Borexino Precipitate - Revision history

Celarious at 09:38, 10 March 2024

2024-03-10T09:38:47Z

← Older revision		Revision as of 09:38, 10 March 2024
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	''A component of the coronal ejecta of stars.''		''A component of the coronal ejecta of stars.''

	''Borexino'' particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.		'''Borexino''' particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.

	Can be collected by a [[refinery]] in the atmosphere of gas giant or by a [[spacecraft]] equipped with a [[Particle_Collector_Bay\|particle collector bay]].		Can be collected by a [[refinery]] in the atmosphere of gas giant or by a [[spacecraft]] equipped with a [[Particle_Collector_Bay\|particle collector bay]].

Celarious at 09:38, 10 March 2024

2024-03-10T09:38:27Z

← Older revision		Revision as of 09:38, 10 March 2024
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	\| Capacity =		\| Capacity =
	}}		}}
			''A component of the coronal ejecta of stars.''

	~~A component of the coronal ejecta of stars.~~ Borexino particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.		''Borexino'' particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.

	Can be collected by a [[refinery]] in the atmosphere of gas giant or by a [[spacecraft]] equipped with a [[Particle_Collector_Bay\|particle collector bay]].		Can be collected by a [[refinery]] in the atmosphere of gas giant or by a [[spacecraft]] equipped with a [[Particle_Collector_Bay\|particle collector bay]].

Deantwo: Removed Genesis Device.

2020-05-08T19:38:02Z

Removed Genesis Device.

@@ Line 45: / Line 45: @@
 * [[Screw Driver]]
 * [[Soldering Iron]]
 | Optional =
 }}

Deantwo: Updated.

2020-05-05T21:27:25Z

Updated.

@@ Line 8: / Line 8: @@
 }}
-A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant|gas giant]]s. Can be collected by [[spacecraft]] equipped with [[Particle_Collector_Bay|particle collector bay]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.
+A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant|gas giant]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.
 ==Production uses==

Chronovore: Removed statement saying that it can only be collected via particle bays.

2020-05-01T16:07:17Z

Removed statement saying that it can only be collected via particle bays.

← Older revision		Revision as of 16:07, 1 May 2020
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	}}		}}

	A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Can ~~only~~ be collected by [[spacecraft]] equipped with [[Particle_Collector_Bay\|particle collector bay]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.		A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Can be collected by [[spacecraft]] equipped with [[Particle_Collector_Bay\|particle collector bay]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.

	==Production uses==		==Production uses==

Deantwo: Corrected pack size.

2017-02-19T11:08:21Z

Corrected pack size.

← Older revision		Revision as of 11:08, 19 February 2017
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	\| Cost = 2,000.00¢		\| Cost = 2,000.00¢
	\| Weight = 1.00kg		\| Weight = 1.00kg
	\| Size = ~~2 x 2~~		\| Size = 4
	\| Capacity =		\| Capacity =
	}}		}}

Deantwo: /* Production uses */ Lens.

2016-12-30T06:13:06Z

Production uses: Lens.

← Older revision		Revision as of 06:13, 30 December 2016
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	{{ProductionEntry		{{ProductionEntry
	\| Building = [[Weapon Smith]]		\| Building = [[Weapon Smith]]
	\| Produces = 10 [[Compressor Beam]]		\| Produces = 10 [[Compressor Beam Lens]]
	\| TL = 30		\| TL = 30
	\| Consumed =		\| Consumed =

Deantwo: Added a link to Star.

2015-10-01T23:46:04Z

Added a link to Star.

← Older revision		Revision as of 23:46, 1 October 2015
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	}}		}}

	A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Can only be collected by [[spacecraft]] equipped with [[Particle_Collector_Bay\|particle collector bay]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O ~~stars~~ and least prevalent around type M stars.		A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant\|gas giant]]s. Can only be collected by [[spacecraft]] equipped with [[Particle_Collector_Bay\|particle collector bay]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O [[star]]s and least prevalent around type M stars.

	==Production uses==		==Production uses==

Deantwo: What is this? o.o

2015-09-03T19:06:09Z

What is this? o.o

New page

{{Commodity
| Name = Borexino Precipitate
| Picture = C_BorexinoPrecipitate.png
| Cost = 2,000.00¢
| Weight = 1.00kg
| Size = 2 x 2
| Capacity =
}}

A component of the coronal ejecta of stars. Borexino particles precipitate in the high density atmospheres of [[Gas_Giant|gas giant]]s. Can only be collected by [[spacecraft]] equipped with [[Particle_Collector_Bay|particle collector bay]]s. Prevalence increases as stellar current increases. i.e. most prevalent around type O stars and least prevalent around type M stars.

==Production uses==
{{ProductionHeader}}
{{ProductionEntry
| Building = [[Weapon Smith]]
| Produces = 10 [[Compressor Beam]]
| TL = 30
| Consumed =
* 20 [[Borexino Precipitate]]s
* 10 [[Computer]]s
* 80 [[Electronic Part]]s
* 20 [[Gems]]
* 40 [[Metal]]
* 60 [[Plastic]]
* 20 [[Vulcium Heat Sink]]s
| Required =
* [[Electricity]]
* [[Screw Driver]]
* [[Soldering Iron]]
| Optional =
}}
{{ProductionEntry
| Building = [[Pharmaceutical Lab]]
| Produces = 10 [[Genesis Device]]s
| TL = 31
| Consumed =
* 10 [[Bolite]]
* 60 [[Borexino Precipitate]]s
* 10 [[Computer]]s
* 30 [[Cryozine]]
* 40 [[Electricity]]
* 40 [[Electronic Part]]s
* 10 [[Gigacell]]s
* 20 [[Mechanical Part]]s
* 60 [[Metal]]
* 10 [[Myrasplicer]]s
* 20 [[Polytaride]]
| Required =
* [[Fitting Wrench]]
* [[Glue Gun]]
* [[Microscope]]
* [[Nanopath Calibrator]]
* [[Soldering Iron]]
* [[Wrench]]
| Optional =
}}
{{ProductionFooter}}

[[Category:Commodities]]
[[Category:Resources]]