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STRENGTH DEVELOPMENT AND POROSITY OF HIGH STRENGTH HARDENED CEMENT SUBJECT TO HIGH TEMPERATURE HISTORY AT EARLY AGE

机译：高强度高强度的力量发展和孔隙率在休假期间受到高温历史的影响

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Hiroshi JINNAI; Shusuke KUROIWA; Mitsutaka HAYAKAWA;
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1. STRENGTH DEVELOPMENT AND POROSITY OF HIGH STRENGTH HARDENED CEMENT SUBJECT TO HIGH TEMPERATURE HISTORY AT EARLY AGE [J] . Hiroshi JINNAI, Shusuke KUROIWA, Mitsutaka HAYAKAWA 日本建築学会构造系論文集 . 2001,第542期

机译：高温历史对高强度硬化水泥的强度发展和孔隙率的影响
2. On the relation of setting and early-age strength development to porosity and hydration in cement-based materials [J] . Lootens Didier, Bentz Dale P. Cement & concrete composites . 2016,第Null期

机译：水泥基材料的凝固和早期强度发展与孔隙和水化的关系
3. Effect of Non-Chloride Hardening Accelerator on the Compressive and Flexural Strengths at Early and Later Age of Pavement Concrete Produced with Pozzolana Cement [J] . Vilas V KARJINNI, M A BHAVIKATTI International Journal of Natural and Engineering SciencesbElectronic resource . 2012,第2期

机译：非氯化物硬化促进剂对火山灰水泥生产的路面混凝土早晚抗压强度和抗弯强度的影响
4. STRENGTH DEVELOPMENT PROPERTIES OF MORTAR SUBJECTED TO TRIAXIAL STRESS UNDER DIFFERENT TEMPERATURE AND HUMIDITY CONDITIONS IN HARDENING PROCESS [C] . Koichi Matsuzawa, Yoshinori Kitsutaka International conference on structural mechanics in reactor technology . 2011

机译：硬化过程中温度和湿度条件下三轴应力下砂浆的强度发展特性。
5. The effect of curing temperatures on the development of mechanical properties of fresh and hardened high-strength silica fume mixtures: A maturity approach. [D] . Pinto, Roberto C. 1997

机译：固化温度对新鲜和硬化的高强度硅粉混合物机械性能发展的影响：一种成熟方法。
6. On the Relation of Setting and Early-Age Strength Development to Porosity and Hydration in Cement-Based Materials [O] . Didier Lootens, Dale P. Bentz -1

机译：水泥基材料的凝固和早期强度发展与孔隙和水化的关系
7. Experimental Study on the Early Strength Development Mechanism of Cement Paste Using Hardening Accelerator and High-Early-Strength Cement [O] . Tae-Beom Min, In-Sung Cho, Han-Seung Lee 2014

机译：用硬化促进剂和高早期水泥利用水泥膏早期强度发展机理的实验研究

STRENGTH DEVELOPMENT AND POROSITY OF HIGH STRENGTH HARDENED CEMENT SUBJECT TO HIGH TEMPERATURE HISTORY AT EARLY AGE

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