚酰亚胺薄膜性能的影响
3.
The effects of different carbon coatings and high temperature treatment on the flexural strength and fracture modes of C/C-SiC composites were studied.
以针刺整体炭毡为坯体 ,采用CVD和树脂浸渍 /炭化混合法增密制备了 4种C/C多孔体 ,然后熔硅浸渗C/C多孔体制备了C/C SiC复合材料 ;研究了不同炭涂层、高温热处理对C/C SiC复合材料弯曲强度和断裂方式的影响。
3) high temperature heat treatment
高温热处理
1.
The influence of high temperature heat treatment on microstructure and microhardness of (DS)NiAl-Cr(Mo)-Hf eutectic alloy fabricated with directional solidification under high temperature gradient was investigated.
采用高温度梯度定向凝固装置制备NiAl-28cr-5Mo-1Hf(原子分数,％,下同)共晶合金,研究了高温热处理对合金显微组织和显微硬度的影响。
2.
The high temperature heat treatment technology and graphitization apparatus are the key in the manufacture of graphite fiber.
从高温热处理技术方面介绍了碳纤维在石墨化过程中微观结构的变化和宏观力学性能的改变。
3.
It was pointed out that the high temperature heat treatment method is the key factor preparing HMCF.
指出高温热处理是制备高模量碳纤维的关键技术；介绍了制备 PAN 基高模量碳纤维的 3 种高温热处理技术。
4) high-temperature heat treatment
高温热处理
1.
Influence of high-temperature heat treatment on the oxidation inhibition of PAN-based carbon fibers;
高温热处理对PAN基炭纤维抗氧化性的影响
2.
In order to improve the oxidation resistance of C/C composites,carbon felt was treated by high-temperature heat treatment with addition of boric acid.
采用对碳纤维毡体添加硼酸高温热处理的方法提高C/C复合材料的整体抗氧化性,考察了添加硼酸高温热处理的C/C复合材料和未经处理的C/C复合材料的氧化行为。
5) high temperature coal tar
高温焦油
1.
Analyzed was the feasibility for production of columnar activated carbon from Datong weak caking coal and high temperature coal tar with advanced blending and molding techniques.
分析了利用大同低灰弱粘煤和高温焦油 ,采用先进的配比、成型等生产工艺 ,生产柱状活性炭的可行性 ;生产的活性炭不仅弥补了大同破碎炭低强度、低密度、高漂浮等缺点 ,而且填补了大同无成型炭的空白。
6) tar processing
焦油处理
1.
for the 3-phase(gaseous,liquid and solid phases) treatment section of the tar processing unit in the TDI tar recovery plant.
针对焦油处理装置在TDI焦油回收运行中存在的气液固三相处理装置跳车、进料管堵塞、气相管堵塞等问题,进行了相应的技术改造:取消进料压降主要集中的FV01控制阀,将闪蒸阀换为可远传控制的调节阀;延缓开停车时间,保证连续稳定进料;控制系统真空度2。
补充资料：铸造型焦和高炉型焦
铸造型焦和高炉型焦
91．铸造型焦和高炉型焦
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条