1) contact melting
接触熔化
1.
Experimental study of contact melting inside horizontal rectangular capsule;
矩形腔内接触熔化的实验研究
2.
Finite length contact melting around a horizontal elliptical cylinder with J=1/2 , J=2;
围绕J=1/2,2水平椭圆柱的有限长接触熔化
3.
Study of contact melting inside rhombic capsule
菱形腔内相变材料接触熔化分析
2) contact weld
触点熔接
3) contact area of molten pool
熔池接触面积
4) direct smelting,direct fusion
直接熔化
5) bio-contact oxidation
接触氧化
1.
The ability of removing N、P by the bio-contact oxidation is insufficient and HRT of ecology floating floor is too unduly long.
针对接触氧化法N、P去除能力有限以及生态浮床水力停留时间(HRT)过长,提出生态浮床与接触氧化法协同处理高N、P含量的生活污水。
2.
An engineering example of treating jeans-rinsing wastewater by the process mainly composed of the hydrolysis acidification and bio-contact oxidation is introduced.
介绍了以水解酸化—接触氧化为主体的工艺处理牛仔服装清洗废水的工程实例,包括工艺选择、主要单元说明、主要设备与构筑物以及工程的经济和社会效益分析。
3.
The treatment of bleaching amd washing effluent from alkaline sodium sulfite pulping line by hydrolysis and bio-contact oxidation process is introduced.
介绍了水解酸化-接触氧化法处理碱性亚硫酸钠法制浆中段废水工艺及设备的调试和运行特点。
6) catalytic oxidation
接触氧化
1.
Hydrolytic acidification- catalytic oxidation-coagulation process was adopted,and the treating effect on water in- flow and pollutant concentration variation was analyzed and the analysis can be used as a guide for the commissioning and operation of the system.
主要工艺为水解酸化—接触氧化—混凝法,分析了进水流量和污染物浓度变化对处理效果的影响,为该工艺的调试运行提供指导。
2.
This article has made the brief introduction to the waste water nature of both glutanic acid production and monoso-dium glutamate production, proposed in view of this kind of waste water evaporates the concentration + catalytic oxidation for the core government craft.
本文对谷氨酸生产废水和味精生产废水的性质作了简要介绍,针对该类废水提出了蒸发浓缩+接触氧化为核心的治理工艺。
3.
The high concentration wastewater containing sulphur dyes was treated by using coagulative floatation internal electrolysis catalytic oxidation method.
采用混凝气浮 内电解 接触氧化组合工艺处理高浓度硫化染料染色废水 ,实验结果表明 :此工艺对硫化物、CODcr、BOD5和色度的去除率分别达 99。
补充资料：V_2O_5熔化铸片炉(峨嵋铁合金厂)
V_2O_5熔化铸片炉(峨嵋铁合金厂)
V205熔化铸片炉(峨嵋铁合．~7--)
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