Radon

Raw Materials - Exotic

A colourless, odourless gas with a relatively short half-life. found in both radioactive and frozen atmospheres, this gas is produced by the decay of other high-energy elements.

Radon

Capacity: 9999 (250)

Refining Recipes

1

Sulphurine x3 Sulphurine
=
Radon x1 Radon

2

Sulphurine x1 Sulphurine
+
Oxygen x1 Oxygen
=
Radon x1 Radon

3

Sulphurine x1 Sulphurine
+
Chromatic Metal x1 Chromatic Metal
=
Radon x1 Radon

Refining Recipes Using This Item

1

Radon x3 Radon
=
Nitrogen x1 Nitrogen

2

Radon x1 Radon
+
Oxygen x1 Oxygen
=
Nitrogen x1 Nitrogen

3

Radon x1 Radon
+
Chromatic Metal x1 Chromatic Metal
=
Nitrogen x1 Nitrogen

4

Radon x1 Radon
+
Di-hydrogen x1 Di-hydrogen
=
Uranium x1 Uranium

5

Ferrite Dust x1 Ferrite Dust
+
Radon x1 Radon
=
Uranium x1 Uranium

6

Radon x1 Radon
+
Pure Ferrite x1 Pure Ferrite
=
Uranium x2 Uranium

7

Radon x1 Radon
+
Magnetised Ferrite x1 Magnetised Ferrite
=
Uranium x3 Uranium

8

Radon x100 Radon
+
Carbon x20 Carbon
+
Salt x10 Salt
=
Enriched Carbon x1 Enriched Carbon

9

Radon x100 Radon
+
Condensed Carbon x10 Condensed Carbon
+
Salt x10 Salt
=
Enriched Carbon x1 Enriched Carbon

10

Radon x100 Radon
+
Carbon x20 Carbon
+
Chlorine x5 Chlorine
=
Enriched Carbon x1 Enriched Carbon

11

Radon x100 Radon
+
Condensed Carbon x10 Condensed Carbon
+
Chlorine x5 Chlorine
=
Enriched Carbon x1 Enriched Carbon

12

Dioxite x1 Dioxite
+
Radon x1 Radon
=
Frost Crystal x1 Frost Crystal

13

Uranium x1 Uranium
+
Radon x1 Radon
=
Gamma Root x1 Gamma Root