aluminate cement 中文意思是什麼
aluminate cement
解釋
鋁酸水泥-
The result of experiment shows that und er the conditions of proper ai r - entraining, concrete with 20 % fly ash has excellent frost - resistance. the frost - resistance of concrete with 55 % fly - ash which is admixed with united expansive agent ( uea ) has been improved greatly. the frost - resistance of sulfate aluminate cement concrete with high volume of fly - ash is dramatically lower than that of silicate cement concrete with the same volume of fly - ash
試驗結果表明：粉煤灰摻量為20的混凝土在適量引氣的條件下具有良好的抗鹽凍性能；粉煤灰摻量為55的混凝土在摻加uea膨脹劑后其抗鹽凍性能有明顯改善；大摻量粉煤灰硫鋁酸鹽水泥混凝土的抗鹽凍性大大低於同摻量的硅酸鹽水泥混凝土。 -
Methods for chemical analysis of aluminate cement
鋁酸鹽水泥化學分析方法 -
Determination of total sulfur content in aluminate cement eschka method
鋁酸鹽水泥中全硫的測定艾什卡法 -
Rapid hardening sulphoaluminate cement ; rapid hardening ferri - aluminate cement
快硬硫鋁酸鹽水泥;快硬鐵鋁酸鹽水泥 -
Calcium aluminate cement - composition, specifications and conformity criteria ; german version en 14647 : 2005
鋁酸鈣水泥.成分規范和一致性標準 -
Abstract : the result of experiment shows that und er the conditions of proper ai r - entraining, concrete with 20 % fly ash has excellent frost - resistance. the frost - resistance of concrete with 55 % fly - ash which is admixed with united expansive agent ( uea ) has been improved greatly. the frost - resistance of sulfate aluminate cement concrete with high volume of fly - ash is dramatically lower than that of silicate cement concrete with the same volume of fly - ash
文摘:試驗結果表明：粉煤灰摻量為20的混凝土在適量引氣的條件下具有良好的抗鹽凍性能；粉煤灰摻量為55的混凝土在摻加uea膨脹劑后其抗鹽凍性能有明顯改善；大摻量粉煤灰硫鋁酸鹽水泥混凝土的抗鹽凍性大大低於同摻量的硅酸鹽水泥混凝土。 -
( 3 ) the feasibility of manufacturing dry - mortar is discussed, replacing yellow sand with phosphor slag. ( 4 ) the feasibility of producing dry - mortar is analyzed, replacing sulphur aluminate low alkalinity cement by silicate cement. ( 5 ) study impact of the water quantity of sand on the strength of dry - mortar, and it is concluded that water quantity of sand can influence strength effectively and must be controlled seriously in production
（ 3 ）試驗研究了用磷渣替代黃砂配製干拌砂漿的可行性； （ 4 ）試驗研究了用硫鋁酸鹽低堿水泥替代硅酸鹽水泥配製干拌砂漿的可行性； （ 5 ）試驗研究了砂含水量對干拌砂漿影響，發現砂的含水量對干拌砂漿的強度影響較大，在生產中必須嚴格控制砂的含水量。
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