#Protium

[haveyouatethisfruit]

Canfín

(protium stevensonii)

A fairly rare fruit from Central- and South America, canfín almost resembles a mangosteen with its segmented, pulp covered seeds. It is therefore not entirely odd that the flavour is described as almost identical to mangosteen. As the fruits ripen, they eventually drop from the tree and the capsules open, revealing the covered seeds after which they're usually quickly devoured by large birds and mammals. The tree also produces copal, an aromatic resin used by the cultures of pre-Columbian Mesoamerica as ceremonially burned incense.

🍑 Reblog to share a fun fruit and to increase sample size! Check out even more interesting fruits in the list of all polled fruits. 🍑

[shamnadt]

Protium Smart Home - WiFi Universal Remote with Amazon Alexa Compatibility (IR Blaster, Black)

Price: (as of – Details) Voice Control: Compatible with Alexa and Google Home to voice control your TV, Air Conditioner.APP Control: Control IR appliances with Smartlife App anywhere anytime (Please use 2.4 GHz Wi-Fi). Set up timers to turn on/off appliances at a specific time or customize scenes with multiple devices. Turning your basic home devices into smart devices and making life smarter…

[lonleywriters-blog]

Hello, I would like to ask if you could do some preferences for jealous yandere, gotham characters! ( like Bruce Wayne , Alfred , Jim Gordon , Harvey Dent ) if that's alright with you!

Yess I love them

Jealous yan. Gotham

Bruce doesn't get jealous often, but when he does he can be brutal. He never blames you, it's obvious that you don't want to flirt with that guy he's making you. He is very rich with tons of resources, so he can find everything about the man that dared to touch his love. He has no self control when taking revenge. He will let him bleed out, HE didn't technical kill him blood loss did. He is very protective and will tell you how much he loves you.

He does not get jealous frequently. He lets you have fun, but when a man starts to touch you while on the dance floor he is livid. He dares to touch the places only you let him touch? He will beat him to a pulp and plant it on someone else. He believes that you are traumatized and will cuddle you all night stroking your hair.

Alfred gets jealous frequently but hides it well. Now when he gets very jealous he will call in a few favors. He doesn't like doing the dirty work himself, he'd rather spend time with you. He sees you on a protium and he will shower in love. No one is allowed to touch you, you are him.

Jim is so protective. All of his exes have turned crazy or hurt and he refuses to let the one love of his life face the same fate. He will never physically hurt someone, but he will plant evidence on them so they face Arkham asylum. He is happy knowing they will rot and mentally break down. They should have known not to go near you, you are his love, his life. He will always protect you no matter what.

[periodictabletournament]

while I'm working on the main stuff here's a fun bonus poll:

protium: the regular hydrogen we all know and love

duterium: the hydrogen in heavy water which is useful in nuclear reactors for cooling and neutron moderation

tritium: radioactive! decays into helium!

[artifacts-archive]

Censer, Seated King

Maya

4th century

Incense, in the form of tree resins such as copal (Protium copal), was a key component of ancient Maya rituals, as well as in contemporary rituals of Maya descendants. Ritual practitioners and royal families made offerings of burning incense to communicate with ancestors and deities in the supernatural realm. Maya artists depicted fragrant incense smoke in monumental sculpture and paintings; clouds of smoke were vehicles for ancestors to communicate with the living. This incense burner and others like it may depict ancestors of the rulers who burned incense in their chambers, or they may have been used to venerate a ruler after death, with the sacred smoke encouraging his apotheosis.

source

[startswithabang]

How heavy hydrogen reveals the dark Universe

There are lots of lines of evidence for dark matter and dark energy.

But simply measuring hydrogen's two stable isotopes, protium and deuterium, tells us that only 5% of the Universe can be normal matter.

[ardentguilt]

Copal

We all know about Amber but Copal is another organic ‘mineral’ that forms from tree resins such as the Kauri Conifer and the Protium Copal.

It can be collected from living trees as well as from accumulations in the soil beneath trees and can even be mined if accumulations are buried.

