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Journal of Thermal Analysis and Calorimetry
Authors: Emília Illeková, Jana Harnúšková, Roman Florek, František Simančík, Igor Maťko, and Jaroslava Švec Sr.

the foaming process and pore structures of Al alloy melt foam . Mater Sci Eng A445–446 : 415 – 426 . 12. Christian , JW 1965 The theory of transformations in

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Journal of Thermal Analysis and Calorimetry
Authors: Stefano Gialanella, Fabrizio Girardi, Gloria Ischia, Ivan Lonardelli, Maurizio Mattarelli, and Maurizio Montagna

kinetics of decomposition of goethite in vacuo and pore structure of product particles . J Mater Sci 24 : 409 – 412 10.1007/BF01107419 . 22. Rendon , JL , Cornejo , J P De Arambarri

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: 153 – 163 . 10.1016/S0016-2361(99)00147-7 . 31. Mahuli , SK , Agnihotri , R , Chauk , S , Ghosh-Dastidar , A , Wei , SH , Fan , LS . Pore-structure optimization of calcium

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determined. The BET surface area of Pt/TiO 2 catalyst (60.2 m 2 /g) is slightly lower than the titania support (61.5 m 2 /g) which may be attributed to a partial blockage of the pore structure of the support by metallic crystallites. This behavior is in

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activity of the catalyst. The combination of secondary factors such as surface area, pores structure, point of zero charge, ratio S/Rh, detailed composition (impurities, additives), acidobasic properties and crystallinity also plays an important role. It is

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powder produced by ashing at different temperatures The above interpretation is confirmed by pore size distribution diagrams ( Fig. 6 ) where one can see that the two samples have no uniform pore structure and include

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. Chen , Q , He , R , Xu , X , Liang , Z , Chen , C 2004 Experimental study on pore structure and apparent kinetic parameters of char combustion in kinetics-controlled regime . Energy Fuels 18 : 1562 – 1568 10.1021/ef0499269

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molecular sieves pore or partial collapse of pore structure. Fig. 2 N 2 adsorption–desorption isotherms of catalysts ( a ) V-MCM-41 (100), ( b ) V-MCM-41 (75), ( c ) V-MCM-41 (50) and ( d ) V-MCM-41 (25

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the catalytic activity of Ru/AC. The performance of AC was associated with the surface and pore structure. According to the data in Table 3 , Ru/AC calcined at 900 °C shows the highest S BET and pore volume of 1,081.44 m 2 /g and 0.45 cm 3

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Portland cement concrete. Philadelphia: The American Society for Testing Materials; 1991. 6. Khalil A . Pore structure and surface area of hardened cement pastes

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