H3 element detector

[Carl-NC]

This device and the notion of Helium-3 detection has been given full debunking.

It all might be relevant if he was wanting to detect Helium-3. But what he wants is an LRL called the H3Tec, sometimes called an "H3." BTW, H is hydrogen, not helium.

 

[Carl-NC]

The way I see it, the frequency Lrl inventor's didn't have the full picture, of what was going on.

Chuckie's imaginary picture of how frequencies can be used is every bit as valid as your imaginary picture of how frequencies can be used. It is all trivially easy to debunk, in about two hours time.

 

[Assembler]

Chuckie's imaginary picture of how frequencies can be used is every bit as valid as your imaginary picture of how frequencies can be used. It is all trivially easy to debunk, in about two hours time.

Thanks for saving many two hours of time into two sentences.........

 

[dowser]

I am interested in purchasing an H3 element detector.

The Dowsing signal, from Mother nature, isn't as strong as it was over 20 years ago.
Frequency electronic devices aren't a power, they need to be powered by resonation, They need to be ressonated!
The resonating signal is what's lacking.
If you try it, and it works for you, the H3.
Go for it!

 

[Assembler]

The forces of nature have not stopped. In some cases, will easily out do man today.

 

[Carl-NC]

Thanks for saving many two hours of time into two sentences.........

2 hours is about the time it takes to set up and execute a decent blind test that can evaluate the frequency claims. I've done it with a number of people, all of whom were shocked that their pet theory completely stopped working when they didn't already know the location of the target. I cannot recall meeting a single dowser or frequency advocate who had any clue as to how to test what they believe in, and most didn't really want to know.

 

[Assembler]

2 hours is about the time it takes to set up and execute a decent blind test that can evaluate the frequency claims. I've done it with a number of people, all of whom were shocked that their pet theory completely stopped working when they didn't already know the location of the target. I cannot recall meeting a single dowser or frequency advocate who had any clue as to how to test what they believe in, and most didn't really want to know.

Yet the same time frame with say a better made VLF will show a lot of targets in a blind type of test over and over again within the limits of a given VLF set up.

Electrical frequency current as the core principle will show results as a general rule within limits of course.
Thank you for your input as many can follow even without much of a background.

 

[geowizard]

papcin said,

"I am interested in purchasing an H3 element detector."

Discussion was diverted to $10,000 LRL detectors to detect Helium 3. $20M per gram

NOT Hydrogen at $3 to $6 per Kg.

Independent AI reply:

H3Tec is historically referenced in technical and investigative literature alongside long-range locator (LRL) or remote-sensing gadget designs rather than standard, scientific hydrogen (H_2) gas detection equipment.

An H3 detector most commonly refers to a Helium-3 (³He) neutron detector, though the term can also refer to handheld drone detectors (like the H3 Pro) or specific gas/chemical detectors (such as arsine AsH₃ or carbon monoxide/gas leak detectors).


Helium-3 (³He) Neutron Detectors

• What it is: A gas-filled proportional counter tube that uses the rare helium-3 isotope to detect neutron radiation. Ed note: Like the cylindrical GM radiation detector shown by Carl.

• How it works: When a thermal neutron enters the tube, it is absorbed by a helium-3 nucleus, creating a proton and a triton. This ionization creates an electrical pulse that is measured as a neutron count.

• Applications: Homeland security (radiation portal monitors at borders), nuclear safeguards, oil and gas well logging, and scientific research.

• Characteristics: High thermal neutron sensitivity, very low gamma-ray sensitivity, and low background noise.

3He Neutron Detector

High-sensitivity thermal neutron detector (helium-3 proportional counter).

maximus.energy

https://dam.bakerhughes.com/m/df1d439e5a8c87c/

Hydrogen gas naturally exists as a diatomic molecule (H_2), while (H_3) typically refers to either tritium (3H) or (H-3) (a radioactive isotope of hydrogen), triatomic hydrogen (H_3), or the trihydrogen cation (H_3+).

Tritium (3H) / Hydrogen-3)

• Atomic mass / weight: 3.01605 u
• Specific activity: ~3.56 × 10^14 Bq/g (approx. 9,628 Ci/g)
• Half-life: 12.32 years
• Nature: A radioactive isotope that decays into helium-3 (3He) by beta decay.

Triatomic Hydrogen (H_3)

• Molar mass: 3.02382 g/mol
• Nature: An unstable, short-lived molecular species compared to standard (H_2).

Trihydrogen Cation (H_3+)

• Molar mass: 3.024 g/mol
• IUPAC name: Hydrogenonium
• Nature: One of the most abundant ions in the universe, vital to astrochemistry and the formation of interstellar organic molecules.

(Note: If you meant standard hydrogen gas (H_2) market pricing, grey/industrial hydrogen typically trades around $2 to $6 per kg, while green hydrogen costs roughly $10 to $15 per kg)."

The discussion is about Helium-3 aka H3. Anything else is irrelevant.

- Geowizard

 

[Assembler]

No one yet is even collecting Helium with the detector that we are aware of.

 

[geowizard]

That's impossible. A detector is not a collector.

I suppose detecting and not collecting is an option.

- Geowizard

 

[geowizard]

Hydrogen-3, commonly known as tritium (symbol T or ³H), is a rare and radioactive isotope of hydrogen.

Tritium - Wikipedia

en.wikipedia.org

Key Properties

• Atomic Structure: The nucleus contains 1 proton, 2 neutrons, and 1 electron (making a total mass number of 3).

• Radioactive Decay: Tritium is unstable and undergoes beta decay into helium-3 (³He), releasing low-energy beta radiation (electrons) and an antineutrino.

• Half-Life: It has a physical half-life of approximately 12.32 to 12.33 years.

• Occurrence: It occurs naturally in trace amounts in the upper atmosphere from cosmic ray interactions, and is produced artificially in nuclear reactors by bombarding lithium-6 with neutrons.

Common Uses

• Nuclear Fusion: Used with deuterium as a primary fuel source for nuclear fusion reactions.

• Nuclear Weapons: Utilized as a boosting material in thermonuclear (fusion) weapons.

• Radioluminescent Lighting: Powers self-illuminating exit signs, glowing watch dials, and firearm night sights by exciting a phosphor coating.

• Scientific Tracers: Used as a radioactive tracer in medical, biological, and environmental research.

Does papcin want to detect this?

- Geowizard