Add to ORKGSynthesis of metal borides is typically undertaken at high temperature using direct combinations of elemental starting materials[1]. Techniques include carbothermal reduction using elemental carbon, metals, metal oxides and B2O3[2] or reaction between metal chlorides and boron sources[3]. These reactions generally require temperatures greater than 1200oC and are not readily suitable for an industrial setting nor scalable to bulk production
International audienceThe synthesis of boron carbide from its elements (boron and carbon) has been s...
International audienceThe formation of boron carbide under high pressures and from elemental reactan...
A facile and universal route for synthesizing transition metal borides has been developed by reactio...
Synthesis of metal borides is typically undertaken at high temperature using direct combinations of ...
Autogenous synthesis of metal borides occurs between 350oC–500oC and 1MPa–2.5Mpa using sodium, potas...
A promising way to synthesize new energy materials based on refactory inorganic compounds is self-pr...
This paper introduces principle possibility of producing aluminum and titanium boride predetermined ...
This paper is the continuation of our previous paper. In this work, we optimized the synthesis of al...
Thesis (Master's)--University of Washington, 2023Recent years have seen an increase in the study of ...
© the Owner Societies 2016.Metal borides are often decomposition products from metal borohydrides an...
The study presents a possible mechanism to produce carbides and diborides of transition metals, such...
The formation of boron containing materials using a variety of methods was explored. The pyrolysis o...
We describe a low temperature, autogenous pressure method to synthesise mm-scale MgB2 aggregates wit...
This paper critically evaluates methods used to synthesize boride compounds with emphasis on diborid...
International audienceThe synthesis of boron carbide from its elements (boron and carbon) has been s...
International audienceThe formation of boron carbide under high pressures and from elemental reactan...
A facile and universal route for synthesizing transition metal borides has been developed by reactio...
Synthesis of metal borides is typically undertaken at high temperature using direct combinations of ...
Autogenous synthesis of metal borides occurs between 350oC–500oC and 1MPa–2.5Mpa using sodium, potas...
A promising way to synthesize new energy materials based on refactory inorganic compounds is self-pr...
This paper introduces principle possibility of producing aluminum and titanium boride predetermined ...
This paper is the continuation of our previous paper. In this work, we optimized the synthesis of al...
Thesis (Master's)--University of Washington, 2023Recent years have seen an increase in the study of ...
© the Owner Societies 2016.Metal borides are often decomposition products from metal borohydrides an...
The study presents a possible mechanism to produce carbides and diborides of transition metals, such...
The formation of boron containing materials using a variety of methods was explored. The pyrolysis o...
We describe a low temperature, autogenous pressure method to synthesise mm-scale MgB2 aggregates wit...
This paper critically evaluates methods used to synthesize boride compounds with emphasis on diborid...
International audienceThe synthesis of boron carbide from its elements (boron and carbon) has been s...
International audienceThe formation of boron carbide under high pressures and from elemental reactan...
A facile and universal route for synthesizing transition metal borides has been developed by reactio...