Atomization values

So on this page we have the proper values for atomization of a multitude of minerals which we end up using on the site :)

we need to get the material's density(D), molar mass(mm), and Enthalpy of Atomization(EoA).

(Taken from here.)

## *Silver*

*D: 10.49g/cc*

*mm: 107.86g/mol*

*EoA: 284.5kj/mol*

*So, I'll need to divide the EoA by molar mass in order to get the energy required to atomize 1g of the substance.*

*284.5kj/107.86=2637.68j/g*

*multiply by density to get the value in j/cc.*

*2637.68\*10.49=27669.25j/cc*

## *Iron*

D: 7.874g/cc

mm: 55.845g/mol

EoA: 414.2kj/mol

414.2kj/55.845=7416.96j/g.

**Atomization value: 7416.96\*7.874= 58401.125j/cc[/sp]**

## *Steel*

D: 7.9g/cc

Steel is about 98% iron and 2% carbon

mm: (98% \*7.874)+(2% \*12.011)=54.97g/mol

couldn't find EoA of steel, so I'll use that of iron.

EoA: 414.2kj/mol

414.2kj/54.97= 7535.02j/g

**Atomization: 7535.02\*7.9= 59526.65j/cc[/sp]**

## *Aluminium*

D: 2.7g/cc

mm: 26.982

EoA: 322.2kj/mol

322.2kj/26.982= 11941.29j/g

**Atomization: 11941.29\*2.7= 32241.5j/cc[/sp]**

## *Tin*

D: 7.365g/cc

mm: 118.71g/mol

EoA: 301.3kj/mol

301.3kj/118.71= 2538.12j/g

**Atomization: 2538.12\*7.365= 18693.24j/cc[/sp]**

## Copper

Density: 8.96g/cc

mm: 63.546g/mol

EoA: 338.9kj/mol

338.9kj/63.546= 5333.14j/g

**Atomization: 5333.14\*8.96= 47784.97j/cc[/sp]**

## *Zinc*

D: 7.14g/cc

mm: 65.39g/mol

EoA: 126kj/mol

126kj/65.39= 1926.9j/g

**Atomization: 1926.9\*7.14= 13758.07j/cc[/sp]**

## *Water*

D: 1g/cc

mm: 18.01528g/mol

EoA: 925.7kj

925.7/18.01528= 51384.16j/g

**Atomization: 51384.16\*1= 51384j/cc[/sp]**

## *Diamond*

Density: 3.516g/cc

mm: 12g/mol

EoA: 717kj/mol

717\*1000/12=59750j/g

59750\*3.516=210081j/cc[/sp]

## *Rock*

D: 2.648g/cc

mm: 60.08

EoA: 700kj/mol

700kj/60.08= 11651.132j/g

Atomization: 11651.132\*2.648= 30852.2j/cc[/sp]

[sp=Calcium] D: 1.55g/cc

mm: 40.078g/mol

EoA: 184kj/mol

184kj/40.078= 4591.05j/g

**Atomization: 4591.05\*1.55= 71161.24j/cc[/sp]**

## *Gold*

Enthalpy of atomisation: 368 kJ/ mol Gold D: 19.30 g/cc mm: 196.97 g/mol EoA: 368 kj/mol 368kj/196.97=1,868.30 j/g Atomization value: 1,868.30\*19.30= 36,058.282 j/ cc[/sp]

[sp=Tungsten]

D: 19.35g/cc

mm: 183.84g/mol

EoA: 837kj/mol

837kj/183.84= 4552.87j/g

**Atomization: 4552.87\*19.35= 88098.07j/cc[/sp]**

## *Silicon*

D: 2.33g/cc

mm: 28.0855g/mol

EoA: 439.3KJ/mol

439.3kj/28.0855= 15658.53j/g

**Atomization: 15658.53\*2.33= 36484.37j/cc[/sp]**

## *Carbon*

mm=12g

EoA=717kj/mol

Density=2.62g/cc

717000/12=59750j/g

59750\*2.62=156545j/cc[/sp]

## *Final values for all materials*

Final numbers for atomization: in j/cc

**Silver: 27669.25j/cc**

**Iron: 58401.125j/cc**

**Steel: 59526.65j/cc**

**Aluminium: 32241.5j/cc**

**Tin: 18693.24j/cc**

**Copper: 47784.97j/cc**

**Zinc: 13758.07j/cc**

**Silicon: 36484.37j/cc**

**Carbon: 156545j/cc**

**Tungsten: 88098.07j/cc**

**Gold: 36058.28j/cc**

**Calcium: 3565.124j/cc**

**Water: 51384.16j/cc**

**Diamond: 210081j/cc**

**Rock: 71161.24j/cc**

Here are some of the sources:

Silver, Iron, Steel, Aluminium, Tin, Copper, Zinc, Carbon, Silicon, Volume, Density, Gold, Tungsten, Calcium, Water, Diamond,