Copal from different sources usually has different chemical properties.

It shares the same hardness as Amber but unlike amber Copal is partially to entirely dissolvable in organic solvents.

Buried Copal is the closest to amber with regards to durability and in some cases is nearly indistinguishable.

Zanzibar is a major source of buried Copal but it can also be found in China, Brazil and other South American countries.

It’s often used to make beads or in varnishes, lacquers and inks.

[somerunner]

Protium is probably so good at being tium.

Deuterium is probably just as good. The deuteragonist at tium, if you will.

I don't know what tritium's deal is.

[noticiassincensura]

Point for nuclear fusion: technology to obtain its fuel much more easily is ready

Hydrogen is the lightest chemical element in nature. It is characterized by having a single proton in its nucleus and a single electron orbiting around it, although three different isotopes coexist. The most abundant in the universe is protium, and it stands out because it has no neutron in its nucleus. Deuterium, however, has one neutron. And tritium has two neutrons in its nucleus. The first two, protium and deuterium, are stable, while tritium is a slightly radioactive chemical element.

Moreover, the latter is very scarce. Very scarce. It is produced naturally in the upper layers of the atmosphere due to the interaction of cosmic rays and the nuclei of atmospheric gases, but its production is very modest. In fact, only a few kilograms are produced annually in the Earth's atmosphere. So few, in fact, that scientists estimate that we can count them on our fingers.

Interestingly, not all of the tritium that is available on our planet has a natural origin. Atmospheric nuclear tests that took place between the end of World War II and the 1980s have dumped a few tens of kilograms of this isotope into the oceans, and, in addition, CANDU-type nuclear reactors, which are pressurized heavy water devices developed in Canada, also produce it. Each 600 MW reactor generates about 100 g of tritium annually, giving an overall annual output of about 20 kg.

Good news for fusion power Let's move on to tritium before moving on to protium and deuterium. ITER (International Thermonuclear Experimental Reactor), the experimental nuclear fusion reactor that an international consortium led by the European Union is building in Cadarache, France, will use two isotopes of hydrogen as fuel: deuterium and tritium. The most interesting thing is that the engineers of this fusion reactor have designed a system that will allow it to be self-sufficient in tritium, which, as we have just seen, is the scarcest element.

Astrophysicists have two big questions. They now suspect that dark energy has the answers. Deuterium can be extracted from seawater, but so far the process to isolate it is complex and expensive.

Their solution is very ingenious: tritium will regenerate on the reactor walls because the mantle will be coated with lithium. And this last chemical element, interacting with the high-energy neutron released by the deuterium-tritium fusion reaction, generates a tritium nucleus. ITER physicists and engineers are still working on the reactor's tritium feedback system, but the strategy they have in mind a priori is compelling.

[casspurrjoybell-20]

FOOLS IN LOVE - Chapter 7 - Part 1

BOOK THREE: 'Fools Fall in Love' Trilogy

*Warning - Adult Content*

Samuel Moretti

The anxiety that was boiling in my stomach wouldn't go away even after Benjamin and I were seated and Noah went back to being a busboy.

I was trying to hide my fidgeting hands by holding the menu.

Noah and I were over, done with, broken up in every sense of the word.

So why did I feel so guilty?

Whether I was guilty for sitting here with Benjamin in front of Noah or guilty for the way I completely shut down when I saw Noah, I didn't know.

I didn't want Benjamin to think he had anything to worry about, he didn't.

Ben meant so much to me and Noah... he meant... other things.

Complicated things.

"They have so much pasta on their menu, every time I pick one, I see different one I like."

I chuckled for Benjamin's sake but it was a little forced.

I felt like I didn't know how to act.

What was wrong with me?

I should've taken Benjamin's offer to leave.

"Yeah," is all I responded with.

Then I felt his hand touch mine, so I set my menu down.

"This is weird, isn't it? I don't want you to feel uncomfortable."

"I don't want you to feel uncomfortable," I corrected him.

"I don't, I promise. Noah Wright can't ruin my night with you."

