Processing of High-Paraffinic vacuum residues by thermocatalytic methods to obtain bitumen LF-NMR) relaxometry in
high-paraffinic vacuum residues, and after our thermocatalytic process
High technology of production of bitumen from highly paraffinic crudeBackground: The problem of manufacturing bitumen of
high quality from oil
residues is quite actual
High technology of production of bitumen from highly paraffinic crudeBackground: The problem of manufacturing bitumen of
high quality from oil
residues is quite actual
Structural and dynamic studies of naphtha crude residue with different chemical nature insulating material (BIM). Naphtha crude
residues (NCR) of
paraffin and
high-paraffin crude oils are usually
Transformation of asphaltenes of vacuum residues in thermal and thermocatalytic processes and asphaltenes of the
vacuum residue.The average diameter of the aromatic layers (La) increases from 8.10 to 10
Structural and dynamic studies of naphtha crude residue with different chemical nature insulating material (BIM). Naphtha crude
residues (NCR) of
paraffin and
high-paraffin crude oils are usually
High-melting point asphalt on the basis of high-paraffin oil tar-melting grades of bitumen from
high-paraffin tar in the presence of a catalytic complex by "conventional
High-melting point asphalt on the basis of high-paraffin oil tar-melting grades of bitumen from
high-paraffin tar in the presence of a catalytic complex by "conventional
Study of the dependence of the end-point bremsstrahlung energy on the residual gas pressure during the pyroelectric source operation in vacuumIvashchuk, O. O.,
Shchagin, A. V.,
Kubankin, A. S.,
Kishin, I. A.,
Oleinik, A. N.,
Gilts, M. E. the operation of a pyroelectric source in
vacuum at different
residual gas pressures are presented.The range