Titlebook: Alkali Activated Materials; State-of-the-Art Rep John L. Provis,Jannie S. J. van Deventer Book 2014 RILEM 2014 Alkali-activated Materials.C

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Die Untersuchungsanlage der Studie,and other Ca-rich industrial by-products have been conducted for over a century [1–3]. However, an increase in interest in the understanding of the microstructure of alkali-activated binders has taken place in the past decades. This has been driven by the need for scientific methods to optimise the

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,Die Kosten des überschallverkehrs,s chapter will provide a brief discussion of the progress which has been made in the development and characterisation of hybrid binders derived from intermediate-Ca precursors and mixtures of precursors. The need for durable, high-performance, low-CO. alternative binder systems, along with the good

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https://doi.org/10.1007/978-3-662-50466-6uction materials under a wide variety of modes of attack. These are divided, broadly, into ‘chemical’ (Chap. 8), ‘transport’ (Chap. 9) and ‘physical’ (Chap. 10) – and it is noted that this classification is to some extent arbitrary, with a significant degree of crossover between the three categories

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Gesetzliche Krankenversicherung,he embedded steel reinforcing rather than of the binder itself. Thus, a key role played by any structural concrete is the provision of sufficient cover depth, and alkalinity, to hold the steel in a passive state for an extended period of time. The loss of passivation usually takes place due to the i

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