Journal of Materials Synthesis and Processing

, Volume 7, Issue 6, pp 373–377

Synthesis of Nanosized Copper Powder by an Aqueous Route

Authors

    • National Metallurgical Laboratory
  • Swapan Kumar Das
    • National Metallurgical Laboratory
  • T. V. Vijaya Kumar
    • National Metallurgical Laboratory
  • V. Rao
    • National Metallurgical Laboratory
  • P. Ramachandrarao
    • National Metallurgical Laboratory
Article

DOI: 10.1023/A:1021818014207

Cite this article as:
Sinha, A., Das, S.K., Kumar, T.V.V. et al. Journal of Materials Synthesis and Processing (1999) 7: 373. doi:10.1023/A:1021818014207

Abstract

Nanostructured, crystalline copper powder was produced at ambient temperature by aqueous reduction of a copper salt by sodium borohydride. Conditions were optimized to produce boron-free copper powder with an average particle diameter of 200 nm, surface area of 5.48 m * m/g, and oxygent content of 0.155%. The effects of different experimental conditions on average particle size of the powder were also studied. The sintering phenomenon exhibited by produced copper particles at 100°C may be attributed to the low oxygen content of the powder along with other size variation-dependent factors.

Nanostructured nanocopper aqueous reduction borohydride reduction

Copyright information

© Plenum Publishing Corporation 1999