and the CO2 carbon capture does not reduce any other pollutant aside from CO2. So you actually increase all the other pollutants like “socks” SO2, ammonia, knocks”, oxides of nitrogen, hydrocarbons, particulate matter by 25 percent increase in the air pollution from the coal. So it's nothing close to clean. In fact, it's about 50 times more CO2 perunit energy than wind and 150 times more pollution per unit energy.
What drug was that? Nitrous oxide , laughing gas, everyone's friend. It's called laughing gas.
So there were several theories at the time. Nitric oxide is released by aircraft. And there was a concern that there was just a climatological shift in the circulation patterns.
In the body, that's turned into nitrite and then into nitric oxide . Nitric oxide in the bloodstream does two things. The first thing it does is it actually dilates the blood vessel.
The most common one is 100 times more potent than medical morphine. Nitrous oxide enters the bloodstream and flushes away the fight or flight chemicals, flushes away the cortisol, flushes away the norepinephrine.
The material was lithium cobalt oxide . Lithium cobalt oxide is arranged so that the cobalt and oxygen atoms form tightly bonded layers, with lithium-ions nestled in between. This means that your supply of lithium-ions doesn't just have to come from the dangerous lithium metal on the anode side, it's already there prebuilt into the cathode.
Next, the slag starts to come out. But since aluminum oxide has a lower density than steel, it's just gonna float on top, and go out the sides into the slag pans. So, that makes sure that we don't get any slag mixed in with the liquid steel.
But we don't do the release phase, short, tactical breaks constantly throughout the day, every hour, every half hour. And that releases nitric oxide into the system to push the stress neurochemicals out and allow for those addictive neurochemicals to flow, to come into the system to allow us to perform at our best and feel our best.
exploded the pistachio, and we know all the molecules, and you can buy them and maybe even mix them together to create your own pistachio. I mentioned rose oxide as being this particular molecule that does play an important role in the smell of roses.
But then on top of that, you've got methane. You have nitrous oxide from cattle, from animals. And in Ireland, we have cattle numbers of 7 million cattle in this country.
around the Earth that's holding heat against the Earth, methane is a blanket that's 86 times as thick as carbon, and nitrous oxide is 310 times as thick, which matters because we're facing a ticking clock, where if we don't reduce our greenhouse gas emissions and reduce the warming, we're going to enter into runaway climate change, where we can't undo certain processes that have been started.
And some of those examples I show here from some of our previous work, the stars that you see on the interior of each one of those manganese oxide stars is a tiny microorganism. And it causes the precipitation of that manganese oxide as a byproduct of using other oxidation states of manganese minerals to make its living.
And count two to count four are even more bizarre, because they were not about magnesium diboride. They were about oxide . And magnesium diboride is not an oxide .
So this is my mother's almonds and cheese, a very traditional tapas what I'm about to do. You see nitro oxide , which is an amazing, amazing technique.
So this is my mother's almonds and cheese, a very traditional tapas what I'm about to do. Or the nitro oxide , you can keep it for weeks, two weeks, three weeks, four weeks.
Well, that strength comes at a cost. Unlike the brittle oxides that form on other materials like steel or titanium, this layer stays intact at high temperatures, protecting the metal below.
Well, that strength comes at a cost. of problems with oxides .
from anything else. And if it burst into fireworks, then at least it's in a container. And because transition metal oxides release oxygen from their crystal structure, they're gonna fuel the combustion, and now the fire is just feeding itself.
- It's getting hot now. That's a little bit of oxide . There you go, see this starting to deform?
But what was even more surprising was the fact that this compound already had lithium in it. The material was lithium cobalt oxide . Lithium cobalt oxide is arranged so that the cobalt and oxygen atoms form tightly bonded layers, with lithium-ions nestled in between.
They were about oxide . And magnesium diboride is not an oxide . Here is the email two.
leaders in superconductivity. My lawyers had to tell them that magnesium diboride is not an oxide . And so magnesium diboride and oxide have opposite requirement for making thin films. They had to tell the government that oxide MBE is unrelated to the pocket heater, and laser MBE
And so magnesium diboride and oxide have opposite requirement for making thin films. They had to tell the government that oxide MBE is unrelated to the pocket heater, and laser MBE is unrelated to the pocket heater.
rocket motor burned liquid nitrous oxide in a form of solid rubber fuel
So there's no nitrogen oxides in the fuel, or no nitrogen.
