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Multi cooling temperature, influence

Figure 6.11.21 Influence of cooling temperature on the maximum axial temperature in a multi-tubular FT reactor comparison oftwo-dimensional model [Eq. (6.11.40)] and one-dimensional model [Eq. (6.11.47)] (T n = Tcooii for parameters see Table 6.11.3) (Jess and Kern, 2009). Figure 6.11.21 Influence of cooling temperature on the maximum axial temperature in a multi-tubular FT reactor comparison oftwo-dimensional model [Eq. (6.11.40)] and one-dimensional model [Eq. (6.11.47)] (T n = Tcooii for parameters see Table 6.11.3) (Jess and Kern, 2009).
Figure 6.13.2 Influence of cooling temperature on maximum axial temperature in a multi-tubular PA production [two-dimensional model, Eqs. (6.13.14)-(6.13.22), parameters as given by Table 6.13.1]. Figure 6.13.2 Influence of cooling temperature on maximum axial temperature in a multi-tubular PA production [two-dimensional model, Eqs. (6.13.14)-(6.13.22), parameters as given by Table 6.13.1].
In addition to packed catalyst bed, a fluidized bed irradiated by single and multi-mode microwave field, respectively, was also modeled by Roussy et al. [120]. It was proved that the equality of solid and gas temperatures could be accepted in the stationary state and during cooling in a single-mode system. The single-mode cavity eliminates the influence of particle movements on the electric field distribution. When the bed was irradiated in the multimode cavity, the model has failed. Never-... [Pg.372]


See other pages where Multi cooling temperature, influence is mentioned: [Pg.680]    [Pg.361]    [Pg.30]    [Pg.143]    [Pg.163]    [Pg.98]    [Pg.4]   
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