I smiled and felt warmth fold over me like a weighted blanket.

"Okay. Um. Have you decided on what you want to eat? I'm thinking either pesto tortellini or baked chicken and ziti."

"Oh, both sound good. You get pesto tortellini and I get baked chicken ziti and we can mooch off each other's?" he offered with a delightful smile.

"Sounds good," I said.

I probably would've been concerned about the calories but Noah working there threw me off and gave me whip lash.

That entire dinner I was distracted and for some reason I had the urge to argue with Noah about anything and nothing.

Why did I feel like this?

But the worst part of my dinner was when Benjamin got up to use the bathroom.

I had a few moments to glance at Noah and I wished I hadn't.

He was at the protium when I looked up at him.

A blonde girl had walked up to Noah.

She said something to him and was about to walk out until Noah pulled her back.

They exchanged some words and then my heart fell the the bottom of my gut when I saw Noah kiss her.

Noah had a girlfriend?

I had no idea.

The blonde didn't go to the party on Saturday, I thought he might've been with the girl with the short black hair.

The blonde looked like a similar person from mine and Noah's past.

His ex-girlfriend Kaitlyn.

The girl Noah was kissing had long, straight blonde hair and a body to kill for.

Maybe Noah really did have a type, blondes.

I looked down at the pasta dinner in front of me, then feeling too nauseous to eat.

"Are you okay?"

I glanced up when I heard Benjamin's voice.

He took his seat.

I put on a smile that said I was fine and the remaining dinner was mostly Benjamin speaking.

********

About a half hour later, I thanked God when I stepped out of that restaurant.

Finally I could breath but even in the car, driving away for Rosemary's, that image of Noah kissing the blonde was burning into my brain.

The only thing I knew to cure my anxiety, Benjamin.

I placed my hand on his thigh while he drove.

'Adore You' by Harry Styles playing in the background from Benjamin's cell-phone plugged into the Aux.

"Ya' know, it's dark out."

Ben chuckled.

"Yes and?"

"And," I slid my hand up towards his crotch.

"What if you pulled over and had some sexy time," I suggested with an innocent grin.

"In the car... in public?" his tone was one of worry.

"Yeah. You never had car sex?" I asked as we stopped at a red light.

"No. I heard it's not very comfortable."

"Well, yeah," I spoke with a teasing 'duh'.

"But the point is it's exciting and in the moment and sexy."

Ben shrugged.

"What if someone sees us..."

"No one will see us, we'll be parked in the back of a dark parking lot," I assured him right as we got the 'go'.

"I'm just not comfortable with that."

My hand slid back into my lap.

"That's okay. I'm sorry, we can just go to my apartment," I decided.

It's not like I was going to force him into something he didn't like to do but Ben only ever liked to have sex in bed.

Which was fine, it just got old sometimes.

"Maybe Kai can join us," I joked for some comic relief but that seemed to make it worse.

"Are you into Kai?" Ben asked in panic, quickly looking at me then back at the road.

"No," I said hastily.

"I mean he's cute but..."

"You think he's cute?"

Wow, I really just dug myself six feet deep.

"No, no. Ben, I was joking about Kai joining us and I'm allowed to find people attractive, that's human nature, not like I'd act on it. Ever. I don't like him, I like you."

I had this burning need to argue with him but instead he told me softly.

"I just don't like hearing that. Maybe don't spend too much time with him."

I laughed until Ben gave me a confused, serious expression.

'Oh my gosh.'

"Kai's my roommate. Platonic roommate who I hardly know and I like you, Ben. A lot."

He took a deep breath then apologized.

"Sorry, that was silly of me to say that. I just feel discombobulated ever since we saw Noah and now I'm freaking myself out about every guy."

"Well, you have no reason to freak out."

"At least now we know not to go back to Rosemary's, which sucks 'cause it's so good but I don't want you seeing Noah ever again."

My chest tightened at my boyfriend's words because I knew what I had to do.

Confess.

"Actually," I started slowly and I waited for Ben to pull into the visitor's parking stop in the lot of my dormitory.

