13 Morphological Modelling and Simulation …
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Fig. 9 Measured hull of a potash alum crystal with a model normal vector of a face that is not
expressed in the measurement (arrow). Triangles indicate points in a slice that is orthogonal to the
vector and that has a distance that is too small to appropriately describe the face distance. Squares
indicate the length of the normal vector that describes a disappearing face of the crystal. (Reprinted
with permission from [1], Copyright (2014) American Chemical Society)
Fig. 10 Illustration of the problem of faces lying outside of a crystal model as discussed by Reinhold
and Briesen [11]. An invalid face vector is shown on the right-hand side of the figure. (Reprinted
with permission from [1], Copyright (2014) American Chemical Society)
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Fig. 9 Measured hull of a potash alum crystal with a model normal vector of a face that is not
expressed in the measurement (arrow). Triangles indicate points in a slice that is orthogonal to the
vector and that has a distance that is too small to appropriately describe the face distance. Squares
indicate the length of the normal vector that describes a disappearing face of the crystal. (Reprinted
with permission from [1], Copyright (2014) American Chemical Society)
Fig. 10 Illustration of the problem of faces lying outside of a crystal model as discussed by Reinhold
and Briesen [11]. An invalid face vector is shown on the right-hand side of the figure. (Reprinted
with permission from [1], Copyright (2014) American Chemical Society)