Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉对砂浆的力学性能和久性能都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定性评价混凝土在液相的久性是可能的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子间氢的存在可提高颜料的久性、光性和牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要对模网混凝土聚合物改性水泥砂浆保护层的性能进行研究，着重探讨了与久性密切相关的抗裂性能和抗渗性能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出久性良好、具有微膨胀性的低碱度改性水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉对砂浆力学性能和耐久性能都有显著改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定性评价混凝土在液相腐蚀下耐久性是可能。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子在可提高颜料耐久性、耐光性和耐气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要对模网混凝土聚合物改性水泥砂浆保护层性能进行研究，着重探讨了与耐久性密切相关抗裂性能和抗渗性能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性低碱度改性水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳砂浆的力学能和耐能都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定评价混凝土在液相腐蚀下的耐是可能的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子间氢的存在可提高颜料的耐、耐光和耐气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要模网混凝土聚合物改水泥砂浆保护层的能进行研究，着重探讨了与耐切相关的抗裂能和抗渗能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石高铝水泥改，可配制出耐良好、具有微膨胀的低碱度改水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉对砂浆的力学性能和耐久性能都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定性评价混凝土在液相腐蚀下的耐久性是可能的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子间氢的存在可提高颜料的耐久性、耐光性和耐气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要对模网混凝土聚合物改性水泥砂浆保护层的性能进行研究，着重探讨了与耐久性密切相关的抗裂性能和抗渗性能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

和沸对高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

证明,可再分散乳胶粉对砂浆的力学性耐久性都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定性评价混凝土在液相腐蚀下的耐久性是可的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内分子间氢的存在可提高颜料的耐久性、耐光性耐气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要对模网混凝土聚合物改性水泥砂浆保护层的性进行研究，着重探讨了与耐久性密切相关的裂性渗性。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉的力学性能和性能都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定性评价混凝土在液相腐蚀下的性是可能的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子间氢的存在可提高颜料的性、光性和气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要模网混凝土聚合物改性水泥保护层的性能进行研究，着重探讨了性密切相关的抗裂性能和抗渗性能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石高铝水泥改性，可配制出性良好、具有微膨胀性的低碱度改性水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉对砂浆的力学能和能都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定评价混凝土在液相腐蚀下的是可能的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子间氢的存在可提高颜料的、和气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要对模网混凝土聚合物改水泥砂浆保护层的能进行研究，着重探讨了与密切相关的抗裂能和抗渗能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改，可配制出良好、具有微膨胀的低碱度改水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉对砂浆的力学耐久都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定评价混凝土在液相腐蚀下的耐久是可的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内分子间氢的存在可提高颜料的耐久、耐光耐气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要对模网混凝土聚合物改水泥砂浆保护层的进行研，探讨了与耐久密切相关的抗裂抗渗。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏沸石对高铝水泥改，可配制出耐久良好、具有微膨胀的低碱度改水泥。

Tests show that the re-dispersible emulsoid powder can remarkably improve mechanical property and durability of mortar.

试验证明,可再分散乳胶粉的力学性能和性能都有显著的改善。

By exampling, it is posepole that quantitative counting and qualitative reviewing durable resistance about liquid corrosion on concrete.

通过算例表明定量计算、定性评价混凝土在液相腐蚀下的性是可能的。

The existence of hydrogen bond within or between the molecules of pigment can enhance the perdurability, light fastness and weather resistance.

分子内和分子间氢的存在可提高颜料的性、光性和气候牢度等。

In this paper the properties of the polymer modified cement mortar are studied of DIDY formwork concrete surface coated layer for protection.

本文主要模网混凝土聚合物改性水泥保护层的性能进行研究，着重探讨了性密切相关的抗裂性能和抗渗性能。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石高铝水泥改性，可配制出性良好、具有微膨胀性的低碱度改性水泥。