| 释义 |
Definition of boride in English: boridenoun ˈbɔːrʌɪdˈbɔrˌaɪd A binary compound of boron with a metallic element. Example sentencesExamples - This work examines the oxidation resistance of pure zirconium boride and zirconium boride-molybdenum disilicide alloys
- Nanostructured chip devices prepared from nanoscale materials (including complex oxides, carbides, borides and nitrides) have been successfully mass produced in kilogram quantities.
- It is interesting to note that this is also true of a number of nitrides and borides.
- Based on what we know about the unusual geometrics of solid state borides (boron is next to carbon in the Periodic Table), it's just a matter of time until we find weird C-C bonding in carbides.
- The barrier may be a thin film containing at least one of a nitride, oxide, boride, silicide, carbide and aluminide.
- SHS can also produce artificial bone materials, intermetallic target-sputtering source materials, and the superconducting boride MgB 2.
- Additions of boron, which precipitates these elements as borides, are used to remove them in conductor material.
- By agglomeration, borides can assume sufficient size to represent a significant factor in the metal structure, with especially adverse effects in machining.
- Iron boride (Fe2B) is most commonly used as an additive to produce borated steels and stainless steels.
- AGCC developed an original processing method, which covers synthesis of raw materials to fusing and processing, to create boride ceramics.
Definition of boride in US English: boridenounˈbôrˌīdˈbɔrˌaɪd A binary compound of boron with a metallic element. Example sentencesExamples - This work examines the oxidation resistance of pure zirconium boride and zirconium boride-molybdenum disilicide alloys
- Nanostructured chip devices prepared from nanoscale materials (including complex oxides, carbides, borides and nitrides) have been successfully mass produced in kilogram quantities.
- Based on what we know about the unusual geometrics of solid state borides (boron is next to carbon in the Periodic Table), it's just a matter of time until we find weird C-C bonding in carbides.
- It is interesting to note that this is also true of a number of nitrides and borides.
- The barrier may be a thin film containing at least one of a nitride, oxide, boride, silicide, carbide and aluminide.
- AGCC developed an original processing method, which covers synthesis of raw materials to fusing and processing, to create boride ceramics.
- By agglomeration, borides can assume sufficient size to represent a significant factor in the metal structure, with especially adverse effects in machining.
- Iron boride (Fe2B) is most commonly used as an additive to produce borated steels and stainless steels.
- SHS can also produce artificial bone materials, intermetallic target-sputtering source materials, and the superconducting boride MgB 2.
- Additions of boron, which precipitates these elements as borides, are used to remove them in conductor material.
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