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Why India Chose Pressurized Heavy Water Reactors: #nuclear Insights
Welcome to Technoworks! Explore India's nuclear power program and the strategic choice of Pressurized Heavy Water Reactors (PHWRs) in our latest video. Learn about the three-stage nuclear program, the status of India's 22 nuclear reactors, and why PHWRs play a vital role in the nation's energy landscape.
Discover the advantages of PHWRs over Pressurized Water Reactors and Boiling Water Reactors, rooted in India's technological capabilities in the 1960s. Dive into nuclear reactor terminology, understanding how PHWRs leverage heavy water to efficiently use natural uranium without enrichment.
Uncover India's long-term nuclear strategy, involving Sodium-cooled fast reactors in the second stage and the potential to generate 300 gigawatts of electricity in the third stage using depleted uranium. Stay informed about advancements in India's nuclear sector, from accelerator-driven systems to thorium-based reactors and nuclear fusion research.
Join us as we delve into the intricate world of India's nuclear program. Are you ready for nuclear insights? Let's dive in! #IndiaNuclearProgram #PHWR #NuclearEnergy #NuclearInsights #india #nuclear #cleanenergy #greenenergy #fusion #Technoworks #IndiaNuclearProgram #nuclearenergy #NuclearInnovations
The video content is as follows
00:00 - Present status of Indians nuclear power program
01:09 - Why India Chose Pressurized Heavy Water Reactors
03:10 - Nuclear Reactor Terminology explained
03:20 - what is moderator and its application in nuclear reactor
03:45 - what is fissile material
03:53 - what is fertile material
04:01 - what is heavy water
05:16 - Three stage nuclear program of India
06:35 - Sodium-cooled fast breeder reactor in india
07:37 - What advancements is India currently making in the nuclear sector?
The video addresses the following queries.
Keywords: India nuclear power program, Pressurized Heavy Water Reactors (PHWRs), Three-stage nuclear program, Advanced nuclear technologies in India, Nuclear reactor terminology explained, Indian nuclear reactors, Sodium-cooled fast breeder reactor, Nuclear energy advancements, India nuclear program updates, Thorium-based reactors in India, Fast Breeder Reactors in India, Small Modular Reactors in India, Depleted uranium utilization, Future of India's nuclear energy, Nuclear fuel sustainability in India, India's energy revolution, Reproduction factor in nuclear reactors, Accelerator-driven systems in nuclear energy, Green electricity from thorium reserves, Department of Atomic Energy initiatives, Advanced nuclear technology in India, Advantages of PHWR reactors, mini reactors, Thorium reactor India, Nuclear energy.
Reference : Paper on India’s nuclear power program: a critical review by G. VAIDYANATHAN and R D KALE.
To keep this tech journey going strong, we need your support! 💪
👍 LIKE: If you enjoyed the video, hit that thumbs up button! It's a small gesture that goes a long way in motivating our team.
🔄 SHARE: Spread the tech love! Share our videos with your friends, family, and fellow tech enthusiasts. Let's build a community that appreciates the wonders of technology together.
🔔 SUBSCRIBE: Don't miss out on the latest updates! Hit the subscribe button and join the TechnoWorks family. We promise to keep the content fresh, engaging, and tech-tastic.
Your support means the world to us, and it fuels our passion for creating quality tech content. Thank you for being part of the TechnoWorks community!
Happy exploring,
Technoworks Team
Discover the advantages of PHWRs over Pressurized Water Reactors and Boiling Water Reactors, rooted in India's technological capabilities in the 1960s. Dive into nuclear reactor terminology, understanding how PHWRs leverage heavy water to efficiently use natural uranium without enrichment.
Uncover India's long-term nuclear strategy, involving Sodium-cooled fast reactors in the second stage and the potential to generate 300 gigawatts of electricity in the third stage using depleted uranium. Stay informed about advancements in India's nuclear sector, from accelerator-driven systems to thorium-based reactors and nuclear fusion research.
