i aggree i see that myself now after the pain i experienced from many encounters in my life and after the things i loved died i realized i became the man i always wanted to be
I was listening to this when i was training my arse off for special forces. Now I’m listening to this while we have morning workout! Keep fighting brothers! You will make it!
12:31 Skipping shcool. Working on the field with an insane shoulder, becep, tricep, chest, back pump from all the work while i got math and business exams in two days. My testosterone is telling me to keep working.
Schwerer Gustav (English: Heavy Gustav) was a German 80-centimetre (31.5 in) railway gun. It was developed in the late 1930s by Krupp in Rügenwalde as siege artillery for the explicit purpose of destroying the main forts of the French Maginot Line, the strongest fortifications in existence at the time. The fully assembled gun weighed nearly 1,350 tonnes (1,490 short tons), and could fire shells weighing 7 t (7.7 short tons) to a range of 47 km (29 mi)
A Z-pinch nuclear fusion reactor is a type of inertial confinement fusion device that utilizes intense magnetic forces to compress and heat a plasma to induce nuclear fusion. The term "Z-pinch" refers to the pinching effect of the magnetic field that squeezes the plasma to high densities and temperatures, creating conditions suitable for fusion reactions. In this explanation, I'll walk you through the basic principles and steps involved in the operation of a Z-pinch fusion reactor. Plasma Formation: The first step in the process involves creating a plasma-a state of matter in which atoms are stripped of their electrons, resulting in a collection of ions and free electrons. Typically, a mixture of deuterium and tritium, two isotopes of hydrogen, is used as the fuel for fusion. The plasma is generated and confined within a specially designed chamber known as the fusion chamber or the reaction chamber. Magnetic Field Generation: Powerful pulsed electromagnets surround the fusion chamber, producing a magnetic field. These magnets are arranged in a specific configuration to create a cylindrical or toroidal shape around the plasma. The magnetic field is designed to be axially symmetric, meaning it compresses the plasma uniformly along its axis. Compression: The magnetic field is rapidly energized, causing it to exert a strong inward force on the plasma. This inward force compresses the plasma to high densities. As the plasma gets compressed, its temperature starts to rise due to adiabatic compression, where the pressure and temperature are inversely proportional. The plasma's temperature increases significantly, but it is still not hot enough for fusion to occur. Pre-Heating: To reach the temperatures required for nuclear fusion, the plasma needs to be pre-heated. Various methods can be employed to achieve this pre-heating, such as injecting high-energy neutral beams, radiofrequency heating, or laser heating. These methods provide additional energy to the plasma, increasing its temperature further. Formation of the Z-pinch: Once the plasma has been sufficiently pre-heated, the intense magnetic field generated by the electromagnets causes the plasma to undergo a phenomenon called the Z-pinch. The magnetic field lines, initially spread out, rapidly collapse inward due to the electromagnetic forces. As the field lines converge, they exert a strong inward pressure on the plasma, squeezing it into a dense and elongated column. Fusion Ignition: During the Z-pinch process, the plasma becomes highly compressed and heated to extremely high temperatures, on the order of tens of millions of degrees Celsius. At such temperatures, the deuterium and tritium ions within the plasma gain enough kinetic energy to overcome their mutual electrostatic repulsion. As a result, fusion reactions start to occur: deuterium and tritium nuclei collide and fuse to form a helium nucleus (alpha particle) and a high-energy neutron. Energy Release: The fusion reactions release an enormous amount of energy in the form of kinetic energy of the charged particles and high-energy neutrons. This energy is transferred to the surrounding plasma, causing it to heat up even further. Energy Extraction: The high-temperature, high-pressure plasma contains a significant amount of energy. To harness this energy for practical use, the reactor is equipped with various systems for energy extraction. One common method is to use the heat produced by the fusion reactions to generate steam, which drives turbines connected to electricity generators. The electricity generated can then be fed into the power grid for general use. Containment and Stabilization: Throughout the entire process, maintaining the stability and containment of the plasma is a critical challenge. The intense conditions within the reactor can lead to instabilities, such as disruptions and turbulence. Researchers and engineers use sophisticated control systems and feedback mechanisms to stabilize the plasma and prevent its loss from the magnetic confinement. Iterative Process: In a Z-pinch nuclear fusion reactor, achieving a self-sustaining and controlled fusion reaction-known as ignition-is challenging. As such, most current Z-pinch reactors are experimental devices that undergo iterative testing and improvement. Scientists study the reactor's behavior and make adjustments to optimize the magnetic confinement, compression, and pre-heating techniques to increase fusion yield and efficiency. In summary, a Z-pinch nuclear fusion reactor works by creating and confining a plasma fuel within a magnetic field. The plasma is compressed and heated to the conditions required for nuclear fusion to occur. Through the Z-pinch effect, the plasma undergoes fusion reactions, releasing a tremendous amount of energy that can be harvested for electricity generation. While still in the experimental stage, Z-pinch fusion holds promise as a potential clean and nearly limitless energy source for the future.
