Definition of borane in English:

borane

noun ˈbɔːreɪnˈbôrān

Chemistry

Any of a series of unstable binary compounds of boron and hydrogen, analogous to the alkanes. The simplest example is diborane, B₂H₆.
〔化〕硼烷
Example sentencesExamples
- The molecular hydrides of boron are called boranes.
- More important, the change in thermodynamic properties means that driving the reaction in the opposite direction—regenerating the ammonia borane by somehow putting hydrogen back—becomes less difficult, at least in theory.
- Capillary action of the porous material pulls the ammonia borane into the pores of the support.
- Use hydrogen and halogens as terminal atoms (except for boranes and interhalogen compounds) and then use the least electronegative atom as the central atom.
- The structures proposed are not supported by the generally accepted bonding ideas for boranes and thus it is not surprising that in no case were local minima found for these structures.
- However, the further away from the borane series the cluster type, the more exceptions to the rules are found.
- If something goes wrong with borane, you get plenty of hydrogen gas and overpressure.
- The boranes and their relatives have quite different structures from those of organic compounds.
- The chemistry of the boranes was first studied systematically by Alfred Stock and his research group beginning in 1912 and continuing for almost 25 years.
- Ammonia can be used effectively in other hydrogen storage media as well, notably in combination with its borane analog, BH 3.
- The number of ‘boranes’ (hydrides of boron) that have been synthesized illustrates this rich chemistry.
- John Hartwig and his team at Yale University meanwhile have found a simple way to add a functional group using borane reagents and a rhodium complex catalyst to the commonly unreactive alkanes at a fairly mild 150 Celsius.
- It was initially to use an ethyl borane fuel which gave up to 10% greater range and a higher cruising speed.
- These researchers used silica in combination with ammonia borane to accelerate the release of hydrogen from ammonia borane.
- Boranes and carboranes each have their own characteristic mass spectral patterns which serve as means for quick identification and analysis.

Origin

Early 20th century: from boron + -ane².

Definition of borane in US English:

borane

nounˈbôrān

Chemistry

Any of a series of unstable binary compounds of boron and hydrogen, analogous to the alkanes. The simplest example is diborane, B₂H₆.
〔化〕硼烷
Example sentencesExamples
- Capillary action of the porous material pulls the ammonia borane into the pores of the support.
- More important, the change in thermodynamic properties means that driving the reaction in the opposite direction—regenerating the ammonia borane by somehow putting hydrogen back—becomes less difficult, at least in theory.
- Use hydrogen and halogens as terminal atoms (except for boranes and interhalogen compounds) and then use the least electronegative atom as the central atom.
- However, the further away from the borane series the cluster type, the more exceptions to the rules are found.
- The chemistry of the boranes was first studied systematically by Alfred Stock and his research group beginning in 1912 and continuing for almost 25 years.
- The molecular hydrides of boron are called boranes.
- The structures proposed are not supported by the generally accepted bonding ideas for boranes and thus it is not surprising that in no case were local minima found for these structures.
- The number of ‘boranes’ (hydrides of boron) that have been synthesized illustrates this rich chemistry.
- If something goes wrong with borane, you get plenty of hydrogen gas and overpressure.
- The boranes and their relatives have quite different structures from those of organic compounds.
- These researchers used silica in combination with ammonia borane to accelerate the release of hydrogen from ammonia borane.
- It was initially to use an ethyl borane fuel which gave up to 10% greater range and a higher cruising speed.
- John Hartwig and his team at Yale University meanwhile have found a simple way to add a functional group using borane reagents and a rhodium complex catalyst to the commonly unreactive alkanes at a fairly mild 150 Celsius.
- Ammonia can be used effectively in other hydrogen storage media as well, notably in combination with its borane analog, BH 3.
- Boranes and carboranes each have their own characteristic mass spectral patterns which serve as means for quick identification and analysis.

Origin

Early 20th century: from boron + -ane.

单词	borane
释义	Definition of borane in English: borane noun ˈbɔːreɪnˈbôrān Chemistry Any of a series of unstable binary compounds of boron and hydrogen, analogous to the alkanes. The simplest example is diborane, B₂H₆. 〔化〕硼烷 Example sentencesExamples The molecular hydrides of boron are called boranes. More important, the change in thermodynamic properties means that driving the reaction in the opposite direction—regenerating the ammonia borane by somehow putting hydrogen back—becomes less difficult, at least in theory. Capillary action of the porous material pulls the ammonia borane into the pores of the support. Use hydrogen and halogens as terminal atoms (except for boranes and interhalogen compounds) and then use the least electronegative atom as the central atom. The structures proposed are not supported by the generally accepted bonding ideas for boranes and thus it is not surprising that in no case were local minima found for these structures. However, the further away from the borane series the cluster type, the more exceptions to the rules are found. If something goes wrong with borane, you get plenty of hydrogen gas and overpressure. The boranes and their relatives have quite different structures from those of organic compounds. The chemistry of the boranes was first studied systematically by Alfred Stock and his research group beginning in 1912 and continuing for almost 25 years. Ammonia can be used effectively in other hydrogen storage media as well, notably in combination with its borane analog, BH 3. The number of ‘boranes’ (hydrides of boron) that have been synthesized illustrates this rich chemistry. John Hartwig and his team at Yale University meanwhile have found a simple way to add a functional group using borane reagents and a rhodium complex catalyst to the commonly unreactive alkanes at a fairly mild 150 Celsius. It was initially to use an ethyl borane fuel which gave up to 10% greater range and a higher cruising speed. These researchers used silica in combination with ammonia borane to accelerate the release of hydrogen from ammonia borane. Boranes and carboranes each have their own characteristic mass spectral patterns which serve as means for quick identification and analysis. Origin Early 20th century: from boron + -ane². Definition of borane in US English: borane nounˈbôrān Chemistry Any of a series of unstable binary compounds of boron and hydrogen, analogous to the alkanes. The simplest example is diborane, B₂H₆. 〔化〕硼烷 Example sentencesExamples Capillary action of the porous material pulls the ammonia borane into the pores of the support. More important, the change in thermodynamic properties means that driving the reaction in the opposite direction—regenerating the ammonia borane by somehow putting hydrogen back—becomes less difficult, at least in theory. Use hydrogen and halogens as terminal atoms (except for boranes and interhalogen compounds) and then use the least electronegative atom as the central atom. However, the further away from the borane series the cluster type, the more exceptions to the rules are found. The chemistry of the boranes was first studied systematically by Alfred Stock and his research group beginning in 1912 and continuing for almost 25 years. The molecular hydrides of boron are called boranes. The structures proposed are not supported by the generally accepted bonding ideas for boranes and thus it is not surprising that in no case were local minima found for these structures. The number of ‘boranes’ (hydrides of boron) that have been synthesized illustrates this rich chemistry. If something goes wrong with borane, you get plenty of hydrogen gas and overpressure. The boranes and their relatives have quite different structures from those of organic compounds. These researchers used silica in combination with ammonia borane to accelerate the release of hydrogen from ammonia borane. It was initially to use an ethyl borane fuel which gave up to 10% greater range and a higher cruising speed. John Hartwig and his team at Yale University meanwhile have found a simple way to add a functional group using borane reagents and a rhodium complex catalyst to the commonly unreactive alkanes at a fairly mild 150 Celsius. Ammonia can be used effectively in other hydrogen storage media as well, notably in combination with its borane analog, BH 3. Boranes and carboranes each have their own characteristic mass spectral patterns which serve as means for quick identification and analysis. Origin Early 20th century: from boron + -ane.
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