28000 साल चलेगी ये Nuclear battery | How powerful is nuclear battery?| #nuclearbattery #ndb #facts
Fact N Share Hindi
Views: 1827
Like: 102
28000 साल चलेगी ये Nuclear battery | How powerful is nuclear battery?|
video highlights:-
Like the name suggests, a diamond battery lasts forever. Its effective life is more than approximately 28,000 years. It is made out of nuclear waste. These waste account for more than 30 lakh tons in the whole wide world and are lying uselessly. However, they can be put to good use if utilized for the manufacturing of Diamond Batteries.
A US-based startup has combined radioactive isotopes from nuclear waste with ultra-slim layers of nanodiamonds to assemble a battery .The Nano Diamond Battery (NDB) says that the radioactive battery is ‘completely safe’ for humans and it hopes to start selling the battery to commercial partners, including space agencies for long duration missions, within the next two years.
The company is also working on a consumer version of the battery that could power a smartphone or electric car for over a decade without a charge. This doesn’t just save the hassle of recharging our devices but also holds key to the environmental implications of the manufacture and disposal of batteries.
The battery is powered by radioactive waste graphite–used in graphite-cooled nuclear reactors–which is encased in layers of nano-thin, single crystalline diamond, which act both as a semiconductor and heat sink.
Each unit will contain a single crystalline diamond that absorbs energy from the isotopes. Now diamonds are rare and also have the highest energy-conductivity, meaning it quickly transfers heat from the radioactive graphite–and the transaction is so quick that it generates electricity. The diamond layers not only collect charge, but also prevent radiation leakage. NDB even claims that the radiation levels emitted by the cells will be less than those emitted by the human body.
The energy generated from these batteries is only one-tenth when compared to that of a normal conventional battery and hence these batteries can find increased applications in sensors, watches, as well as in pacemakers where changing batteries at regular intervals is a tedious and inconvenient job. These can also be used in rockets and satellites. These batteries are expandable, meaning if you need more energy, you can connect more such batteries together to generate more power. When expanded, these batteries are enough to power a village as well.
Due to the usage of radio-thermal materials in these, proper disposal of the same is required. Hence care must be taken for proper usage and disposal. Scientists are mulling over using Blockchain technology to avoid these hazards. The Diamond Batteries can be collected at one place and be recycled diligently to avoid any dangers.
#facts #factnsharehindi #nuclearpower #nanodiamondbattery #nuclearbattery
video highlights:-
Like the name suggests, a diamond battery lasts forever. Its effective life is more than approximately 28,000 years. It is made out of nuclear waste. These waste account for more than 30 lakh tons in the whole wide world and are lying uselessly. However, they can be put to good use if utilized for the manufacturing of Diamond Batteries.
A US-based startup has combined radioactive isotopes from nuclear waste with ultra-slim layers of nanodiamonds to assemble a battery .The Nano Diamond Battery (NDB) says that the radioactive battery is ‘completely safe’ for humans and it hopes to start selling the battery to commercial partners, including space agencies for long duration missions, within the next two years.
The company is also working on a consumer version of the battery that could power a smartphone or electric car for over a decade without a charge. This doesn’t just save the hassle of recharging our devices but also holds key to the environmental implications of the manufacture and disposal of batteries.
The battery is powered by radioactive waste graphite–used in graphite-cooled nuclear reactors–which is encased in layers of nano-thin, single crystalline diamond, which act both as a semiconductor and heat sink.
Each unit will contain a single crystalline diamond that absorbs energy from the isotopes. Now diamonds are rare and also have the highest energy-conductivity, meaning it quickly transfers heat from the radioactive graphite–and the transaction is so quick that it generates electricity. The diamond layers not only collect charge, but also prevent radiation leakage. NDB even claims that the radiation levels emitted by the cells will be less than those emitted by the human body.
The energy generated from these batteries is only one-tenth when compared to that of a normal conventional battery and hence these batteries can find increased applications in sensors, watches, as well as in pacemakers where changing batteries at regular intervals is a tedious and inconvenient job. These can also be used in rockets and satellites. These batteries are expandable, meaning if you need more energy, you can connect more such batteries together to generate more power. When expanded, these batteries are enough to power a village as well.
Due to the usage of radio-thermal materials in these, proper disposal of the same is required. Hence care must be taken for proper usage and disposal. Scientists are mulling over using Blockchain technology to avoid these hazards. The Diamond Batteries can be collected at one place and be recycled diligently to avoid any dangers.
#facts #factnsharehindi #nuclearpower #nanodiamondbattery #nuclearbattery
03.12.2022
