Dwarf Star

Dwarf Star is a rare, super-heavy, super-dense, and highly reactive metal alloy, it has symbol DwS and atomic number [coming soon]. It can also be used to generate a blue energy in the form of blasts, shockwaves or even size alteration beams. Dwarf star is one of the rarest, most powerful and dense metallic alloys in the entire galaxy. Due to its unique properties, Dwarf Star forms the basis for many of the advanced technologies used by the Asiel. In addition to its uses in weaponry, Dwarf Star also acts as a power source for Asiel spacecrafts, fighters and cities. Dwarf Star was first discovered on the Asiel's planetary colony of Thessia in 2187 BCE.

Characteristics

[coming soon]

Physical properties

[coming soon]

Chemical properties

[coming soon]

Occurrence

[coming soon]

Isotopes

[coming soon]

Compounds

[coming soon]

Oxides, sulfides, and alkoxides

[coming soon]

Nitrides and carbides

[coming soon]

Halides

[coming soon]

Organometallic complexes

[coming soon]

Hazards and safety

[coming soon]

Applications

[coming soon]

Usages

In weapon designs

[coming soon]

In Armor designs

[coming soon]

In Starship designs

[coming soon]

Power usages

[coming soon]

Dwarf Star

Appearance

silvery grey-blue metallic

Standard atomic weight

[coming soon]

Atomic number

[coming soon]

Group

group [coming soon]

Period

period [coming soon]

Block

[coming soon]

Electron configuration

[coming soon]

Electrons per shell

[coming soon]

Physical properties

Phase at STP

solid

Melting point

[coming soon]

Boiling point

[coming soon]

Density (at 20° C)

[coming soon]

Heat of fusion

[coming soon] kJ/mol

Heat of vaporization

[coming soon] kJ/mol

Molar heat capacity

[coming soon] J/(mol·K)

Specific heat capacity

[coming soon] J/(kg·K)

Atomic properties

Oxidation states

common: [coming soon]

Electronegativity

Pauling scale: [coming soon]

Ionization energies

1st: [coming soon] kJ/mol

2nd: [coming soon] kJ/mol

3rd: [coming soon] kJ/mol

Atomic radius

empirical: [coming soon] pm

Covalent radius

[coming soon] pm

Other properties

Natural occurrence

primordial

Crystal structure

[coming soon]

Lattice constants

[coming soon]

Thermal expansion

[coming soon]/K (at [coming soon] °C)

Thermal conductivity

[coming soon] W/(m⋅K)

Electrical resistivity

[coming soon]⋅m (at [coming soon] °C)

Magnetic ordering

[coming soon]

Molar magnetic susceptibility

[coming soon] cm³/mol ([coming soon] K)

Speed of sound thin rod

[coming soon] m/s (at r.t.)

Poisson ratio

[coming soon]

Mohs hardness

[coming soon]

Vickers hardness

[coming soon] MPa

Brinell hardness

[coming soon] MPa