1) reductive sintering
还原烧结
1.
On the basis of domestic and international literatures on comprehensive extraction of Al and Fe,"reductive sintering-leaching-magnetic separation" process was developed for comprehensively extracting Al and Fe,and studied in detail.
在查阅了大量的国内外综合提取铝铁资料的基础上,选取“还原烧结-溶出-磁选”工艺作为综合提取铁铝的方案,并对此进行了细致地研究。
2) pre-reduced sinter
预还原烧结矿
1.
In this article,the mineral composition and microstructure of pre-reduced sinter from Hainan iron ore under different technical conditions are studied,including forming mechanism of mineral composition and their influence on the characteristics of pre- reduced sinter.
研究了不同工艺条件下海南矿粉预还原烧结矿的矿物组成、含量和显微结构,阐明了预还原烧结矿的形成机理,及矿物组成对其性能的影响。
3) high reducibility sinter
高还原性烧结矿
4) reduction roasting
还原焙烧
1.
Reduced iron powder was obtained by converting copperas to ferrous carbonate with(NH_4)_2CO_3,followed by reduction roasting with anthracite as reducer and CaCO_3 as additive.
提出了一种新的绿矾综合利用的途径,即绿矾经碳酸盐转化,然后采用无烟煤作还原剂,CaCO3为添加剂,进行高温还原焙烧制取还原铁粉。
2.
Zinc calcine contains a small amount of refractory zinc ferrite that can be reduced by reduction roasting.
锌焙砂含有少量难溶的铁酸锌 ,通过还原焙烧可以降低铁酸锌含量。
3.
The experiment of reduction roasting of strontium sulphate ore is carried out on a fluidized bed with the cross sectionof 0.
３ｍ，处理量为６０～７０ｋｇ／ｈ的流化床装置上进行了还原焙烧硫酸锶矿（天青石）的试验研究，获得焙烧操作的最佳工艺条件，锶矿还原率达７５％～７８％，吨产晶焙烧煤耗１。
5) roasting reduction
还原焙烧
1.
By analyzing and researching utilization of BF dust,a technology of dealing with the BF gas slime adopting the containing carbon pellet direct roasting reduction method was put forward.
通过对攀钢高炉粉尘利用的分析研究,提出了采用含碳球团直接还原焙烧法处理高炉瓦斯泥的工艺。
2.
The optimal pa-rameters of roasting reduction in reduction atmosphere with a metallization rate up to more than 80% were determined by orthogonal method.
在还原气氛下进行了红土贫铁矿的还原焙烧实验,采用正交实验设计方法,以C/O、焙烧时间和焙烧温度为因素,在还原气氛下得到了最佳工艺条件为:C/O是0。
3.
The feasibility of roasting reduction method to dezinc the Zn bearing BF dust was proved by energy spectrum analysis and differential thermal(DT) and thermo gravimetric(TG) analysis firstly.
通过能谱、差热及热重分析等验证了用还原焙烧的方法脱除高炉含锌粉尘中锌的可行性。
6) calcinating and reducing
煅烧还原
补充资料：聚四氟乙烯预烧结树脂
分子式：
CAS号：
性质：由悬浮聚四氟乙烯树脂经加压、高温烧结和粉碎等处理而得到的白色颗粒状的聚四氟乙烯树脂。具有聚四氟乙烯的各种优异性能。因系通过预烧结处理，故具有良好的流动性，表观密度大[(600±100)g/L]，适用于挤出压力高(一般10～20MPa)的柱塞挤出成型。用预烧结树脂可制得直径5～40mm的棒材和壁厚3～25mm的管材。
CAS号：
性质：由悬浮聚四氟乙烯树脂经加压、高温烧结和粉碎等处理而得到的白色颗粒状的聚四氟乙烯树脂。具有聚四氟乙烯的各种优异性能。因系通过预烧结处理，故具有良好的流动性，表观密度大[(600±100)g/L]，适用于挤出压力高(一般10～20MPa)的柱塞挤出成型。用预烧结树脂可制得直径5～40mm的棒材和壁厚3～25mm的管材。
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