An endeavor has been made to prepare cerium hexaboride using a mixture of cerium nitrate, boron trioxide, and hexamine as a fuel burning at a relatively low temperature (500 ° C). The product was characterized by X-ray diffraction (XRD), FT-IR, TGA/DTA, SEM, and TEM. The upshot of the exploration exemplifies that CeB6 with a crystallite size of about 50 nm can be beneficially prepared. Some impurities are also perceived with the pure compound, which embodies the presence of lower valence cerium borides
The new cesium pentaborate HP CsB5O8 is synthesized under high pressure high temperature conditions ...
simsek, tuncay/0000-0002-4683-0152WOS:000572839700001In this study, low-temperature solid-state synt...
CeB6 powder was prepared via combustion synthesis (CS) and mechanochemical processing (MCP) methods ...
Cerium hexaboride (CeB6) is being used as a neutron absorber in nuclear industry, in high-temperatur...
Cerium hexaboride is a well-known material for the filaments of electron microscopes due to its fiel...
Cerium, the most abundant rare earth element, and boron containing mineral (lithium tetraborate pent...
The divalent alkaline earth borides have received great attention owing to their superior properties...
Molten salts are well thought-out as the incredibly promising medium for chemical and electrochemica...
The present study describes the development of a simple approach to stabilize polycrystalline lantha...
<p>Cerium hexaboride (CeB6) is a refractory ceramic material which exhibits the properties of high m...
Thermionic energy conversion is an ideal way of converting concentrated solar energy into electricit...
Thermionic energy conversion is an ideal way of converting concentrated solar energy into electricit...
This study reports on the mechanochemical synthesis (MCS) and consolidation of nanostructured CeB6 p...
Due to low work function, high melting point and superior chemical stability at high temperatures, l...
Hydrated rare earth hexaborates H(3)LnB(6)O(12) (Ln = Sm-Lu) have been synthesized by using molten b...
The new cesium pentaborate HP CsB5O8 is synthesized under high pressure high temperature conditions ...
simsek, tuncay/0000-0002-4683-0152WOS:000572839700001In this study, low-temperature solid-state synt...
CeB6 powder was prepared via combustion synthesis (CS) and mechanochemical processing (MCP) methods ...
Cerium hexaboride (CeB6) is being used as a neutron absorber in nuclear industry, in high-temperatur...
Cerium hexaboride is a well-known material for the filaments of electron microscopes due to its fiel...
Cerium, the most abundant rare earth element, and boron containing mineral (lithium tetraborate pent...
The divalent alkaline earth borides have received great attention owing to their superior properties...
Molten salts are well thought-out as the incredibly promising medium for chemical and electrochemica...
The present study describes the development of a simple approach to stabilize polycrystalline lantha...
<p>Cerium hexaboride (CeB6) is a refractory ceramic material which exhibits the properties of high m...
Thermionic energy conversion is an ideal way of converting concentrated solar energy into electricit...
Thermionic energy conversion is an ideal way of converting concentrated solar energy into electricit...
This study reports on the mechanochemical synthesis (MCS) and consolidation of nanostructured CeB6 p...
Due to low work function, high melting point and superior chemical stability at high temperatures, l...
Hydrated rare earth hexaborates H(3)LnB(6)O(12) (Ln = Sm-Lu) have been synthesized by using molten b...
The new cesium pentaborate HP CsB5O8 is synthesized under high pressure high temperature conditions ...
simsek, tuncay/0000-0002-4683-0152WOS:000572839700001In this study, low-temperature solid-state synt...
CeB6 powder was prepared via combustion synthesis (CS) and mechanochemical processing (MCP) methods ...