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Results: 1-10 |
Results: 10
THERMOGRAVIMETRIC METHODS FOR DETERMINING CARBON CONTENT IN FLY ASHES
Authors: PAYA J MONZO J BORRACHERO MV PERRIS E AMAHJOUR F
Citation: J. Paya et al., THERMOGRAVIMETRIC METHODS FOR DETERMINING CARBON CONTENT IN FLY ASHES, Cement and concrete research, 28(5), 1998, pp. 675-686
MECHANICAL TREATMENTS OF FLY ASHES .3. STUDIES ON STRENGTH DEVELOPMENT OF GROUND FLY ASHES (GFA) - CEMENT MORTARS
Authors: PAYA J MONZO J BORRACHERO MV PERIS E GONZALEZLOPEZ E
Citation: J. Paya et al., MECHANICAL TREATMENTS OF FLY ASHES .3. STUDIES ON STRENGTH DEVELOPMENT OF GROUND FLY ASHES (GFA) - CEMENT MORTARS, Cement and concrete research, 27(9), 1997, pp. 1365-1377
COMPARISONS AMONG MAGNETIC AND NONMAGNETIC FLY-ASH FRACTIONS - STRENGTH DEVELOPMENT OF CEMENT FLY-ASH MORTARS
Authors: PAYA J MONZO J BORRACHERO MV PERISMORA E
Citation: J. Paya et al., COMPARISONS AMONG MAGNETIC AND NONMAGNETIC FLY-ASH FRACTIONS - STRENGTH DEVELOPMENT OF CEMENT FLY-ASH MORTARS, Waste management, 16(1-3), 1996, pp. 119-124
USE OF SEWAGE-SLUDGE ASH(SSA)-CEMENT ADMIXTURES IN MORTARS
Authors: MONZO J PAYA J BORRACHERO MV CORCOLES A
Citation: J. Monzo et al., USE OF SEWAGE-SLUDGE ASH(SSA)-CEMENT ADMIXTURES IN MORTARS, Cement and concrete research, 26(9), 1996, pp. 1389-1398
MECHANICAL TREATMENT OF FLY ASHES .2. PARTICLE MORPHOLOGIES IN-GROUNDFLY ASHES (GFA) AND WORKABILITY OF GFA-CEMENT MORTARS
Authors: PAYA J MONZO J BORRACHERO MV PERISMORA E GONZALEZLOPEZ E
Citation: J. Paya et al., MECHANICAL TREATMENT OF FLY ASHES .2. PARTICLE MORPHOLOGIES IN-GROUNDFLY ASHES (GFA) AND WORKABILITY OF GFA-CEMENT MORTARS, Cement and concrete research, 26(2), 1996, pp. 225-235
EFFECT OF ELEMENTAL SULFUR AND MERCAPTANS ON COPPER STRIP CORROSION AND USE OF THE ASTM D-130 TEST METHOD
Authors: GARCIAANTON J MONZO J GUINON JL
Citation: J. Garciaanton et al., EFFECT OF ELEMENTAL SULFUR AND MERCAPTANS ON COPPER STRIP CORROSION AND USE OF THE ASTM D-130 TEST METHOD, Corrosion, 51(7), 1995, pp. 558-566
MECHANICAL TREATMENT OF FLY ASHES .1. PHYSICOCHEMICAL CHARACTERIZATION OF GROUND FLY ASHES
Authors: PAYA J MONZO J BORRACHERO MV PERISMORA E
Citation: J. Paya et al., MECHANICAL TREATMENT OF FLY ASHES .1. PHYSICOCHEMICAL CHARACTERIZATION OF GROUND FLY ASHES, Cement and concrete research, 25(7), 1995, pp. 1469-1479
EARLY-STRENGTH DEVELOPMENT OF PORTLAND-CEMENT MORTARS CONTAINING AIR CLASSIFIED FLY ASHES
Authors: PAYA J MONZO J PERISMORA E BORRACHERO MV TERCERO R PINILLOS C
Citation: J. Paya et al., EARLY-STRENGTH DEVELOPMENT OF PORTLAND-CEMENT MORTARS CONTAINING AIR CLASSIFIED FLY ASHES, Cement and concrete research, 25(2), 1995, pp. 449-456
A PRELIMINARY-STUDY OF FLY-ASH GRANULOMETRIC INFLUENCE ON MORTAR STRENGTH
Authors: MONZO J PAYA J PERISMORA E
Citation: J. Monzo et al., A PRELIMINARY-STUDY OF FLY-ASH GRANULOMETRIC INFLUENCE ON MORTAR STRENGTH, Cement and concrete research, 24(4), 1994, pp. 791-796
INFLUENCE OF DIFFERENT-SIZED FRACTIONS OF A FLY-ASH ON WORKABILITY OFMORTARS
Authors: MORA EP PAYA J MONZO J
Citation: Ep. Mora et al., INFLUENCE OF DIFFERENT-SIZED FRACTIONS OF A FLY-ASH ON WORKABILITY OFMORTARS, Cement and concrete research, 23(4), 1993, pp. 917-924
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