[1] Chr. Boyadjiev, Theoretical Chemical Engineering: Modelling and
Simulation, Springer-Verlag, Berlin, Heidelberg, 2010, pp. 594.
[2] Chr. Boyadjiev, Modelling of column apparatuses, Transactions of
Academenergo (3) (2009), 7-22.
[3] M. Doichinova and Chr. Boyadjiev, On the column apparatuses
modelling, International Journal of Heat and Mass Transfer 55 (2012),
6705-6715.
[4] Chr. Boyadjiev, Diffusion models and scale-up, International
Journal of Heat and Mass Transfer 49 (2006), 796-799.
[5] Chr. Boyadjiev, Mechanism of gas absorption with two-phase
absorbents, International Journal of Heat and Mass Transfer 54 (2011),
3004-3008.
[6] Chr. Boyadjiev, On the modelling of an airlift reactor,
International Journal of Heat and Mass Transfer 49 (2006),
2053-2057.
[7] Chr. Boyadjiev, Diffusion model of an airlift three-phase
catalytic reactor and scale-up, Theoretical Foundations of Chemical
Engineering 40 (2006), 673-678.
[8] Chr. Boyadjiev and J. Merchuk, On the modelling of an airlift
photobioreactor, Journal of Engineering Thermophysics 17(2) (2008),
134-141.
[9] K. Panayotova, M. Doichinova and Chr. Boyadjiev, On the scale
effect and scale-up in the column apparatuses 1; Influence of the
velocity distribution, International Journal of Heat and Mass Transfer
52 (2009), 543-547.
[10] K. Panayotova, M. Doichinova and Chr. Boyadjiev, On the scale
effect and scale-up in the column apparatuses 2; Scale effect
modelling, International Journal of Heat and Mass Transfer 52 (2009),
2358-2361.
[11] K. Panayotova, M. Doichinova and Chr. Boyadjiev, On the scale
effect and scale-up in the column apparatuses 3; Circulation zones,
International Journal of Heat and Mass Transfer 53 (2010), 2128-2132.