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Kim TH. Mechanical properties of matrix using dead burn magnesia and phosphate according to addition ratio FA. Proceeding of Korea Building Construction Institute; 2016 May 28; Yeosu, Korea. Seoul (Korea): Korea Concrete Institute conference proceeding; 2016. p. 633-4.
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Kim TH. Adhesion strength properties of matrix using magnesia according to potassium phosphate addition ratio. Proceeding of Korea Building Construction Institute; 2016 May 16; Jeju, Korea. Seoul (Korea): The Korea Institute of Building construction; 2016. p. 34-5.
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Lee HG. Experimental study on characteristics of compressive and bonding strength of MgO binder for patching material. Proceeding of Korea Concrete Institute; 2016 May 28; Yeosu, Korea. Seoul (Korea): Korea Concrete Institute conference proceeding; 2016. p. 679-80
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Kang SP. Study on the Mechanical Properties and Heat of FA/S proportion with Retarder on the Magnesia Phosphate Composite. Proceeding of Korea Concrete Institute; 2016 May 16; Jeju, Korea. Seoul (Korea): Korea Concrete Institute conference proceeding; 2012. p. 735-6
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Kang SP. Influence of mixing factors on the early-age properties of magnesium potassium phosphate cement mortar. Journal of the of Korea Institute of Building construction. 2015 May;31(5):61-8.
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Kim BG. Physical properties evaluation of flooting using rigid hardening magnesia phosphate ceramics [master's thesis]. [Daejeon(Korea)]: Hanbat National university; 2015. 70 p.
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