SCHEDULED MAINTENANCE
Hybrid carbon spherogels: carbon encapsulation of nano-titania†
Miralem
Salihovic, 
a
Jürgen
Schoiber,
a
Alexey
Cherevan,
b
Christoph
Rameshan,
b
Gerhard
Fritz-Popovski,
c
Maike
Ulbricht,
de
Stefanie
Arnold,
de
Oskar
Paris,
c
Maurizio
Musso,
a
Nicola
Hüsing
a
and
Michael S.
Elsaesser
*a
a
Jürgen
Schoiber,
a
Alexey
Cherevan,
b
Christoph
Rameshan,
b
Gerhard
Fritz-Popovski,
c
Maike
Ulbricht,
de
Stefanie
Arnold,
de
Oskar
Paris,
c
Maurizio
Musso,
a
Nicola
Hüsing
a
and
Michael S.
Elsaesser
*a
Abstract
Extraordinarily homogeneous, freestanding titania-loaded carbon spherogels can be obtained using Ti(acac)2(OiPr)2 in the polystyrene sphere templated resorcinol-formaldehyde gelation. Thereby, a distinct, crystalline titania layer is achieved inside every hollow sphere building unit. These hybrid carbon spherogels allow capitalizing on carbon's electrical conductivity and the lithium-ion intercalation capacity of titania.
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