1) high aluminum level
高铝水平
1.
Compared between low and high aluminum level production,it is proved that high aluminum level was very important to improve the electric current efficiency.
通过对低铝水平生产和高铝水平生产的长期比较,证明了高铝水平对电流效率的提高具有非常重要的作用。
2) aluminium water level ruler
铝水平尺
3) level of liquid aluminium
铝水平
4) high alumina cement
高铝水泥
1.
Limestone powder was used as a filler to modify high alumina cement.
以CaCO3微粉作改性剂对高铝水泥进行改性。
2.
In the high alumina cement, dicalcium aluminate silicate is transformed into Q phase.
将高铝水泥中的惰性成分硅铝酸二钙(C2AS)转化为水化活性良好的Q相,组成Q相铝酸一钙(CA)七铝酸十二钙(C12A7)高铝水泥系统,对此系统的烧成条件进行研究。
3.
Using grog,haydite as aggregate,high alumina cement as binder,and using compound early strength agent,the high strength haydite castable material produced successfully This castable material has the characters of early strengthened,good heat preservation,good resistance to wear,small volume density and good constraction property,etc This castable material has good utilization effect in productio
以焦宝石、陶粒为骨料 ,高铝水泥作结合剂及采用复合早强剂 ,研制成功高强陶粒浇注料。
5) alumina cement
高铝水泥
1.
hoed on a lot of teat of modulus of elasticity, flexible strength, compression strength and break energy the modification for physical and mechanical behaviour of alumina cement stone with styrene-butadiene latex were analyzed.
从凝结时间及初期水化热研究了丁苯橡胶对高铝水泥水化过程的影响。
2.
The physical performance of alumina cement-based composite fabricated by vibratory compaction by using alumina cement as gelling agent and graphite as conductive filler were studied in this paper.
选用石墨作导电填料,高铝水泥作胶凝材料,两者复合制备高铝水泥基导电复合材料,对这类导电复合材料进行了基础的开发性研究。
3.
The effects of limestone addition on the strength of alumina cement and the hydration mechanism have been investigated.
研究石灰石作为混合材对高铝水泥强度的影响，探讨其水化作用机理。
6) increase the capabili
提高水平
补充资料：高放射性水平废液
分子式：
CAS号：
性质：比活度大于3.7×109Bq/L的放射性废液。主要是乏燃料后处理厂的共去污循环工段的萃余水相(即1AW废液)，几乎含有乏燃料中的全部裂变产物(大于99.9％)，其特点是放射性含量.高，释热量大，在放射性废物管理中占有重要位置，在贮存、处理和运输过程中需要特殊的防护，必须进行固化及最终处置。
CAS号：
性质：比活度大于3.7×109Bq/L的放射性废液。主要是乏燃料后处理厂的共去污循环工段的萃余水相(即1AW废液)，几乎含有乏燃料中的全部裂变产物(大于99.9％)，其特点是放射性含量.高，释热量大，在放射性废物管理中占有重要位置，在贮存、处理和运输过程中需要特殊的防护，必须进行固化及最终处置。
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