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  • Choosing the Most Suitable Shape Parameter in Morphological Analysis (.pdf)
    In the literature, tens of shape parameters enable the morphology of particles to be characterised. One of the difficulties in morphological analysis resides in the choice of the shape parameter the most suited to the nature of the particles. The ISO 13322-1 and USP <776> standards provide several
  • Combined Analysis of the Size and Shape of Particles in the Pharmaceutical Industry (.pdf)
    of a manufacturing process or the final effectiveness of a formulation. Measuring size and shape is part of the precise requirements of the standards taken as the basis for the assessment of the possibilities for particle size analysis techniques and the benefits of morphological analysis
  • Optical Touch Pointer for Fluorescence Guided
    Total tumor resection in. patients with glioblastoma multiforme (GBM) is difficult to. achieve due to the tumor's infiltrative way of growing and. morphological similarity to the surrounding functioning. brain tissue. The diagnosis is usually subjectively performed. using a surgical microscope
  • A new class of glass-ceramics -- Micro Milling Media
    The use of mechanical energy in the manufacturing of inorganic-based products is well established. Throughout major stretches of history, the technology has primarily been restricted to morphological modifications of naturally occurring minerals, such as the refinement of ores and rocks. Over
  • Medical Device Link . The Effects of Annealing Conditions on the Structure and Properties of Polypropylene Fibers
    , and annealing, PP fibers exhibit performance that is strongly dependent on their specific chemical structure and morphology. Whereas the chemical structure of PP fibers is controlled by resin composition such as homopolymer (HPP) or copolymer (CPP), morphological structure is related to processing
  • Biocompatibility of Plastics (.pdf)
    and morphological characterization (under development). Principles and methods for immunotoxicology testing of medical devices (under. 20. development). Table 1 - The structure and parts of ISO 10993: Biological evaluation of medical devices. The first stage of ISO 10993 is material characterization
  • Fiber Orientation Visualization with Avizo Fire 3D analysis software
    bringing this challenge to a successful solution. These methods ranged from image acquisition. like computed tomography, image processing, to morphological operations like erosion and dilation or. more advanced methods, up to the final calculation of the spatial information in fiber composed. material

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