Definition of nuclear fusion in English:

nuclear fusion

noun

mass noun

A nuclear reaction in which atomic nuclei of low atomic number fuse to form a heavier nucleus with the release of energy.
Example sentencesExamples
- At the bright end of the HR diagram, a star stops growing when so much energy is released by nuclear fusion that it can swallow no further mass from the surrounding clouds of gas and dust.
- A hydrogen bomb is a device that creates an immediate, massive release of destructive energy through unrestrained nuclear fusion - in short, it's a weapon.
- Physicists in the US claim to have seen nuclear fusion in a table-top experiment but their work has met with a hostile reaction from other researchers.
- Unlike stars like the Sun, brown dwarfs don't have enough mass to generate energy through nuclear fusion.
- What is the difference between nuclear fusion and cold fusion?
- For example, changes in the rate of energy generation (through nuclear fusion in its core) will cause its diameter to vary.
- Various propulsion schemes have been proposed, from nuclear fusion to antimatter to laser sails.
- Normally, stars balance the gravitational force with the pressure from the nuclear fusion reactions inside.
- Despite the enormous progress in the performance of experiments over the past 30 years, nuclear fusion is still decades away from generating electricity.
- The opposite process, nuclear fusion, where nuclei are joined together, also releases energy.
- Cold fusion is the term proposed to describe controlled nuclear fusion reactions occurring at or near room temperature.
- Imagine an energy source that is more powerful than nuclear fission or even nuclear fusion.
- A nucleus with low binding energy and low mass may reconfigure with other structures of low stability to form a more massive and stable structure through the process of nuclear fusion.
- An important goal of plasma physics will be to produce cost-effective, clean, safe electric power from nuclear fusion.
- The ability to sustain nuclear fusion could provide a way to produce enormous quantities of energy.
- They're produced during nuclear fusion, the reaction that lights the sun and other stars.
- The work may help scientists study topics such as nuclear fusion as a possible energy source and demonstrates a new method for studying and modeling dense stellar objects such as white dwarfs.
- As early as the 1930s, a number of physicists had considered the possibility that nuclear fusion reactions might be the mechanism by which energy is generated in the stars.
- That's roughly hot enough to melt aluminum, but substantially cooler than the core of any star undergoing active nuclear fusion.
- A large ball of gas, generating energy by nuclear fusion, it also created a magnetic field enclosing Earth and the other planets in a gigantic magnetic bubble.

Definition of nuclear fusion in US English:

nuclear fusion

nounˈn(j)uklɪ(ə)r

A nuclear reaction in which atomic nuclei of low atomic number fuse to form a heavier nucleus with the release of energy.
Example sentencesExamples
- Various propulsion schemes have been proposed, from nuclear fusion to antimatter to laser sails.
- Imagine an energy source that is more powerful than nuclear fission or even nuclear fusion.
- That's roughly hot enough to melt aluminum, but substantially cooler than the core of any star undergoing active nuclear fusion.
- For example, changes in the rate of energy generation (through nuclear fusion in its core) will cause its diameter to vary.
- At the bright end of the HR diagram, a star stops growing when so much energy is released by nuclear fusion that it can swallow no further mass from the surrounding clouds of gas and dust.
- A nucleus with low binding energy and low mass may reconfigure with other structures of low stability to form a more massive and stable structure through the process of nuclear fusion.
- Normally, stars balance the gravitational force with the pressure from the nuclear fusion reactions inside.
- A large ball of gas, generating energy by nuclear fusion, it also created a magnetic field enclosing Earth and the other planets in a gigantic magnetic bubble.
- The work may help scientists study topics such as nuclear fusion as a possible energy source and demonstrates a new method for studying and modeling dense stellar objects such as white dwarfs.
- Despite the enormous progress in the performance of experiments over the past 30 years, nuclear fusion is still decades away from generating electricity.
- They're produced during nuclear fusion, the reaction that lights the sun and other stars.
- A hydrogen bomb is a device that creates an immediate, massive release of destructive energy through unrestrained nuclear fusion - in short, it's a weapon.
- Unlike stars like the Sun, brown dwarfs don't have enough mass to generate energy through nuclear fusion.
- Physicists in the US claim to have seen nuclear fusion in a table-top experiment but their work has met with a hostile reaction from other researchers.
- An important goal of plasma physics will be to produce cost-effective, clean, safe electric power from nuclear fusion.
- What is the difference between nuclear fusion and cold fusion?
- The opposite process, nuclear fusion, where nuclei are joined together, also releases energy.
- As early as the 1930s, a number of physicists had considered the possibility that nuclear fusion reactions might be the mechanism by which energy is generated in the stars.
- Cold fusion is the term proposed to describe controlled nuclear fusion reactions occurring at or near room temperature.
- The ability to sustain nuclear fusion could provide a way to produce enormous quantities of energy.