Ben shut off the car then looked at me expectantly, telling me to carry on.

I swallowed, took a deep breath and...

"Noah goes to UIC."

[itsnothingbutluck]

China schafft jetzt gerade das Unglaubliche. Ganze 2 Jahre früher als angekündigt, wird nun der erste Thorium-Reaktor der Welt hochgefahren! (Quelle 1)

Er nutzt Brennstoff, der 350x günstiger als Uran ist, welches in konventionellen Atomkraftwerken genutzt wird. Nach 3 Jahren Stille um das Projekt ist nun überraschend die positive Nachricht da! (Quelle 1, 2)

Die zuständige Aufsichtsbehörde hat den Betrieb des ersten Thoriumreaktors genehmigt. Der Prototyp eines solchen Reaktors entsteht in der Wüste der Provinz Gansu. (Quelle 1, 3)

Thorium-Reaktoren sollen sicherer und günstiger sein als alle alternativen Reaktorsysteme und den Energiebedarf der Erde über 20.000 Jahre decken können. (Quelle 3)

Beeindruckende Angaben. Verpassen wir also gerade die größte Energietechnik-Revolution? Wie funktioniert der Reaktor und wie weit ist die Technik wirklich?

Ist China wirklich meilenweit vor allen anderen Nationen?

Thorium könnte der heilige Gral für die Atomkraft sein.

Thorium weist extrem niedrige Kosten von etwa 250.000 € pro Tonne oder 0,029 €/elektrische MWh auf. Im Vergleich zu Uran mit 10 €/elektrischer MWh ist Thorium etwa 350-mal günstiger! (Quelle 2)

Aber das ist nicht der größte Vorteil an Thorium. Tatsächlich wissen viele nicht, warum Thorium wirklich in den Fokus der Atomkraft-Branche rückt.

Der Umstand, dass es knapp 3x häufiger und vor allem auch auf dem europäischen Kontinent vorhanden ist, ist auch nur ein netter Nebeneffekt. (Quelle 4)

Der Hauptgrund ist die Isotop-Zusammensetzung von Thorium.

Isotope sind Versionen eines chemischen Elements, die sich in der Anzahl ihrer Neutronen unterscheiden. Ein Atomkern besteht, wie wir alle wissen, aus Protonen und Neutronen und in der Hülle des Atoms befinden sich die Elektronen - immer genau so viele wie auch Protonen im Kern vorhanden sind. (Quelle 5)

Jedes Element wird durch die Anzahl seiner Protonen definiert. Daher wird die Anzahl der Protonen auch Ordnungszahl genannt, weil sie nach der Protonenzahl im Periodensystem sortiert werden. Zum Beispiel hat Wasserstoff immer ein Proton, Helium hat immer zwei Protonen, usw. (Quelle 5)

Aber innerhalb eines bestimmten Elements können die Atome eine unterschiedliche Anzahl von Neutronen haben. Diese Varianten werden als Isotope bezeichnet.

Ein Beispiel für Isotope sind die drei natürlich vorkommenden Isotope von Wasserstoff: Protium, Deuterium und Tritium. Alle drei haben ein Proton, das sie als Wasserstoff identifiziert. Aber Protium hat kein Neutron, Deuterium hat ein Neutron und Tritium hat zwei Neutronen. (Quelle 5)

[nordseehexe]

Copal Peru - dunkler Copal

Allein in Peru gedeihen 6 Gattungen mit rund 50 verschiedenen Arten der Balsambaumgewächse. Eine exakte botanische Bestimmung macht dieser Umstand beinahe unmöglich, denn die peruanischen Schamanen sammeln das Harz von vielen unterschiedlichen Arten und fügen es zu einer wohlduftenden und heilsamen Mischung zusammen. Alle Balsambäume verkörpern für die Schamanen Perus die heilige Verbindung zwischen Mutter Erde (Pachamama) und den Göttern im Himmel. Die aufsteigende Rauchsäule beim Verräuchern des Copals verstehen die Schamanen als indirekte Kommunikation mit der Geisterwelt, die bei allen Fragen des Lebens um Rat gebeten wird.

