Selective Chemistry at Oxide Kink Sites

Page 1. • Evidence of enantiospecific conversion of methyl lactate to methyl ketene suggests that kink sites of SrTiO 3 (6 ...
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Selective Chemistry at Oxide Kink Sites Lisa McElwee-White, Jason F. Weaver University of Florida

Methyl Ketene Desorption rate (a.u.)

SrTiO3(621) + Methyl-R-Lactate Ts = 88 K, Mass 56

200

400

TiO2 kink

615 K

600

SrTiO3(621) + Methyl-S-Lactate Ts = 88 K, Mass 56

SrO kink

800

630 K

SrTiO3(6 2 1) 200

400

600

800

Temperature (K)

• Evidence of enantiospecific conversion of methyl lactate to methyl ketene suggests that kink sites of SrTiO3(6 2 1) promote distinct reactions compared with terrace sites.