Microstructure evolution in precipitate strengthened materials by Gill, S, Cocks, A

ATOMIC-SCALE CHARACTERIZATION OF PRECIPITATION IN COPPER COBALT ALLOYS by Setna, R, Cerezo, A, Hyde, J, Smith, G

GETTERING OF COPPER IN SILICON - PRECIPITATION AT EXTENDED SURFACE-DEFECTS by Decoteau, M, Wilshaw, P, Falster, R

Characterization of precipitates in an aged 7xxx series Al alloy by Sha, G, Cerezo, A

“…Precipitates in a 7050 Al alloy under two-step ageing treatments were characterized using an energy-compensated optical position-sensitive atom probe and transmission electron microscopy. …”

PREDICTION OF PRECIPITATION AND TRANSFORMATION BEHAVIOR OF CALCIUM-PHOSPHATE IN AQUEOUS-MEDIA by Wong, A, Czernuszka, J

Influence of SO4 and Mg/Ca on precipitated calcium carbonate by Bots, P, Benning, L, Shaw, S, Rickaby, R

SOME ASPECTS OF THE MEASUREMENT OF PRECIPITATE SIZE IN THE FIELD-ION MICROSCOPE by Sha, W, Cerezo, A, Smith, G

PRECIPITATION OF IRON IN SILICON - GETTERING TO EXTENDED SURFACE DEFECT SITES by Decoteau, M, Wilshaw, P, Falster, R

“…It is found that, for the conditions investigated, gettering of Fe proceeds by generation of an impurity/crystal defect complex, rather than nucleation of FeSi2 precipitates. The crystal defects are found to be b=1/6〈411〉 interstitial dislocation loops normally observed in the presence of Si1 supersaturation. …”

The behaviour of Mg and Li isotopes during the dissolution and precipitation of silicate minerals by Wimpenny, J, James, R, Gislason, SR, Gannoun, A, Burton, K

Experimental quantification of kinetic Mg-isotope fractionation during magnesite precipitation by Pearce, C, Saldi, G, Schott, J, Burton, K, Oelkers, E

Atomic scale study of precipitate/matrix interfaces in a metallic alloy by Rozdilsky, I, Cerezo, A, Smith, G, Watson, A

“…Similar widths are measured for precipitates in the coarsening regime which shows the interface velocity does not affect the interface width.…”

Characterization of the precipitation in Al-Li-Cu-Mg-(Mn, Zr) alloys by Davin, L, Cerezo, A, Gao, N, Starink, M

“…In alloy A, the particles identified can be classified into two categories: those rich in Cu and Mg (similar to GPB zones and S' precipitates); and spherical particles rich in Li (delta' precipitates). …”

RainBench: Towards global precipitation forecasting from satellite imagery by de Witt, CS, Tong, C, Zantedeschi, V, De Martini, D, Kalaitzis, A, Chantry, M, Watson-Parris, D, Bilinski, P

“…Extreme precipitation events, such as violent rainfall and hail storms, routinely ravage economies and livelihoods around the developing world. …”

Organic matter diagenesis, methane oxidation and their relation to ikaite precipitation in Antarctic sediments by Lu, Z, Pancost, R, Aquilina, A, Rickaby, R

3-D atomic-scale experimental and modelling studies of the early stages of precipitation by Cerezo, A, Hirosawa, S, Sha, G, Smith, G

“…This paper describes combined 3DAP analysis and KMC simulations of copper precipitation in pressure-vessel steels. and early-stage clustering in a 7050 (Al-Zn-Mg-Cu) alloy. 3DAP characterisation showed that clusters containing Ni and Mn were present in the steel prior to Cu precipitation. …”

A procedure for quantification of precipitate microstructures from three-dimensional atom probe data. by Vaumousse, D, Cerezo, A, Warren, P

Atomic-scale measurement of composition profiles near growing precipitates in the Cu-Co system by Rozdilsky, I, Cerezo, A, Smith, G

“…Compositional data obtained will be used to measure the width of the precipitate matrix interface and characterize its structure.…”

The use of EELS elemental mapping to study precipitation reactions in a stainless maraging steel by Wang, X, Jenkins, M, Titchmarsh, J

“…Ni-rich precipitates tended to form adjacent to existing Cu-rich precipitates, consistent with an earlier suggestion from atom-probe studies of the same material that Cu-rich precipitates act as nucleation sites for Ni-3(Ti, Mo) precipitates.…”

CONSTANT-COMPOSITION STUDY OF THE PRECIPITATION BEHAVIOR OF CALCIUM-PHOSPHATE IN THE PRESENCE OF NONCOLLAGENOUS BIO-CHEMICALS by Wong, A, Czernuszka, J

The effect of pre-ageing and addition of copper on the precipitation behaviour in Al-Mg-Si alloys by Morley, A, Zandbergen, M, Cerezo, A, Smith, G

“…Hardness measurements and 3-dimensional atom probe analysis have been used to characterise the precipitation behaviour in two 6xxx series aluminium alloys, one Cu-free alloy (Al-0.78at%Mg0.68at%Si) and one Cu-containing alloy (Al-0.78at%Mg-0.68at%Si-0.30at%Cu). …”