Join us as we delve into the intricate world of India's nuclear program. Are you ready for nuclear insights? Let's dive in! #IndiaNuclearProgram #PHWR #NuclearEnergy #NuclearInsights #india #nuclear #cleanenergy #greenenergy #fusion #Technoworks #IndiaNuclearProgram #nuclearenergy #NuclearInnovations
The video content is as follows
00:00 - Present status of Indians nuclear power program
01:09 - Why India Chose Pressurized Heavy Water Reactors
03:10 - Nuclear Reactor Terminology explained
03:20 - what is moderator and its application in nuclear reactor
03:45 - what is fissile material
03:53 - what is fertile material
04:01 - what is heavy water
05:16 - Three stage nuclear program of India
06:35 - Sodium-cooled fast breeder reactor in india
07:37 - What advancements is India currently making in the nuclear sector?
The video addresses the following queries.
Keywords: India nuclear power program, Pressurized Heavy Water Reactors (PHWRs), Three-stage nuclear program, Advanced nuclear technologies in India, Nuclear reactor terminology explained, Indian nuclear reactors, Sodium-cooled fast breeder reactor, Nuclear energy advancements, India nuclear program updates, Thorium-based reactors in India, Fast Breeder Reactors in India, Small Modular Reactors in India, Depleted uranium utilization, Future of India's nuclear energy, Nuclear fuel sustainability in India, India's energy revolution, Reproduction factor in nuclear reactors, Accelerator-driven systems in nuclear energy, Green electricity from thorium reserves, Department of Atomic Energy initiatives, Advanced nuclear technology in India, Advantages of PHWR reactors, mini reactors, Thorium reactor India, Nuclear energy.
Reference : Paper on India’s nuclear power program: a critical review by G. VAIDYANATHAN and R D KALE.
To keep this tech journey going strong, we need your support! 💪
👍 LIKE: If you enjoyed the video, hit that thumbs up button! It's a small gesture that goes a long way in motivating our team.
🔄 SHARE: Spread the tech love! Share our videos with your friends, family, and fellow tech enthusiasts. Let's build a community that appreciates the wonders of technology together.
🔔 SUBSCRIBE: Don't miss out on the latest updates! Hit the subscribe button and join the TechnoWorks family. We promise to keep the content fresh, engaging, and tech-tastic.
Your support means the world to us, and it fuels our passion for creating quality tech content. Thank you for being part of the TechnoWorks community!
Happy exploring,
Technoworks Team
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Yeah, if you believe that BS, I’m just saying, you be lying
CCP copy, cut, paste. We made it 😁
China *CLAIMS* to have set a world record. China says a lot of thing which I always take with a grain of salt.
Russia does the same thing everytime the West makes a breakthrough. And look at the end result. They are woefully behind the west now because they had no impetus to improve
G, I wonder where they got the technology from?
ohm my goodness that was so informative🥰
I've seen to many China fakes everything videos to believe anything they say
Which country?
For those who have watched the incredible spectacle of a fusion reactor in action, what you witnessed is nothing short of astounding. That glowing, swirling plasma within the magnetic confinement is not just visually striking-it’s a testament to the raw, unrelenting power of nature harnessed in a controlled environment. Fusion energy isn’t just a scientific marvel; it’s a ferocious, high-stakes dance of physics, heat, and engineering that pushes the limits of what humanity can achieve. The plasma you observed is hotter than the sun’s core-seven to eight times hotter, in fact. This staggering heat, reaching tens of millions of degrees Celsius, is necessary to compensate for the difference in pressure compared to the sun’s interior. While the sun uses its immense gravity to force hydrogen atoms together, we have to recreate those same conditions on Earth using sheer heat and precision magnetic fields. But that plasma isn’t just hot-it’s brutal. The neutron emission from the fusion reactions slams into the containment walls with unimaginable force. These high-energy neutrons, carrying no charge, bypass the magnetic field and impact the surrounding structure, bombarding the materials with radiation and causing degradation over time. The containment walls must be made of materials engineered to withstand this relentless assault, but even the best alloys and designs are tested to their limits. The magnetic fields themselves, generated by superconducting magnets, are under extraordinary stress. These fields must remain stable and strong, corralling the plasma while resisting the turbulent forces within. The smallest instability can cause the plasma to touch the walls, potentially leading to a catastrophic quench of the system. This is why maintaining and managing these magnetic containment systems is one of the greatest challenges in fusion research. What’s perhaps most astounding is that this ferocious energy, this roaring plasma hotter than the sun, is all in pursuit of a cleaner, virtually limitless source of energy. If we can tame this star-like reaction, it could power the future without the emissions, waste, or limitations of current technologies. However, this is no small feat. Fusion energy isn’t just pushing boundaries-it’s smashing through them, requiring breakthroughs in materials science, plasma physics, and energy management. The next time you see footage of a fusion reactor or hear about the progress being made in this field, take a moment to appreciate what’s really happening. It’s not just science; it’s a battle against nature’s most extreme forces-a battle that, if won, could change the world forever.
