A5: Nanoscale and low dimensional effects

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A5: Nanoscale and low dimensional effects

  Stacking structures of epitaxial Si nanodots and their thermal conductivity

Yoshiaki Nakamura1, 2, *, Masayuki Isogawa, Tomohiro Ueda1, Jun Kikkawa1, and Akira Sakai1

  Stacking structures of epitaxial Si nanodots and their thermal conductivity

Yoshiaki Nakamura1, 2, *, Masayuki Isogawa, Tomohiro Ueda1, Jun Kikkawa1, and Akira Sakai1

Improved Thermoelectric Properties by Control of Nanoparticles in Thin Film

C. He1, M. Uenuma1, Y. Shinoda2, N. Okamoto1, R. Honda1, H. Kamitake1, I. Yamashita1 and Y. Uraoka1

Thermo power Enhancement in PbTe nanocubes

B Khasimsaheb1,S Neeleshwar1*,B Shivaiah2,Ajay Dhar2,S Amrithapandiyan3 & B K Panigrahi3

Enhanced thermoelectric properties of p-type CoSb3/graphene nanocomposite

Bin Feng, Jian Xie, Gaoshao Cao, Tiejun Zhu and Xinbing Zhao

Enhanced thermoelectric properties using  multifunctional nanocrystals and nanocomposites

Soo yeol Jeong, Jeong Hyun Park, Soo Jin Kim,Wan Jin Lim, Jong-Soo Lee*

Epitaxial growth and electronic properties of Bi2-xSbxTe3 (0≤x≤2) thin films on Sapphire(0001) substrate

Wei Liu, Lynn Endicott, Hang Chi and Ctirad Uher*

Growth and characterization of QDSL (Quantum Dots Super Lattices) of metal silicides in a SiGe matrix for thermoelectric applications

S. Silveira Stein

Precipitates in Ge-Sb-Te and Sn-Bi-Se materials as nanostructured thermoelectrics

Felix Fahrnbauer1, Stefan Schwarzmüller2, Philipp Urban1, Nadja Giesbrecht2, Christina Fraunhofer2, Gerald Wagner1, G. Jeffrey Snyder3 and Oliver Oeckler1

Progress and Challenges on Thermoelectric Transport, Materials, Characterization, and Systems

Gang Chen

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