This actually the song i can connect to the coldest moment of my life We were on deployment, and mid way to objective a storm arrived, getting as wet as f*ck. Additionaly i wrecked myself already ( visibilty did not exist and therefore i rolled down 8m into a hole of some sort ) and this thing hit my headphones. It just swithed me into 'i dont care' mode and helped to carry on, ingoring the injuries. However done this song, you saved my ass.
@@anigaming1010 during march on our teritory only actually, still, i have a tradition of sort to leave one ear uncovered, just in case some shit would happen
![Pastel Ghost - Shadows Slowed + Reverbed [BEST PART EXTENDED]](http://i.ytimg.com/vi/x2hX9MgW1LU/mqdefault.jpg)
3:30 Looping Best Part
Pain is the most pleasurable feeling for someone to go through. Cherish every once of it for the pain will turn into your greatest strengths.
i aggree i see that myself now after the pain i experienced from many encounters in my life and after the things i loved died i realized i became the man i always wanted to be
1:44 best part 👌🏻
W
I was listening to this when i was training my arse off for special forces.
Now I’m listening to this while we have morning workout!
Keep fighting brothers! You will make it!
W
did you make it Im training for paratroopers rn
@@LiterallyMeDrive2011 yes brother,good luck to u💪
Masterpiece
3:31 best part
My son told me about this song. Now i understand why He loves it.
w dad
W father 🫡👍🏻
🗿
Your son is not from this generation. Be proud man.
Giga dad💀
This song gives me strength i never knew i had
1:45 Best Part
"i never imagined it would end like this... Neither did i old friend"
I ears have been blessed.
This would dominate Spotify
man i'v been looking for this song for 2 hours
This song really motivates me!
This song plus driving around late at night hits different
God, the way this makes my heart feel..
Real Motivational Music 🗿🗿🫡
That thumbnail is godly
3:25 wait for it
12:31 Skipping shcool. Working on the field with an insane shoulder, becep, tricep, chest, back pump from all the work while i got math and business exams in two days. My testosterone is telling me to keep working.
Perfect bro 🗿congratulations keep going bro
You will do it!
Chicos ya esta la musica en spotify la encuentra como: Slowed Album, despues le cambio el nombre
H É R O E
Puedes hacer uno pero speed up?
@@faxs_xd Claro! :D
muchas gracias! tenia horas buscándo. 1000 éxitos
I can’t find it
1:35 is perfection
I love this, I've been looking for it.
1:47 is god
Jesus Christ is
The Military Version Of Dark Beach
Honestly so good adds more to an already great song 🗿🗿
Never delete this
This music hits really hard...
1:32 perfect edit
Belle version instrumentale très slow, belles vibrations musicales, j'aime ❤😊❤
Schwerer Gustav (English: Heavy Gustav) was a German 80-centimetre (31.5 in) railway gun. It was developed in the late 1930s by Krupp in Rügenwalde as siege artillery for the explicit purpose of destroying the main forts of the French Maginot Line, the strongest fortifications in existence at the time. The fully assembled gun weighed nearly 1,350 tonnes (1,490 short tons), and could fire shells weighing 7 t (7.7 short tons) to a range of 47 km (29 mi)
Impressive, very nice
Let's see Paul Allen's Railway gun.
