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Absorption electronic spectra of MOO and WO molecules have been investigated by a intracavity laser technique in the region 550-800 nm. New features have been discovered.As for MOO molecule the rotational analysis of the four bands have been carried out for the first time. Two of these bands were referred to 0-0 transitions arisen from the new (probable triplet) low-lying electronic state, two other bands were referred to transitions arisen from excited components of X517 ground state.As for WO molecule the rotational analysis of 0-0 and 1-0 bands represented A-X and B-X systems have been carried out for the first time. The new band has been discovered which has been referred to new electronic transition.Molecular constants of new states of both molecules studied have been evaluated.

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In this work we consider coal-water slurry fuels as an alternative to the traditional types of fuels, in particular, coal. Assessment is performed using a software tool for calculating the combustion process of coal-water slurry fuels. The obtained results will allow one to perform computer-aided environmental calculations during CWS combustion in experimental and industrial plants.

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