Search results for: POROUS NANOBERYLLIUM

• Highly porous nanoberyllium for X-ray beam speckle suppression

  Publication

  • A. Goikhman
  • I. Lyatun
  • P. Ershov
  • I. Snigireva
  • P. Wojda
  • V. Gorlevsky
  • A. Semenov
  • M. Sheverdyaev
  • V. Koletskiy
  • A. Snigirev

  - JOURNAL OF SYNCHROTRON RADIATION - Year 2015

  The speckle suppressor device containing highly porous nanoberyllium is proposed for manipulating with the spatial coherence length and removing undesirable speckle structure during the imaging experiments. We report a special device called the speckle suppressor, which contains the highly porous nanoberyllium plate, compacted from both sides by two beryllium windows. By insertion the speckle suppressor in the X-ray beam it allows...

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• Advanced Porous Materials

  Journals

  ISSN: 2327-3941 , eISSN: 2327-395X

• Lex Portus

  Journals

  ISSN: 2524-101X , eISSN: 2617-541X

• PROBUS

  Journals

  ISSN: 0921-4771 , eISSN: 1613-4079

• An investigation on wetting of porous materials

  Publication

  • D. Hołownia - Kędzia
  • I. Tomaszewska
  • J. Hupka

  - Physicochemical Problems of Mineral Processing - Year 2008

  Pośrednie metody oceny zdolności zwilŜania drobnych cząstek lub materiałów porowatych wymagają wyboru cieczy odniesienia, dla której kąt zwilŜania jest równy zeru. W badaniach własnych zastosowanometodę wzniesienia kapilarnego oraz metodę flotacji filmowej dla układów mikrokulki szklane-woda i mikrokulki szklane-dekan. Uzyskane dane dla cieczy odniesienia i dla cieczy badanej wprowadzano dozmodyfikowanego równania Washburn'a i...

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• Horos

  Journals

  ISSN: 1105-2163

• Three-dimensional porous carbon with big cavities and hierarchical pores derived from leek for superior electrochemical capacitive energy storage

  Publication

  • X. Liu
  • J. Li
  • Y. Wen
  • C. Ma
  • X. Chen
  • X. Wen
  • T. Tang
  • E. Mijowska

  - DIAMOND AND RELATED MATERIALS - Year 2019

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• Italus Hortus

  Journals

  ISSN: 1127-3496

• Corpus Pragmatics

  Journals

  eISSN: 2509-9515

• A review: Fabrication of porous polyurethane scaffolds

  Publication

  • H. Janik
  • M. Mallach

  - Materials Science & Engineering C-Materials for Biological Applications - Year 2015

  The aim of tissue engineering is the fabrication of three-dimensional scaffolds that can be used for the reconstruction and regeneration of damaged or deformed tissues and organs. A wide variety of techniques have been developed to create either fibrous or porous scaffolds from polymers, metals, composite materials and ceramics. However, the most promising materials are biodegradable polymers due to their comprehensive mechanical...

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