Infinitesimally beared tube mail - Revision history

Apm: /* Related */ added link to How small scale friction shapes advanced transport

2018-08-21T01:49:45Z

← Older revision		Revision as of 03:49, 21 August 2018
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	== Related ==		== Related ==

			* [[How small scale friction shapes advanced transport]]
	* [[Capsule transport]]		* [[Capsule transport]]
	* [[Global microcomponent redistribution system]]		* [[Global microcomponent redistribution system]]

2018-08-21T01:47:23Z

Related: added link to yet unwritten page Superlube tube

2017-07-15T10:40:58Z

Apm moved page Tube mail to Infinitesimally beared tube mail: normal tube mail is associated with compressed air

← Older revision	Revision as of 12:40, 15 July 2017
(No difference)

2017-07-15T10:37:27Z

added section == Transport of gem-gum stuff ==

@@ Line 1: / Line 1: @@
 {{Template:Stub}}
-In an [[upgraded street infrastructure]] some kind of advanced tube mail could be integrated to transport stuff that is not a product of advanced productive nanosystems like
+In an [[upgraded street infrastructure]] some kind of advanced tube mail could be integrated to transport stuff.
 food, wool, paper, wood, plastic parts, metal parts, glass parts and many more.
 Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule propelling [[shearing drive]] walls.
 If the vacuum tube walls are designed as an [[diamondoid balloon products|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.
 == Related ==

2017-07-15T08:58:44Z

spelling

← Older revision		Revision as of 10:58, 15 July 2017
Line 1:		Line 1:
	{{Template:Stub}}		{{Template:Stub}}
	In an [[upgraded street infrastructure]] some kind of advanced tube mail could be integrated to transport stuff that is not a ~~produtc~~ of advanced productive nanosystems like		In an [[upgraded street infrastructure]] some kind of advanced tube mail could be integrated to transport stuff that is not a product of advanced productive nanosystems like
	food, wool, paper, wood, plastic parts, metal parts, glass parts and many more.		food, wool, paper, wood, plastic parts, metal parts, glass parts and many more.

	Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule ~~propelleing~~ [[shearing drive]] walls.		Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule propelling [[shearing drive]] walls.
	If the vacuum tube walls are designed as an [[diamondoid balloon products\|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.		If the vacuum tube walls are designed as an [[diamondoid balloon products\|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.

2017-07-15T08:56:27Z

Related: updated links

← Older revision		Revision as of 10:56, 15 July 2017
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	== Related ==		== Related ==

	* [[deep drilling]]
	* [[underground working]]
	* [[Capsule transport]]		* [[Capsule transport]]
			* [[Global microcomponent redistribution system]]
			* [[Underground working]]
			* [[Deep drilling]]

2017-01-26T11:49:53Z

2015-03-12T13:57:00Z

2015-03-06T13:36:22Z

← Older revision		Revision as of 15:36, 6 March 2015
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	Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule propelleing [[shearing drive]] walls.		Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule propelleing [[shearing drive]] walls.
	If the vacuum tube walls are designed as an [[diamondoid balloon products\|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.		If the vacuum tube walls are designed as an [[diamondoid balloon products\|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.

			== Related ==

			* [[deep drilling]]

2015-03-06T13:35:09Z

← Older revision		Revision as of 15:35, 6 March 2015
Line 3:		Line 3:
	food, wool, paper, wood, plastic parts, metal parts, glass parts and many more.		food, wool, paper, wood, plastic parts, metal parts, glass parts and many more.

	Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule propelleing ~~via~~ [[shearing drive]] walls.		Such a design could be imagined as cylindrical capsules (some 10cm in size) in vacuum pipes with capsule propelleing [[shearing drive]] walls.
	If the vacuum tube walls are designed as an [[diamondoid balloon products\|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.		If the vacuum tube walls are designed as an [[diamondoid balloon products\|inflatable structure]] the system can have very low mass (saving cost). Vibrations may be an issue then though.