Der peruanische Glauben basiert auf einer absoluten Ausgewogenheit zwischen „Schuld“ und Opferungen. Alles, was der Pachamama entnommen wurde (und sei es nur das Ausgraben einer Kartoffel), bedeutet einen Eingriff in die Natur. Durch das ständige, rituelle Verräuchern von Copal, stimmt man die Pachamama milde. Auch die Götter besänftigt man auf diese Weise, um sie nicht zornig zu machen und damit sie die Menschen verschonen, wenn sie die Berge Feuer spucken lassen oder Regen über die Berggötter ausgießen. Die Bewohner der Anden werden als sehr friedliebend empfunden. Sie leben, soweit es Zivilisation und „Fortschrittlichkeit“ zulassen, im Einklang mit der Natur. Sie suchen Schuld nie im Außen, sondern schauen aufgrund ihres tief verwurzelten Glaubens, immer erst bei sich selbst.

Also hier entwirre ich für Dich mal die unterschiedlichen Qualitäten:

unangefochten auf Platz 1: Copal negro (!! Dacryodes peruviana) – voll-balsamisch, frisch-menthol-artig, eindrucksvoll hell, klar, klingt für mich wie eine Zimbel an der perfekten Stelle angeschlagen. Liegt auch nach dem Räuchern noch stundenlang unverändert im Raum.

auf Platz 2: Saumerio (!!Dacryodes peruviana) – etwas herber, die frisch-spritzigen Spitzen schlagen nicht so hoch aus, wenngleich immer noch voll-balsamisch, der Ton den ich beim Räuchern fühle, ist eine Spur tiefer, dunkler, dumpfer. Ich würde sagen, das (Arten-gleiche) Balsambaumgewächs war jünger und ihm fehlt es etwas an Reife, an Fülle, an Volumen?!

auf Platz 3: Copal Peru (Protium heptaphyllum) – er hat auch die Menthol-artige Spritzigkeit, ist jedoch etwas weniger Balsam-lastig. Er legt sich deutlich sanfter, weicher und flüchtiger in den Raum, wenngleich das Aroma immer noch ein Erlebnis ist. Der Klang, den ich beim Räuchern spüre, hat eine andere, immer noch sehr helle, hohe Tonlage.

Das ist keine Skala des Verderbens – alle 3 sind meine absoluten Favoriten im Reich der beeindruckenden Düfte!! Die meisten Copale werden beim Räuchern flüssig. Das Sandbett wirkt hier wie Löschpapier, um die Kohle nicht zu ersticken.

Duftnote Räucherkohle: auf Sandbett: fein-würzig, angenehm aromatisch, leicht und blumig, jedes Körnchen duftet etwas anders, vielfältig, leichter Kräuterduft bis leichte Zitrusnote, Weihrauch-ähnlich

Duftnote Räucherstövchen: auf Sandbett: kurz Menthol-artig frisch, spritzig, würzig, fein aromatisch, sehr langanhaltend, liegt auch später noch ganz leicht und sanftmütig im Raum

Wirkung räuchern: Schamanismus, Heilungsrituale für Mutter Erde, schützend, erhellend, Anrufung der Götter, Achtung, Dankbarkeit und Ehrerbietung allen Lebens und des übergeordnet Göttlichen, öffnet den Geist für Spiritualität – wobei die Wichtigkeit nicht auf die eigene Person gerichtet ist, Opferräucherung

Anlass: Schamanismus, Dankbarkeitsrituale, Opfergabe

Empfehlung: Einzelräucherung oder in Räuchermischungen

Beschaffenheit: Harzstücke und Pulver

Herkunft: Peru

Eigenschaft: Copal schmilzt beim Erhitzen. Legen Sie bitte immer ein Sandbett unter den Räucherstoff, um sein volles Duftvolumen genießen zu können.

