Moisture induced changes in the building physics parameters of insulation materials

K

Thermophysical investigations of nanotechnological insulation materials

K

Investigation of Heat Transfer Decrement of Wall Structures comparison of Measurements And Calculations

L

Investigation of the thermal insulation performance of fibrous aerogel samples under various hygrothermal environment: laboratory tests completed with calculations and theory

L

Thermal diffusion in fibrous aerogel blankets

L

Influence of breakage on crystal size distribution in a continuous cooling crystallizer

A detailed two-dimensional population balance model of continuous cooling crystallization, involving nucleation, growth of the two characteristic crystal facets and binary breakage along the length of needle-shape crystals is presented and analysed. The population balance equation is reduced into a moment equation model of the joint moments of crystal size variables. The dynamic behaviour of the crystallizer and the effects of kinetic and process parameters on the characteristics of crystal size distribution are studied by simulation. The observations and analysis have revealed that there exist strong interactions between the breakage and the product properties