The current research work deals with synthesis and optimization of polycrystalline
germanium thin films to develop Ge/Si heterojunction with appropriate band alignment for …

Structural and optical properties of germanium thin films deposited on silicon nitride coated
glass are investigated with the aim to develop a material for the bottom cells of low cost …

Hydrogenated polycrystalline SixGe1− x films, with a varying silicon fraction x≤ 0.246, were
in situ deposited in an argon and hydrogen mixture at 500° C using radio frequency …

To improve the properties of polycrystalline Ge thin films, which are a candidate material for
the bottom cells of low cost monolithic tandem solar cells,∼ 300nm in situ hydrogenated Ge …

The present study is focused on the influence of vacuum thermal treatment on
surface/interface electronic properties of Si/Ge multilayer structures (MLS) characterized …

In the present paper, we have investigated structural, optical as well as electronic properties
of electron beam evaporated Ge thin films having layer thicknesses ranging from ultra-thin (5 …

Multilayers (ML) of [SnO2/Mn] n and [SnO2/Co] n were fabricated by rf sputtering. The effect
of spacer layer (SnO2) thickness, x on the optical properties of these ML was studied. The …

We report structural as well as optical studies on Si/Ge bilayer structures having different
individual layer thicknesses. The Raman spectrum of [Ge (5 nm)/Si (5 nm)] bilayer structure …

Multilayers (ML) of [SnO2/Mn] n were deposited by RF-magnetron sputtering on quartz
substrates at room temperature using metal targets. The XRD pattern and the XRR show …

The present report adds to the ongoing research on Si/Ge nanostructures by discussing the
results obtained utilizing unique features of Synchrotron radiation (SR). Based on the …