3:30 is best bro 🤤
El punto de inflexión
yeah sound good
This song make me feel anything
nourished my soul
В джеме электронной музыки сплошная годнота!
Hits Different in 6AM in a Twilight with a gram of caffeine in the blood
hits different at 6am when you're finally ready to go to bed
BEST VERSON
this scratches an itch i didn’t know could be scratched.
Best music for THE WALKING DEAD edits
please never delete this. It will help me for my glow up. Is perfect bro!
Bravo 6 going dark
A Z-pinch nuclear fusion reactor is a type of inertial confinement fusion device that utilizes intense magnetic forces to compress and heat a plasma to induce nuclear fusion. The term "Z-pinch" refers to the pinching effect of the magnetic field that squeezes the plasma to high densities and temperatures, creating conditions suitable for fusion reactions. In this explanation, I'll walk you through the basic principles and steps involved in the operation of a Z-pinch fusion reactor.
Plasma Formation:
The first step in the process involves creating a plasma-a state of matter in which atoms are stripped of their electrons, resulting in a collection of ions and free electrons. Typically, a mixture of deuterium and tritium, two isotopes of hydrogen, is used as the fuel for fusion. The plasma is generated and confined within a specially designed chamber known as the fusion chamber or the reaction chamber.
Magnetic Field Generation:
Powerful pulsed electromagnets surround the fusion chamber, producing a magnetic field. These magnets are arranged in a specific configuration to create a cylindrical or toroidal shape around the plasma. The magnetic field is designed to be axially symmetric, meaning it compresses the plasma uniformly along its axis.
Compression:
The magnetic field is rapidly energized, causing it to exert a strong inward force on the plasma. This inward force compresses the plasma to high densities. As the plasma gets compressed, its temperature starts to rise due to adiabatic compression, where the pressure and temperature are inversely proportional. The plasma's temperature increases significantly, but it is still not hot enough for fusion to occur.
Pre-Heating:
To reach the temperatures required for nuclear fusion, the plasma needs to be pre-heated. Various methods can be employed to achieve this pre-heating, such as injecting high-energy neutral beams, radiofrequency heating, or laser heating. These methods provide additional energy to the plasma, increasing its temperature further.
Formation of the Z-pinch:
Once the plasma has been sufficiently pre-heated, the intense magnetic field generated by the electromagnets causes the plasma to undergo a phenomenon called the Z-pinch. The magnetic field lines, initially spread out, rapidly collapse inward due to the electromagnetic forces. As the field lines converge, they exert a strong inward pressure on the plasma, squeezing it into a dense and elongated column.
Fusion Ignition:
During the Z-pinch process, the plasma becomes highly compressed and heated to extremely high temperatures, on the order of tens of millions of degrees Celsius. At such temperatures, the deuterium and tritium ions within the plasma gain enough kinetic energy to overcome their mutual electrostatic repulsion. As a result, fusion reactions start to occur: deuterium and tritium nuclei collide and fuse to form a helium nucleus (alpha particle) and a high-energy neutron.
Energy Release:
The fusion reactions release an enormous amount of energy in the form of kinetic energy of the charged particles and high-energy neutrons. This energy is transferred to the surrounding plasma, causing it to heat up even further.
Energy Extraction:
The high-temperature, high-pressure plasma contains a significant amount of energy. To harness this energy for practical use, the reactor is equipped with various systems for energy extraction. One common method is to use the heat produced by the fusion reactions to generate steam, which drives turbines connected to electricity generators. The electricity generated can then be fed into the power grid for general use.
Containment and Stabilization:
Throughout the entire process, maintaining the stability and containment of the plasma is a critical challenge. The intense conditions within the reactor can lead to instabilities, such as disruptions and turbulence. Researchers and engineers use sophisticated control systems and feedback mechanisms to stabilize the plasma and prevent its loss from the magnetic confinement.
Iterative Process:
In a Z-pinch nuclear fusion reactor, achieving a self-sustaining and controlled fusion reaction-known as ignition-is challenging. As such, most current Z-pinch reactors are experimental devices that undergo iterative testing and improvement. Scientists study the reactor's behavior and make adjustments to optimize the magnetic confinement, compression, and pre-heating techniques to increase fusion yield and efficiency.
