Crystallization Technology Handbook

By A. Mersmann. 2001

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Phase changes of salts in porous materials: Crystallization, hydration and deliquescence (2008, methodology): “These models (as adsorption, kinematics, surface energy and diffusion-reaction model Mersmann [4]) are used very often in chemical engineering though they lack theoretical foundations because of their simplicity.”
Reconstruction of a distribution from a finite number of moments with an adaptive spline-based algorithm (2010, positive): “The chosen examples still come from crystallization reactors, since determining the correct PSD is a particularly important issue in this case as noted for example in Mersmann (2001).”
Water crystallization and its importance to freezing of foods: A review (2011, positive): “…depends on the diffusivity, DAB, and the nucleation energy, ΔGmax,s, and can be expressed in a similar way to the primary nucleation as the following (Dirksen & Ring, 1991; Mersmann, 2001a; Nielsen, 1981): Bs ¼ DAB d4m exp p g2CLd4m ðKTÞ2nlnSmet;s ! ð9Þ where Smet,s is the relative supersaturation.”
Techniques for the reconstruction of a distribution from a finite number of its moments (2007, methodology): “Example 2.2: Due to the fact that the resulting distribution is an essential criterion for assessing the properties and quality of a product ( Mersmann, 2001 ), the assumed shape of the curve must of course accurately fit the corresponding data.”