[stickypersonawinnersludge]

so excited for my protium bar tomorrow ^^ gonna have it after psychiatry

[artistlove]

Symbole : H

Numéro atomique : 1

L'hydrogène est l'élément chimique le plus simple, de numéro atomique 1, le plus commun est constitué seulement d'un proton et d'un électron. L'hydrogène est l'atome le plus léger.

Masse moyenne : 1

Électrons par niveau d'énergie :

Série : non-métaux

Point d'ébullition : -252,9 °C

Forme ordinaire : 

Liquide

Solide

Gaz

Stable :

¹H (protium) ¹H est l’isotope le plus commun de l’hydrogèn, ne possède qu'un proton

²H (deutérium) ²H, l'autre isotope stable de l'hydrogène, connu sous le nom de deutérium possède un noyau constitué d'un proton et d'un neutron.

³H (tritium)

Possède un noyau constitué d'un proton et de deux neutron.

De petites quantités sont présent naturellement à cause de l'interaction cosmiques et les gaz atmosphérique et du titrium à étais relâché pendants des essaies d'armes nucléaires.

La méthode la plus commune pour produire du tritium consiste à bombarder un isotope naturel du lithium, le lithium 6, avec des neutrons dans un réacteur nucléaire.

Radioactivif :

4H (quadrium) 

4H, parfois appelé quadrium, possède un noyau constitué d'un proton et de trois neutrons. C'est un isotope de l'hydrogène hautement instable qui a été synthétisé en laboratoire en bombardant du tritium avec des noyaux rapides de deutérium[6]. Dans cette expérience, le noyau de tritium capture un neutron du noyau rapide de deutérium. La présence d'hydrogène 4 a été déduite par la détection de l'émission de protons. Sa masse atomique est de 4,02781 ± 0,00011[7]. Il se désintègre par émission de neutron avec une demi-vie de (1,39 ± 0,10)×10−22 secondes[8].

4.1H

L'hélium muonique (4.1H[3]) a été créé en substituant un électron de l'hélium 4 par un muon, le muon orbitant plus près du noyau que l'électron. L'hélium muonique peut ainsi être vu comme un isotope de l'hydrogène dont le noyau est constitué de deux neutrons, deux protons et un muon, un seul électron orbitant autour du noyau. L'hydrogène 4.1 peut se lier avec d'autres atomes et agit donc plus comme un atome d'hydrogène qu'un atome d'hélium, inerte[3].

5H

5H est un isotope hautement instable de l'hydrogène. Son noyau est constitué d'un proton et de quatre neutrons. Il a été synthétisé en laboratoire en bombardant du tritium par des noyaux rapides de tritium[6],[9]. Dans cette expérience, un noyau de tritium capture deux neutrons d'un autre noyau et devient donc un noyau à quatre neutrons. Le proton restant peut être détecté, prouvant par déduction l’existence d'hydrogène 5. Il se désintègre par double émission de neutron et sa demi-vie est d'au moins 9,1 × 10−22 secondes[8].

6H est un isotope hautement instable de l'hydrogène. Son noyau est constitué d'un proton et de cinq neutrons. Il se désintègre par triple émission de neutron et sa demi-vie est de 2,90 × 10−22 secondes

Endroit d'abondance :

L'hydrogène est l'élément le plus abondant de l'Univers mais en terrestre il es rare.

Sur Terre, la source la plus commune d'hydrogène est l'eau, dont la molécule est constituée de deux atomes d'hydrogène et d'un atome d'oxygène ; l'hydrogène est surtout le principal constituant de toute matière vivante, associé au carbone dans tous les composés organiques.

Sous de très faibles pressions, comme celles qui existent dans l'espace, l'hydrogène a tendance à exister sous forme d'atomes individuels car il n'entre pas en collision avec d'autres atomes pour se combiner.

L'hydrogène est le principal constituant du Soleil et de la plupart des étoiles et de la matière interstellaire ou intergalactique. C'est un composant majeur des planètes géantes, sous forme métallique au cœur de Jupiter et de Saturne, et sous la forme de dihydrogène solide, liquide ou gazeux dans leurs couches plus externes et dans les autres planètes géantes.