In summary, a Z-pinch nuclear fusion reactor works by creating and confining a plasma fuel within a magnetic field. The plasma is compressed and heated to the conditions required for nuclear fusion to occur. Through the Z-pinch effect, the plasma undergoes fusion reactions, releasing a tremendous amount of energy that can be harvested for electricity generation. While still in the experimental stage, Z-pinch fusion holds promise as a potential clean and nearly limitless energy source for the future.
Bro who hurt you feelings 😡
Hell nah you copied it from Wikipedia 💀
@@AutoRev1ve This isn't on Wikipedia.
im fucking cumming
@@sodicious💀
''You think you're the king?
I'm the king.,,
~ Nick eh 30
Where is that from?
@@laranjos5505 nick eh 30
I'm strong, I'm smart, I'm better, I'm better
Finalmente encontrei a melhor versão thank you very much 🗿🍷🖤
CARTOONIZANDO?
goes hard 🔥
Mind blown ...love it
Bro you did an absolutely BANGER job on this man!!! Holy fuckkk GASM GASM GASMM
Great work bro 👍🏻❤️
MY NEIGHBOR CALL THE POLICE SO THEY CAN LISTEN TOO‼️🔥
1:40🔥
It’s working as my night sleeping medicine
es hermosa está canción hermano 😍
a masterpiece
Jesus loves you❤️✝️
Amen
I love this vibe, sad dance
Have a picture in your mind about what you want to be.
Every time you have a choice...
Will this choice help to make the picture reality?
Hits hard
1:40
Man is king
Christ*
Never gets old..❤
Love isn't real, goto the gym.
@@ete7432 agreed
@@ete7432 my man
W
Love is real. We're just too ugly for someone to show us their love.
Love is real when it’s with the right women.. Believe me 📿👍🏼
Master piece👍
What a music omg ♥️
Iam fall for this music 🎶🎶
The only good tazzy remix
Temazoooo
RETURN TO SPOTIFY... PLEASE!
This music iniciate my "Back Workout"!!🥲
Lo haces muy bien, gracias
Spotify again!!! Pleaseeee!!!
Rust Cohle 🔥
I like this guy.
KEEP THIS ON YOUR ACCOUNT!!
"It ain't like how it was before"
- Shane, TWD
If I’m able to show you the thoughts in my head I wouldn’t be here
plssss in looped version 3:30
Yesss now i cant hear that annyoing singing ty
The lyrics are so real
The lyrics are the good part
@@Astroo31 yes but in the remix the singer sounds goofy not the actual singer
When I hear this song it makes me want to win
This actually the song i can connect to the coldest moment of my life
We were on deployment, and mid way to objective a storm arrived, getting as wet as f*ck. Additionaly i wrecked myself already ( visibilty did not exist and therefore i rolled down 8m into a hole of some sort ) and this thing hit my headphones. It just swithed me into 'i dont care' mode and helped to carry on, ingoring the injuries.
However done this song, you saved my ass.
Military deployment and u were playing music in your headphones?
@@anigaming1010 during march on our teritory only actually, still, i have a tradition of sort to leave one ear uncovered, just in case some shit would happen
This is amazing
the chaos’s theme, the desacate.
Perfect speed.
After one Shorts video, this track only associated, in my mind, with Alex Delarge from Clockwork Orange)
Are you kidding me ? 🥵
Me thinking about existence itself at the gym
the song was blocked for the Germany region on Spotify
😢
@HerbstDZN2 can you fix this pls? I need at back on Spotify
Breathtaking 🎉
Include it with pull up bar 😤
When I’m working my shoulder nd my leg
I need at back on Spotify Germany pls
The best thing in this video that It's 5 minutes long
Connor kenway🗿🗿🗿🦅
Then something just snap
Is perfect
Rip Audi rs6 owner☝️🔱
thats another music brother
Christ is King
exact bro
1:45 2:04
the fucking best！ 1:46
Я плачу
Не плачь бро
Very good
Jesus es el rey