Etherium: Difference between revisions
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| label8 = Electrons per shell | | label8 = Electrons per shell | ||
| data8 = 164 | | data8 = 164 | ||
| label9 = Color | | label9 = Number of protons | ||
| | | data9 = 164 | ||
| | | label10 = Number of neutrons | ||
| | | data10 = 318 | ||
| | | label11 = Color | ||
| | | data11 = Bluish-white | ||
| | | label12 = Melting Point | ||
| | | data12 = 1774°C (3215°F) | ||
| | | label13 = Boiling Point | ||
| | | data13 = 3827°C (6920°F) | ||
| | | label14 = Density | ||
| | | data14 = 46 g/cm^3 | ||
| label15 = Vapor pressure | |||
| data15 = 0 mmHg | |||
| label16 = Ionization energy | |||
| data16 = 685 kJ/mol | |||
}} | }} | ||
'''Etherium''' is a rare and highly conductive metal found abundantly on the planet [[Hemisu]] and its three moons. Its unique properties, including superconductivity at room temperature and the ability to store vast amounts of energy with minimal loss, make it a highly sought after resource for technological, industrial, and energy-related applications. | '''Etherium''' is a rare and highly conductive metal found abundantly on the planet [[Hemisu]] and its three moons. Its unique properties, including superconductivity at room temperature and the ability to store vast amounts of energy with minimal loss, make it a highly sought after resource for technological, industrial, and energy-related applications. | ||
Revision as of 05:53, 13 December 2024
 Etherium ore | |
| General information | |
|---|---|
| Number | 164 |
| Appearance | lustrous, bluish-white, hard |
| Atomic weight | 474 u |
| Category | Noble metal |
| Group | 10 |
| Electron configuration | 7d^10 |
| Electrons per shell | 164 |
| Number of protons | 164 |
| Number of neutrons | 318 |
| Color | Bluish-white |
| Melting Point | 1774°C (3215°F) |
| Boiling Point | 3827°C (6920°F) |
| Density | 46 g/cm^3 |
| Vapor pressure | 0 mmHg |
| Ionization energy | 685 kJ/mol |
Etherium is a rare and highly conductive metal found abundantly on the planet Hemisu and its three moons. Its unique properties, including superconductivity at room temperature and the ability to store vast amounts of energy with minimal loss, make it a highly sought after resource for technological, industrial, and energy-related applications.