L'hydrogène est également présent dans toutes les molécules organiques, où il est lié principalement à des atomes de carbone, d'oxygène et d'azote.

Association :

Il forme des liaisons covalentes et des liaisons hydrogène (notamment dans la molécule d'eau et la matière organique).

La liaison hydrogène est une interaction électrostatique entre un atome d'hydrogène, lié chimiquement à un atome électronégatif A, et un autre atome électronégatif B (A et B étant typiquement O, N en chimie organique).

Cette liaison joue un rôle important en chimie organique, puisque les atomes d'oxygène O, d'azote N sont susceptibles de créer des liaisons hydrogène.

Comme il ne possède qu'un électron, il ne peut former qu'une liaison covalente : c'est un atome univalent.

Capacité :

Le corps simple H2 est mis en évidence à l'état gazeux appeller « air inflammable » parce qu'il brûle ou explose en présence d'oxygène, produisant de la vapeur d'eau. 

Aux pressions extrêmement hautes, l'hydrogène est dans un état dit « sombre », intermédiaire entre un gaz et un métal. Il ne reflète pas la lumière et ne la transmet pas. Il devient aussi très faiblement conducteur d'électricité

Danger :

Sauf qu'avant de parler d'énergie générée, il faut d'abord trouver cet hydrogène. Il faut le séparer des autres molécules auxquelles il est toujours collé dans l'eau ou dans les hydrocarbures. Aujourd'hui dans le monde, 95 % de l'hydrogène est « produit » à partir des hydrocarbures mais le processus émet énormément de dioxyde de carbone (CO2).

C'est pourquoi le gouvernement a insisté dans son plan de relance pour développer l'hydrogène décarboné, c'est-à-dire qui n'utilise, ni ne génère de CO2 dans sa production. C'est possible notamment en extrayant l'hydrogène de l'eau par le procédé d'électrolyse : un courant électrique permet de séparer hydrogène et oxygène. Le gaz obtenu sera décarboné ou vert si l'électricité utilisée provient des énergies renouvelables.

Utilisation :

L’hydrogène est un gaz dont les propriétés chimiques offrent un intérêt énergétique majeur. L’hydrogène est considéré comme un « vecteur énergétique » car il offre la possibilité, après avoir été produit, d’être stocké, transporté et utilisé. L’énergie contenue dans l’hydrogène peut être récupérée de deux manières : en le brûlant ou par une pile à combustible

Actuellement, l’hydrogène a deux utilisations principales : d’une part, il sert de matière de base pour la production d’ammoniac (engrais) et de méthanol ; d’autre part, il est utilisé comme réactif dans les procédés de raffinage des bruts en produits pétroliers, carburants et biocarburants. 

composé du préfixe hydro-, du grec ὕδωρ / húdôr, « eau », et du suffixe -gène, du grec γεννάω / gennáô, « engendrer ». Son nom correct est désormais « dihydrogène », mais dans la langue courante on continue à l'appeler « hydrogène ».

[prophetsteve59]

THE ORIGINAL! With Prophet Steve, Christ's Anointed Joint-Heir and Slave. An Israelite Indeed.

1. WARNING! Your heating and cooking gas may be dangerously contaminated with toxins.

2. WARNING! Heavy water aka D2O aka Deuterium Oxide may be in our drinking water supply. Sample both tap and bottled water for Deuterium Oxide or heavy water.

Heavy water consumption can cause:

Hindered biological operations that need water.

Slower biochemical reactions that use ŵater.

Different reactivity because Deuterium forms stronger hydrogen bonds than protium (hydrogen).

Potential health effects include:

Cardiovascular disease

Cancer

Cerebrovascular morality

Malformations of central nervous system

Diabetes

Dizziness and low blood pressure

3. The State of Black America.

A. Employment

B. Incarceration

C. These two are related.

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July 2023

Protium Lite Hoody in Men's Journal "Best Rock Climbing Gear"