Filter
ID :  till 
Mnemonic code:
Code in external DB source:
Name:
Tags:
Sorting:  till 
Preview text:
Detailed description:
Activity Start Date: Select date in calendarSelect date in calendar
Activity End Date: Select date in calendarSelect date in calendar
Number of shows:  till 
Information Block type:
Information Block ID:
Information Block mnemonic code:
Information Block name:
Information Block code in external DB source:
Create date: Select date in calendarSelect date in calendar
Описание:
Теги:
Автор:
Рубрика:
  

Journal

On the base of their analysis of the well-known and the present paper authors’ own researches, scientific concepts about the structure of the stones o...
Issue №6, 2011
Section: Science and production
Keywords: compositional materials, structure, structure model, filler, physical activity, chemical activity
Autor: R.Z. Rakhimov, N.R. Rakhimova.
The laboratory studies demonstrated the possibility of using wastes from iron-vanadium production as an iron-containing component of the cement raw mi...
Issue №6, 2011
Section: Waste utilization
Keywords: Portland clinker, ferrous waste, ferrous addition, clinker microstructure, hydraulic activity
Autor: I.N. Borisov, O.S. Mandrikov.
Rapid destruction of pavement concretes is due to a combination of mechanical and environmental impacts, exacerbated by the use of defrosting agents. ...
Issue №6, 2011
Section: Concrete
Keywords: road concrete, hydrated phases of cement stone, structure, frost solt resistance
Autor: B.Ya. Trofimov, S.P. Gorbunov.
Electron-microscopic studies of binding cement compositions for dry construction mixes confirmed the possibility of using them within finely dispersed...
Issue №1, 2010
Section: Science and production
Keywords: mesostructure, microstructure, microprobe analysis, portland cement, slag
Autor: L. Kh. Zagorodnyuk, L.D. Shakhova.
The article cites the results that enabled envisioning the process of cement clinker production as a single structure formation process accompanied by...
Issue №1, 2010
Section: Science and production
Keywords: structure formation, basic material, technological process
Autor: E.N. Potapova, L.M. Sulimenko.
During the last few years several computer models has been developed to simulate the evolution of cement microstructure during hydration. In the model...
Issue №5, 2010
Section: Science and production
Keywords: cement microstructure; hydration; computer model; kinetics; tricalcium silicate; alite; isothermal calorimetry; chemical shrinkage
Autor: M. Costoya, Sh. Bishnoi, E. Gallucci, K. L. Scrivener.
The microstructure of hydration products of composite cement containing as mineral additives granulated blast-furnace slag (10%), flask &#...
Issue №5, 2010
Section: Science and production
Keywords: composite cement; mineral additives; hydration products; mycrostructure
Autor: L.D. Shakhova, D.E. Kucherov.
In the article it was shown the possibility of production of high-grade blended cement made of two clinkers – shaft and rotary kilns with different fa...
Issue №1, 2009
Section: New materials
Keywords: cements quality, shaft klin clinker, microstructure, macrostructure, hydration
Autor: N.N. Mazharin, V.K. Klassen.
The second part of the article presents the results of a petrographic study of micro and submicroscopic structures of submicrocrystalline foam concret...
Issue №2, 2009
Section: Application of cement
Keywords: submicroscopic structure, foam concrete, hydrated calcium silicate, microstructure, concrete chemistry
Autor: B.E. Yudovich, S.A. Zubekhin.
Carbon Nanotubes (CNTs) are well known for their unparalleled mechanical properties. Additionally their very high aspect ratio and low specifi...
Issue №3, 2009
Section: Science and production
Keywords: nanocomposite, multi-wall nanotube, structural analysis, sample preparation, reaction kinetics, microstructure, mechanical properties
Autor: T. Kowald, S. Eser, R. Trettin.

1, 2, 3, 4, 5
The use of materials published on the site is allowed only with reference to the source (the journal «Cement and its application») and a hyperlink to the quoted material.
© 2007-2024 PetroCem Ltd
Privacy policy