Hydrogen

Discovered
1766
Melts
-259.3 °C
  • -434.8 °F
  • 13.8 °K
Boils
-252.9 °C
  • -423.2 °F
  • 20.3 °K

Gallery

Original media from our community.

Ampoule of |h| in a bottle
Contributed by
Ea Nasir

Ampoule of |h| in a bottle

Ampoule of |h| in a bottle
A small amount of radioactive Tritium (Hydrogen with one proton and two neutrons) in a tube that has been coated on the inside with a phosphor. The radioactivity of the Tritium causes the phosphor coating to glow green in the dark.
Contributed by
collector B.W.

A small amount of radioactive Tritium (Hydrogen with one proton and two neutrons) in a tube that has been coated on the inside with a phosphor. The radioactivity of the Tritium causes the phosphor coating to glow green in the dark.

A small amount of radioactive Tritium (Hydrogen with one proton and two neutrons) in a tube that has been coated on the inside with a phosphor. The radioactivity of the Tritium causes the phosphor coating to glow green in the dark.
A small amount of radioactive Tritium (Hydrogen with one proton and two neutrons) in a tube that has been coated on the inside with a phosphor. The radioactivity of the Tritium causes the phosphor coating to glow green in the dark.
Contributed by
collector B.W.

A small amount of radioactive Tritium (Hydrogen with one proton and two neutrons) in a tube that has been coated on the inside with a phosphor. The radioactivity of the Tritium causes the phosphor coating to glow green in the dark.

A small amount of radioactive Tritium (Hydrogen with one proton and two neutrons) in a tube that has been coated on the inside with a phosphor. The radioactivity of the Tritium causes the phosphor coating to glow green in the dark.
Ampoule of colorless Hydrogen gas
Contributed by
collector no. 3

Ampoule of colorless Hydrogen gas

Ampoule of colorless Hydrogen gas
One larger and one smaller ampoule of Hydrogen gas on top of a plasma globe, glowing a purple-blue color
Contributed by
collector no. 2

One larger and one smaller ampoule of Hydrogen gas on top of a plasma globe, glowing a purple-blue color

One larger and one smaller ampoule of Hydrogen gas on top of a plasma globe, glowing a purple-blue color
One larger and one smaller ampoule of Hydrogen gas on top of a plasma globe, glowing a purple-blue color
Contributed by
collector no. 2

One larger and one smaller ampoule of Hydrogen gas on top of a plasma globe, glowing a purple-blue color

One larger and one smaller ampoule of Hydrogen gas on top of a plasma globe, glowing a purple-blue color
Small ampoule of Tritium (Hydrogen with one proton and two neutrons) of unknown purity. Tritium is radioactive, and provides a continuous source of energy to a phosphor pigment coated on the inside of the ampoule, which glows an eerie green.
Contributed by
collector no. 2

Small ampoule of Tritium (Hydrogen with one proton and two neutrons) of unknown purity. Tritium is radioactive, and provides a continuous source of energy to a phosphor pigment coated on the inside of the ampoule, which glows an eerie green.

Small ampoule of Tritium (Hydrogen with one proton and two neutrons) of unknown purity. Tritium is radioactive, and provides a continuous source of energy to a phosphor pigment coated on the inside of the ampoule, which glows an eerie green.

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The Living Table of Elements
by Tyler Unleaded

Media (c) their contributors; listings (c) their sellers.
Some elements are dangerous. Some elements may be banned or restricted in your area. You must always follow relevant safety procedures and local laws that pertain to any materials you posses or intend to posses.