Civil Engineering Reference
In-Depth Information
Deb S K (1973), 'Optical and photoelectric properties and colour centres in thin
fi lms of tungsten oxide', Philos Mag , 27, 801-822.
Degerman Engfeldt J, Georen P, Lagergren C and Lindbergh G (2011), 'Methodol-
ogy for measuring current distribution effects in electrochromic smart windows',
Appl Opt , 50, 5639-5646.
Denesuk M and Uhlmann D R (1996), 'Site-saturation model for the optical effi -
ciency of tungsten oxide based devices', J Electrochem Soc , 143, L186-L188.
de Tacconi N R, Rajeshwar K and Lezna R O (2003), 'Metal hexacyanoferrates: in
situ characterization, and applications', Chem Mater , 15, 3046-3062.
Eda G and Chhowalla M (2010), 'Chemically derived graphene oxide: towards
large-area thin-fi lm electronics and optoelectronics', Adv Mater , 22, 2392-
2415.
Eichholtz P, Kok N and Quigley J M (2010), 'Doing well by doing good? Green
offi ce buildings', Am Econ Rev , 100, 2492-2500.
Eichholtz P, Kok N and Quigley J M (2011), 'The economics of green building',
Report E 3 WP-002, University of California Center for Energy and Environmen-
tal Economics, Berkeley, CA.
Elschner A and Lövenich W (2011), 'Solution-deposited PEDOT for transparent
conductive applications', MRS Bull , 36, 794-798.
Fernández E (2007), 'Materials for aesthetic, energy-effi cient, and self-diagnostic
buildings', Science , 315, 1807-1815.
Gardiner D J, Morris S M and Coles H J (2009), 'High-effi ciency multistable switch-
able glazing using smectic A liquid crystals', Solar Energy Mater Solar Cells , 93,
301-306.
Geim A K and Novoselov K S (2007), 'The rise of graphene', Nature Mater , 6,
183-191.
Gentle A, Maaroof A I and Smith G B (2007), 'Optical and electrical switching in
nanostructured coatings of VO 2 ', Nanotechnology , 18, 025202.
Gillaspie D T, Tenent R C and Dillon A C (2010), 'Metal-oxide fi lms for electro-
chromic applications: present and future directions', J Mater Chem 20,
9585-9592.
Ginley D S, Hosono H and Paine D C (eds) (2010), Handbook of Transparent Con-
ductors , Springer Science
Business Media, New York.
Glicksman L R (2008), 'Energy effi ciency in the built environment', Phys Today
(July), 35-40.
Goodenough J B (1971), 'The two components of the crystallographic transition in
VO 2 ', J Solid State Chem , 3, 490-500.
Granqvist C G (1990), 'Chromogenic materials for transmittance control of large-
area windows', Crit Rev Solid State Mater Sci , 16, 291-308.
Granqvist C G (1993), 'Electrochromic materials: microstructure, electronic bands,
and optical properties', Appl Phys A , 57, 3-12.
Granqvist C G (1995), Handbook of Inorganic Electrochromic Materials , Elsevier,
Amsterdam.
Granqvist C G (2007), 'Transparent conductors as solar energy materials: a pan-
oramic review', Solar Energy Mater Solar Cells , 91, 1529-1598.
Granqvist C G (2008), 'Oxide electrochromics: why, how, and whither', Solar Energy
Mater Solar Cells , 92, 203-208.
Granqvist C G (2012), 'Oxide electrochromics: an introduction to devices and mate-
rials', Solar Energy Mater Solar Cells , 99, 1-13.
+
￿ ￿ ￿ ￿ ￿ ￿
Search WWH ::




Custom Search