单词	nuclear fusion
释义	Definition of nuclear fusion in English: nuclear fusion noun mass noun A nuclear reaction in which atomic nuclei of low atomic number fuse to form a heavier nucleus with the release of energy. Example sentencesExamples At the bright end of the HR diagram, a star stops growing when so much energy is released by nuclear fusion that it can swallow no further mass from the surrounding clouds of gas and dust. A hydrogen bomb is a device that creates an immediate, massive release of destructive energy through unrestrained nuclear fusion - in short, it's a weapon. Physicists in the US claim to have seen nuclear fusion in a table-top experiment but their work has met with a hostile reaction from other researchers. Unlike stars like the Sun, brown dwarfs don't have enough mass to generate energy through nuclear fusion. What is the difference between nuclear fusion and cold fusion? For example, changes in the rate of energy generation (through nuclear fusion in its core) will cause its diameter to vary. Various propulsion schemes have been proposed, from nuclear fusion to antimatter to laser sails. Normally, stars balance the gravitational force with the pressure from the nuclear fusion reactions inside. Despite the enormous progress in the performance of experiments over the past 30 years, nuclear fusion is still decades away from generating electricity. The opposite process, nuclear fusion, where nuclei are joined together, also releases energy. Cold fusion is the term proposed to describe controlled nuclear fusion reactions occurring at or near room temperature. Imagine an energy source that is more powerful than nuclear fission or even nuclear fusion. A nucleus with low binding energy and low mass may reconfigure with other structures of low stability to form a more massive and stable structure through the process of nuclear fusion. An important goal of plasma physics will be to produce cost-effective, clean, safe electric power from nuclear fusion. The ability to sustain nuclear fusion could provide a way to produce enormous quantities of energy. They're produced during nuclear fusion, the reaction that lights the sun and other stars. The work may help scientists study topics such as nuclear fusion as a possible energy source and demonstrates a new method for studying and modeling dense stellar objects such as white dwarfs. As early as the 1930s, a number of physicists had considered the possibility that nuclear fusion reactions might be the mechanism by which energy is generated in the stars. That's roughly hot enough to melt aluminum, but substantially cooler than the core of any star undergoing active nuclear fusion. A large ball of gas, generating energy by nuclear fusion, it also created a magnetic field enclosing Earth and the other planets in a gigantic magnetic bubble. Definition of nuclear fusion in US English: nuclear fusion nounˈn(j)uklɪ(ə)r A nuclear reaction in which atomic nuclei of low atomic number fuse to form a heavier nucleus with the release of energy. Example sentencesExamples Various propulsion schemes have been proposed, from nuclear fusion to antimatter to laser sails. Imagine an energy source that is more powerful than nuclear fission or even nuclear fusion. That's roughly hot enough to melt aluminum, but substantially cooler than the core of any star undergoing active nuclear fusion. For example, changes in the rate of energy generation (through nuclear fusion in its core) will cause its diameter to vary. At the bright end of the HR diagram, a star stops growing when so much energy is released by nuclear fusion that it can swallow no further mass from the surrounding clouds of gas and dust. A nucleus with low binding energy and low mass may reconfigure with other structures of low stability to form a more massive and stable structure through the process of nuclear fusion. Normally, stars balance the gravitational force with the pressure from the nuclear fusion reactions inside. A large ball of gas, generating energy by nuclear fusion, it also created a magnetic field enclosing Earth and the other planets in a gigantic magnetic bubble. The work may help scientists study topics such as nuclear fusion as a possible energy source and demonstrates a new method for studying and modeling dense stellar objects such as white dwarfs. Despite the enormous progress in the performance of experiments over the past 30 years, nuclear fusion is still decades away from generating electricity. They're produced during nuclear fusion, the reaction that lights the sun and other stars. A hydrogen bomb is a device that creates an immediate, massive release of destructive energy through unrestrained nuclear fusion - in short, it's a weapon. Unlike stars like the Sun, brown dwarfs don't have enough mass to generate energy through nuclear fusion. Physicists in the US claim to have seen nuclear fusion in a table-top experiment but their work has met with a hostile reaction from other researchers. An important goal of plasma physics will be to produce cost-effective, clean, safe electric power from nuclear fusion. What is the difference between nuclear fusion and cold fusion? The opposite process, nuclear fusion, where nuclei are joined together, also releases energy. As early as the 1930s, a number of physicists had considered the possibility that nuclear fusion reactions might be the mechanism by which energy is generated in the stars. Cold fusion is the term proposed to describe controlled nuclear fusion reactions occurring at or near room temperature. The ability to sustain nuclear fusion could provide a way to produce enormous quantities of energy.
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