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Faces of heme

Facet adsorption energy of CO have been performed to separate size effects due to the electronic structure of clusters from effects that can be attributed to the local geometry. The dashed line fits

Facet signature characterization of a profile in conjunction with size and shape measurements of fineparticie profiles can be used to automate allocation of the fineparticle to a location within a reference grid used by geologists to describe the shape and size of rock fragments . a Reworked standard grid replacing elongation with the more easily handled Chunkiness, b Three dimensional summary of the array of .

Facet-like snow flake from Bentley Humphreys Snow Crystals courtesy

Faceted crystallite of it-PS grown at 228 C . Electron micrographs obtained by Vaughan and Bassett

Faceted growth in t-butyl alcohol growing from the melt as in

Faceted mirror in an intruder alarm

Faceted model of a surface

Facets produced in hemispherical pits in silicon by NaOH. llO surface. X30, before reduction for publication,

Facetting. Sputtering creates angled features. An angled facet in the resist propagates and the mask is eroded away.

Facial and meridional isomers.

Facial discrimination in cycloadditions of glyceraldehyde-derived diene 16,

Facial formation of iV,0-acetal 68

Facial morphology. Normal embryo with facial structures highlighted

Facial protection required

Facial selection observed in the reduction of 2-adamantanones with NaBH4.

Facial selectivities for attack on alkenes by the boron atom of borane-THF

Facial selectivity and endo vs. exo transition state

Facial selectivity for SAE.

Facial selectivity in asymmetric dihydroxylation using AD-mix-a and AD-mix-p.

Facial selectivity in MeMgBr additions to 2,5-cyclohexadienones.

Facial selectivity in the cycloaddition between acrolein and a diene derived from a carbohydrate

Facial selectivity in the reaction of the cyclopentadiene 22

Facial selectivity in the reactions of 5-substituted cyclopentadienes with ethylene

Facial selectivity in the reactions of the cyclopentadienes 8-10



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