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Applied Physics A

, Volume 94, Issue 3, pp 531-536

First online:

Laser transfer of diamond nanopowder induced by metal film blistering

  • T. V. KononenkoAffiliated withGeneral Physics Institute Email author 
  • , P. AlloncleAffiliated withLP3 Université Aix-Marseille II
  • , V. I. KonovAffiliated withGeneral Physics Institute
  • , M. SentisAffiliated withLP3 Université Aix-Marseille II

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Blister-based laser induced forward transfer (BB-LIFT) is a promising technique to produce surface microstructures of various advanced materials including inorganic and organic micro/nanopowders, suspensions and biological micro-objects embedded in life sustaining medium. The transferred material is spread over a thin metal film irradiated from the far side by single laser pulses through a transparent support. Interaction of the laser pulse with the metal–support interface under optimized conditions causes formation of a quickly expanding blister. Fast movement of the free metal surface provides efficient material transfer, which has been investigated for the case of diamond nanopowder and diamond-containing suspension. The unique features of the given technique are universality, simplicity and efficient isolation of the transferred material from the ablation products and laser heating.


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