And then just as he was losing hope, on the last workday of 1982 while cleaning out his office, he stumbled upon a 1980 paper by John B. Goodenough. It described a cathode made of lithium cobalt oxide , a cathode that already contained lithium. This was the missing piece.
This was the missing piece. He sketched out the reaction between lithium cobalt oxide and his lithium free anode, and then built a test cell using the two materials. It worked safely and reliably, but Yoshino wasn't satisfied.
So, the thermite reaction is taking place inside. We're forming molten steel and also molten aluminum oxide . All these demos are incredibly difficult to shoot, because they're gonna be many, many orders of magnitude brighter than the normal scene.
First, there's black oxide , which is the reaction of the iron and oxygen under heat.
And it's the only one of those four actions that immediately addresses the methane and nitrous oxide , which are two of the most powerful greenhouse gases. Methane is 86 times as powerful as carbon and nitrous oxide is 310 times as powerful, which is to say, if you imagine the greenhouse gas effect like a blanket around the Earth that's holding heat against the Earth, methane is a blanket that's 86 times as thick as carbon,
There's methane, nitrous oxide , and carbon dioxide.
Yeah. So trimethylamine oxide -- so when you eat meat, you eat lecithin and carnitine.
of those manganese oxide stars is a tiny microorganism. And it causes the precipitation of that manganese oxide as a byproduct of using other oxidation states of manganese minerals to make its living. And it produces these characteristic things.
And here it says that I will be happy to build up a world class oxide thin film lab that would include laser MBE and oxide MBE. An oxide thin film lab that use laser MBE and oxide MBE has no use for the STI pocket heater for magnesium diboride.
is unrelated to the pocket heater. And the STI pocket heater has no value or utility for oxide thin film labs that use laser MBE and oxide MBE. And John Rowell, who was the CEO of Conductus, when he adopted the Kinder heater for its thin film production, wrote, "The STI pocket heater
The material Whittingham chose for the cathode, titanium disulfide, capped the cell at just 2.4 volts, but Goodenough believed that with a better cathode material, he could do better. He had previously worked with compounds called transition metal oxides . They were more stable than sulfides, and some he knew were extremely hungry for electrons, perfect for a cathode.
There's huge amounts of oxygen trapped in the oxides there.
consensus the car was the primary cause of hydrocarbons nitrogen oxides and
exploded the pistachio, and we know all the molecules, and you can buy them and maybe even mix them together to create your own pistachio. On the other hand, rose oxide has the word "rose" in it.
And on the subject line, it says very clearly that it's about oxide films and interfaces. And here it says that I will be happy to build up a world class oxide thin film lab that would include laser MBE and oxide MBE. An oxide thin film lab that use laser MBE and oxide MBE
And they have different functionalities. And you remembered the email for account 224 that was talking about the oxide films lab, which the government said was evidence that I stole the STI pocket heater of magnesium diboride to help Chinese to become world
Because what's happening is the iron is being converted in place into iron oxide .
that's a chemistry problem, breaking lithium oxide . It's the same chemistry problem or similar to the one I need to make CO2, H2O and
just quickly most people have heard a bit about Knox or nitrous oxides that leads to haze and smog then we have
- Let's torch it! Previously on Veritasium, we learned how Hans Goldschmidt discovered that metal oxide -like rust can react with aluminum powder to produce pure liquid metal. Oh! Reactions of this type are known as thermite reactions.
In the previous video, we showed what happened in the crucible through glass. So, you can see the liquid steel and the liquid aluminum oxide forming and separating out, and then the liquid steel dropping out the bottom. Well, here we get to see that liquid steel falling into the mold.
exploded the pistachio, and we know all the molecules, and you can buy them and maybe even mix them together to create your own pistachio. Yeah, and also the fact that when the receptor binds that rose oxide , for a moment, that rose oxide is part of us.
I was at the dentist, and I agreed to have some nitrous oxide , called laughing gas.
We eat what we want to eat, and we make that choice three times a day. And it's the only one of those four actions that immediately addresses the methane and nitrous oxide , which are two of the most powerful greenhouse gases. Methane is 86 times as powerful as carbon and nitrous oxide is 310 times as powerful, which is to say, if you imagine the greenhouse gas effect like a blanket
Then it goes into your liver, which converts it to trimethylamine oxide .