China is lying about everything just like russia...
*TOKMAK AND MAGNETIC STABILIZATION OF PLASMA INVENTED BY RUSSIANS, AGAIN THEY ARE SAVING OUR LIVES LIKE THEY DID IN 1945, THANX RUSSIANS U RE GODS*
MAKE IS SMALLER
❤
If I remember correctly, the time needs to build a real fusion reactor is of some hours per "shot". The secondary circuit wil be more than enough hot to stay producing electricity for some time. Meanwhile the reactor would empty the chamber and infuse new fuel. While the best case the reactor could extract the helium and impurities continually, in a more real scenario a periodic cleanup would be more easy to manage to clean the impurities when it reach a certain proportion. Also that time could be used by the robotics to replace the blankets where fuel is feed for reuse (lithium turned into new tritium through neutron bombardment). Still, this "long" shots are done under the temperatures need to sustain the fusion by itself (it generates more energy than need to be put inside to heat the plasma). So... lots of work still pending before a real fusion reactor would be built.
The only thing China is good at is theft and lies.
❤❤❤
Thank you very much sir Splendid 🎉
This is one of the best explanations of vapor pressures that I have seen. Well done.
Drone coating! Drone coating!! I want this.
very informative
If China has any advanced technology, you know they stole the designs.
The US navy constructed many SMR's for their submarines and aircraftcarriers. The last generation needs refueling onl after 40 years! It is a pitty that this technology is seen as millitary secret. I wish a lot of success at GE Hitachi.
ITER is making the largest
Cool
Virginia is getting one of these reactors by 2030 to power about 150,000 homes. This isnt new technology
Was it really necessary for there to be three identical sections on every slide.. I don't know if it was a mistake or not it just seems a little redundant/unnecessary
What a pile of crap
Great and precise simplification for newcomers like me
this is literally the best explanation of vapour pressure i've ever listened to
Good job china, give yourselves a pat on the back and a cookie.
came here to understand heat exchangers, stayed for the music vibes
samee
❤❤❤
World need China Nuclear Power Plan technology
the Q is it the flow rate t point 2 or point 3 and what is C and what is At and A1 is area at point 1 but what is C and At????
Wonderful
nut factor
Not China UK
Well done. Nicely explained
Thats well explained and your voce is very atractive
They said the RBMK was meltdown proof too but this looks promising.
me when I spread misinformation
Imagine 🎶 Throwing beers bottle at that machine
Good explanation bro. Can you please explain from which standard you are taking reference of nut K factor.
China's technology and economy is failing, they need new government
If it's anything like COVID the world's screwed
Trent Meadows
The video is so well made and the explanation is so good , thank you sir.
Obviously this is only for Metric Bolts. So First Number is Tensile Strength (Max Force at when the bolt will “BREAK”) And Second Number, after the Point, is a Yield Strength (Max force at which the bolt will start to “DEFORM”) So first number is “Breaking” force and second is a Percentage of the first number at which force the bolt will start to “Deform”.
Thanks bro for the meaning of Yield and tensile strength
in your excel, beta = At/A, but in your explanation, beta = d/D. which one is correct?
This isn't even from China, this video completely faked bro
Hurrah! A billionth of a second instead of a trillionth!!! Another million years it’ll be a hundredth