A study of amorphous silica generated from mineral materials by the fluoride method and by different procedures of analysis., i.e., x-ray diffractio, x-ray fluorescence, IR spectroscopy, and nuclear magnetic resonance, is reported..
This chapter describes some molecular chemical aspects of the formation of silica gels from aqueous ...
A general scheme has been worked out for rapid and accurate analysis of a wide variety of silicate m...
Xonotlite was synthesized under various conditions from amorphous siliceous rocks produced at Makizo...
Surface properties of nanosized silica, synthesized using fluoridation technologies, have been modif...
A B S T R A C T: X-ray diffraction methods are effective and practical for the quantitative analysis...
At present synchrotron and neutron sources are the preferred choices for the Pair Distribution Funct...
XRF analysis of major elements in silicate rocks (Na, Mg, Al, Si, P, K, Ca, Ti, Mn, Fe) was carried ...
In order to analyze both major and trace elements on a single pellet, it is necessary to prepare a g...
Alumina and silica have been analysed in some ores viz. iron ore, Magnesite, sillimanite and kyanite...
Determining the structure of amorphous materials used to be challenging due to the complexity of thi...
A new method is presented for the chemical separation of amorphous silica from free silica (quartz p...
A method has been developed to determine amorphous suspended silica in seawater using the following ...
Fluorinated amorphous silicon (a-Si:F) films are prepared by three different methods: glow-discharge...
A technique based on direct decomposition of the XRD signature of the amorphous phase in alkali acti...
They are usually associated with the surface of primary soil particles and consequently when present...
This chapter describes some molecular chemical aspects of the formation of silica gels from aqueous ...
A general scheme has been worked out for rapid and accurate analysis of a wide variety of silicate m...
Xonotlite was synthesized under various conditions from amorphous siliceous rocks produced at Makizo...
Surface properties of nanosized silica, synthesized using fluoridation technologies, have been modif...
A B S T R A C T: X-ray diffraction methods are effective and practical for the quantitative analysis...
At present synchrotron and neutron sources are the preferred choices for the Pair Distribution Funct...
XRF analysis of major elements in silicate rocks (Na, Mg, Al, Si, P, K, Ca, Ti, Mn, Fe) was carried ...
In order to analyze both major and trace elements on a single pellet, it is necessary to prepare a g...
Alumina and silica have been analysed in some ores viz. iron ore, Magnesite, sillimanite and kyanite...
Determining the structure of amorphous materials used to be challenging due to the complexity of thi...
A new method is presented for the chemical separation of amorphous silica from free silica (quartz p...
A method has been developed to determine amorphous suspended silica in seawater using the following ...
Fluorinated amorphous silicon (a-Si:F) films are prepared by three different methods: glow-discharge...
A technique based on direct decomposition of the XRD signature of the amorphous phase in alkali acti...
They are usually associated with the surface of primary soil particles and consequently when present...
This chapter describes some molecular chemical aspects of the formation of silica gels from aqueous ...
A general scheme has been worked out for rapid and accurate analysis of a wide variety of silicate m...
Xonotlite was synthesized under various conditions from amorphous siliceous rocks produced at Makizo...
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