Sentence examples for formation of ashes from inspiring English sources
For the decomposition in H3O+ medium at low [H3O+], the equation that best matches the linear requirement is, surprisingly, Eq. 3, which corresponds to the unreacted core model with diffusion control in the solid product halo, and according to SEDM EDS results, there is no formation of ashes under these reaction conditions.
Results show that the unreacted core kinetic model with formation of ashes describes the dissolution process of KFe3[ SO4 2 − X(CrO4 X](OH 6 in OH− medium Fig. 5 SEM image of partially decomposed particles in H3O+ medium (0.01 mol L−1, T = 50 °C, pH 2.01, d0 = 38 44 µm, CrO 4 −2 = 0.77 mol); a tr = 500 min; b tr = 1000 min; c tr = 1500 min; d tr = 2000 min.
Recently, a project on the formation of ash and deposits in waste incinerators has been initiated.
In most of the thermal power plants, the coal ash is dumped in the nearby low lying areas which results into the formation of ash pond.
Likewise, the presence of the inorganic component in the biomass influence in the formation of ash, slag deposits, corrosion of boiler components, and aerosol [14].
Regarding the dissolutions in H3O+ medium, there is no formation of ash layer, because the reaction products are soluble and also there are detachments of flakes.
This chapter focuses on the behavioral changes of minerals in coal under oxy-fuel atmospheres, mainly the formation of ash, the migration and transformation of iron-containing minerals, the characteristics of ash melting, and slag in oxy-fuel conditions.
In the case of the experimental rate constant of the reaction for a control by matter transportation with formation of ash halo, it is defined as follows: k_{exp} = frac{{2bD_{e} C_{A} }}{{rho_{J} d_{0}^{2} }} (6).
The formation of such ash particles with a large part of the fuel ash and high phosphorus content was observed during co-combustion of wheat straw with biosolids in a bubbling fluidized bed.
Results show that the unreacted core kinetic model without formation of an ash layer describes the dissolution process of KFe3[ SO4 2 − X(CrO4 X](OH 6 in H3O+ medium.
Fouling is the formation of sintered ash deposits on conventional heating surfaces such as reheaters and super heaters [40] that are not directly exposed to flame radiation.
