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1·The early water curing of concrete is longer and then the rate of late drying shrinkage of concrete is faster.

延长混凝土的早期水养时间，并不会减少混凝土的干燥收缩值，反而会使干缩速率加快；

2·These crosslinkers are stable in water at normal bath temperature but become reactive at curing temperatures.

这些交联剂于正常槽液温度下在水中很稳定，但在固化温度下就变得活泼起来。

3·Sealant such series of the water used for air curing.

此类密封胶系列用空气中的水分进行硫化。

4·UV curing of paint, drying of printing pigment, UV oxidation, various chemical reactions, disinfection of water.

油漆的紫外固化，印刷颜料的干燥，紫外氧化，各种化学反应，水的消毒。

5·Typical convection applications include heating, drying and curing of water and solvent coatings for textiles, films, paper, fibers, and metals.

典型的对流工艺包括加热，干燥和硫化水质和溶剂，应用于纺织，薄膜，纸，纤维和金属等应用领域。

6·Raw materials selection, which influents concrete corrosion resistance, is discussed, which involved in cement kinds, aggregate properties, mix, curing water quality, kinds of additive and admixture.

讨论了原材料的选择，包括水泥品种、集料性质、拌合及养护用水的水质情况、外加剂的种类和掺合料对混凝土耐腐蚀性能的影响。

7·Various curing condition and different amount of water evaporated in early-age curing would lead to different strength of concrete.

早期养护条件不同，混凝土失水量不同，则混凝土中后期强度也不相同。

8·The important thing to know is that heat will not make the printmaking inks water fast; only air curing will do that because the ink contains oils that need to be exposed to air in order to harden.

要知道的重要一点是，热量不会使版画油墨水快，只有空气固化会做，因为油墨包含需要以硬化暴露于空气中的油。

9·Autogenous curing agent can improve the hydration degree of concrete, reduce the compressive stress which dropping of water in capillary of concrete caused and sensitivity to cracking.

自养护剂可以提高混凝土胶凝材料的水化程度，降低混凝土内由于水化反应导致的毛细孔水面下降所产生的压应力，减少了微裂缝的产生。

10·For the concrete which losing water is little at early-age, strengthen curing, the strength of concrete will be compensated.

对早期失水较少的混凝土，加强湿养护，混凝土强度能得到较大的补偿。