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3D porous communicationwindow measurement
Porous Structure Large Particle Separation
Intraparticle void measurement        
FIBSEM image correction software
3D porous communication window measurement option   TRI/3D-PRT-WIN
If gigantic particles and distorted particles are mixed in spherical 3D particles,
the gigantic particles and distorted particles are automatically separated and extracted,
and then the spherical 3D particles are further separated and extracted.

Inclusive void measurement option TRI/3D-PRT-VOD

Extract the voids contained in the particles and measure the void ratio of each particle.
It is possible to distinguish between voids confined within particles and through-holes
communicating with the outside.

■Main measurement items

  1. Separation of particles (closed particles) filled
    with cavities and through-holes
  2. Particle measurement items such as volume, surface area,
    and anisotropy for closed particles
  3. Cavity volume, surface area
  4. Communicating pore volume, surface area

■Particle measurement items

  1. volume, surface area
  2. Equivalent sphere diameter
  3. Inertial ellipsoid diameter 2a,2b,2c
  4. aspect ratio
  5. Direction of major axis a(θ,φ)
  6. barycentric coordinates
  7. 配Coordination number, Neighboring particle number
  8. Distance between particles, etc.
 PRT-VD-MSR
cavity　　　　　　　Through hole