Loading...

QR Code

Thermal properties of metal oxide nanaofluids-effect of nano particle surface properties

Bibliographic Details
Main Author:	Jiji, A C
Format:	Dissertation
Language:	English
Published:	2010

Similar Items

Structural, mechanical and thermal properties of PVA-metal oxide nanocomposites/
by: Gandhi S, Researcher, et al.
Published: (2014)

Surface properties and catalytic activity of sulphate modified metal oxides
by: Kumaree Seena, C.R
Published: (1998)

Surface properties and catalytic activity of sulphate modified metal oxides
by: Kumaree Seena C. R.
Published: (1998)

Surface science of metal oxides
by: Henrich, Victor E.
Published: (1994)

Surface science of metal oxides /
by: Henrich, Victor E. And
Published: (1994)

Effect of manganese addition on the structure and properties of nano crystalline zinc oxide
by: Ancy A.K
Published: (2013)

Surface properties and catalysis by non-metals
by: Bonnelle, J P
Published: (1983)

Transition metal oxides: structure, properties and synthesis of ceramic oxides /
by: Rao, C N R.
Published: (1998)

Transition metal oxides: structure, properties, and synthesis of ceramic oxides
by: Rao, C N R and Raveau, B
Published: (1998)

Synthesis and characterization of metal oxides and mixed metal oxides in nano form
by: Sharmila.P.P
Published: (2015)

The thermal properties of transition-metal ammine complexes,
by: Wendlandt, Wesley William
Published: (1967)

Thermal properties of transition metal ammine complex /
by: Wendlandt, Wesely Wm And
Published: (1967)

Thermal properties of matter.
by: Kauzmann, Walter, 1916-
Published: (1966)

Transition metal oxides : structure,properties, and synthesis of ceramic oxides
by: Rao,CNR and Raveau,B
Published: (1998)

Metal properties
by: Hoyt, Samuel L
Published: (1954)

Metals properties /
by: Hoyt, Samuel L.
Published: (1954)

Synthesis,functionalization and surface treatment of nano particles
by: Baraton,Marie-Isabelle
Published: (2003)

Catalysis and surface properties of liquid metals and alloys /
by: Ogino, Yoshisada
Published: (1987)

Effective surface properties of Sn isotopes /

Immobilization of a-amylase on nano-metal oxides
Published: (2009)

Transition metal oxides: an introduction to their electronic structure and properties
by: Cox P A
Published: (2011)

The properties of glass surfaces.
by: Holland, L.
Published: (1966)

Electronic properties of surfaces /
Published: (1984)

Optical properties of NANO structure
by: FU, Ying
Published: (2011)

Mechanical and thermal properties of materials/
by: Collieu Antony McB
Published: (1973)

Nano particles and catalysis
by: Astruc Dider, ed
Published: (2008)

Nanocomposite and nano particles
by: Rita, Khare, Dr
Published: (2015)

Synthesis and characterization of transition metal oxide thermal sensors /
by: Stella, K. A.
Published: (2012)

Synthesis and characterization of transition metal oxide thermal sensors
by: Stella. K. A.

Synthesis of copper oxide nano fluid and study of thermal conductivity
by: Subila, K B
Published: (2008)

Surface electron properties and catalytic activity of rare earth oxides
by: Jalaja J. Malayan
Published: (1994)

Surface electron properties and catalytic activity of rare earth oxides
by: Jalaja J. Malayan
Published: (1994)

Surface electron properties and catalytic activity or rare earth oxides
by: Jalaja J Malayan
Published: (1994)

Oxidation of Metals
by: Hauffe, Karl
Published: (1965)

Nano-surface chemistry /
Published: (2001)

Effect of strontium doping on the surface properties of lanthana
by: Bincy Varghese V.
Published: (1994)

Semiconductor and metal nano crystals : synthesis and electronic and optical properties
by: Klimov, Victor I ,ed
Published: (2004)

Semiconductor and metal nano crystals : synthesis and electronic and optical properties
by: Klimov,Victor I
Published: (2004)

Studies on the surface properties and catalytic activity of metal chromites on thermal decomposition of ammonium perchlorate (Thesis)
by: Bolie Therattil
Published: (2010)

Development of nano-composite based metal- metal oxide matrix electro /
by: Dilmon, V. S.