Volume 15 (2024)
Volume 14 (2023)
Volume 13 (2022)
Volume 12 (2021)
Volume 11 (2020)
Volume 10 (2019)
Volume 9 (2018)
Volume 8 (2017)
Volume 7 (2016)
Volume 6 (2015)
Volume 5 (2014)
Volume 4 (2013)
Volume 3 ( 2012)
Volume 2 (2011)
Volume 1 (2010)
Spectroscopic identification of ultranano-crystalline phases within amorphous/nano-crystalline silicon

Mansi Sharma; Deepika Chaudhary; S. Sudhakar; Preetam Singh; K. M. K. Srivatsa; Sushil Kumar

Volume 8, Issue 2 , February 2017, , Pages 163-169

https://doi.org/10.5185/amlett.2017.6451

Abstract
  The structural transition in accordance to nano sized grain distribution within the amorphous silicon matrix has been described on the basis of spectroscopic analysis as a result of variable input power applied during growth via plasma enhanced chemical vapor deposition (PECVD) process. For this, characterization ...  Read More

Growth And Field Emission Properties Of Vertically-aligned ZnO Nanowire Array On Biaxially Textured Ni-W Substrate By Thermal Evaporation

Deepak Chhikara; K. M. K. Srivatsa; M. Senthil Kumar; Preetam Singh; Sourav Das; O. S. Panwar

Volume 6, Issue 10 , October 2015, , Pages 862-866

https://doi.org/10.5185/amlett.2015.5886

Abstract
  Vertically well aligned and highly dense ZnO nanowires (NWs) have been grown on biaxially textured Ni substrates by a simple thermal evaporation technique over a large area without using any catalyst. The grown ZnO NWs have crystallized in wurtzite hexagonal structure and have grown along [0001] direction. ...  Read More

Growth And Characterization Of Large Grained Poly-Si Films Grown On Biaxially Textured Ni-W Substrate By Hot-wire CVD

Preetam Singh; K. M. K. Srivatsa; Sourav Das

Volume 6, Issue 5 , May 2015, , Pages 436-441

https://doi.org/10.5185/amlett.2015.5754

Abstract
  Polycrystalline Si (Poly-Si) film with highly crystalline nature, and having most of the grains in the range of 50-100 µm has been grown over biaxially textured Ni-W substrate by Hot-wire chemical vapor deposition technique, using a single buffer layer of CeO2 thin film. This result has been achieved ...  Read More