2019
DOI: 10.22213/2410-9304-2019-1-138-143
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Technical Carbon for Modification of the Structure and Properties of the Gypsum Binder

Abstract: В работе приведены результаты исследований структуры и свойств гипсового вяжущего, модифицированного ультрадисперсной технической сажей. Показано, что введение в состав гипсового вяжущего технического углерода в виде колеровочной пасты приводит к изменению морфологии кристаллогидратов двуводного сульфата кальция, уплотнению структуры гипсовой матрицы и, как следствие, к повышению прочности затвердевшего гипсового вяжущего. Показано, что дисперсность частиц сажи в составе колеровочной пасты зависит от ее возрас… Show more

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“…Physicochemical processes that lead to the creation of electrically conductive composites are not clearly explained. Most of the works are solely descriptive and present physicochemical characteristics of material after introduction of dispersed conductive materials such as graphite [6], carbon soot [7][8], metal oxides [9], carbon nanotubes [10]. However, the mechanisms of structural modification of composites and increase in their electrical conductivity, achieved by changing the dispersion degree of conductive additives, are not investigated.…”
Section: Introductionmentioning
confidence: 99%
“…Physicochemical processes that lead to the creation of electrically conductive composites are not clearly explained. Most of the works are solely descriptive and present physicochemical characteristics of material after introduction of dispersed conductive materials such as graphite [6], carbon soot [7][8], metal oxides [9], carbon nanotubes [10]. However, the mechanisms of structural modification of composites and increase in their electrical conductivity, achieved by changing the dispersion degree of conductive additives, are not investigated.…”
Section: Introductionmentioning
confidence: 99%