Examples of 'inorganic oxides' in a sentence
Meaning of "inorganic oxides"
Inorganic oxides: Chemical compounds that are composed of oxygen and an element other than carbon. They do not contain carbon-hydrogen bonds
How to use "inorganic oxides" in a sentence
Basic
Advanced
inorganic oxides
Inorganic oxides such as silica are particularly preferred.
Suitable binder materials include inorganic oxides.
Preferred inorganic oxides are alumina and silica.
Catalyst supports consisting of inorganic oxides.
Preferred inorganic oxides are alpha alumina and cordierite.
It is also possible to use zeolites or certain inorganic oxides.
Examples of particulate inorganic oxides include silica or alumina.
Carbonylation process catalysed by mordenite supported on inorganic oxides.
Suitable binders comprise inorganic oxides or mixtures of inorganic oxides.
The catalysts may also be in the form of extrudates of inorganic oxides.
Mixed inorganic oxides are prepared by conventional blending or cogelling procedures.
These supports are normally inorganic oxides.
The inorganic oxides also have a critical particle size.
The use of inorganic supports such as inorganic oxides is preferred.
Such inorganic oxides are represented by the rutile and anatase forms of titanium dioxide.
See also
Non limiting examples of particulate inorganic oxides include silica or alumina.
The catalyst may also be in the form of extrudates of inorganic oxides.
Preferred outer refractory inorganic oxides are gamma alumina and eta alumina.
Amorphous precipitated silica and silica gels are particularly suitable inorganic oxides.
It is well known that inorganic oxides can contain water absorbed on the surface.
The inorganic binder is preferably derived from one or more inorganic oxides.
Preferably pigments include inorganic oxides such as colored metal oxides and titania coated mica.
The inorganic layer can be formed of an inorganic substance such as inorganic oxides.
Of the refractory inorganic oxides cited above the Applicant prefers alumina.
The binder preferably comprises compounds derived from one or more inorganic oxides.
Preferable examples of inorganic oxides are silica, alumina, titania and zirconia.
The carrier can be a natural or a synthetically produced inorganic oxide or combination of inorganic oxides.
The matrix material includes synthetic inorganic oxides and mineral clays.
The support also may be powderous or granular porous hydrophobic silica or other inorganic oxides.
It is also possible to add other inorganic oxides to the boehmite, whenever necessary.
The at least one fatty amine may also be substantially free of particulate inorganic oxides.
Porous inorganic oxides are prepared from non-ionic surfactants using that method.
Of the above described hydrophobic particulate materials the described ketones and inorganic oxides are preferred.
Typical supports include inorganic oxides eg . silica or polymeric supports may alternatively be used.
Detailed Description The invention has been realized starting from inorganic oxides with regular porosity.
Metal doped inorganic oxides such as cobalt-doped aluminas are also suitable materials.
Typically, the nanoparticles comprise inorganic oxides.
Inorganic oxides with mesoporosity or combined meso-and microporosity and process for the preparation thereof.
Typically, the filler materials are inorganic oxides.
Other non-limiting examples of inorganic oxides include alumina and mixed alumina and silica compounds.
Hydroxyl groups are present on supports, such as inorganic oxides.
Examples of inorganic oxides include silica, alumina, and mixtures thereof.
It is also possible to employ zeolites or, alternatively, certain inorganic oxides.
The inorganic oxides should be dry, that is, free of absorbed water.
It is also possible to employ zeolites, or else certain inorganic oxides.
Other examples of inorganic oxides are magnesia, titania, zirconia, and the like.
Preferred materials are silica, alumino-silicates and inorganic oxides or hydroxides.
Inorganic oxides include, for example, magnesium oxide, and calcium oxide.
While silica is the preferred support, other inorganic oxides can be used.
Preferred inorganic oxides and hydroxides include those of manganese, tin, calcium, and sodium.
You'll also be interested in:
Examples of using Oxides
Show more
Produces oxides of sulphur and nitrogen on combustion
They are always getting encrusted with oxides
Tin forms oxides as dominating corrosion products
Examples of using Inorganic
Show more
Manganese and inorganic manganese compounds as manganese
Solutions containing suspended organic or inorganic matter
Inorganic phosphate must be substituted in cases of hypophosphataemia
