Difference between revisions of "File:Strained-shell-sleeve-bearing.gif"
(Strained-shell Sleeve Bearing Description: This is the Strained-shell Sleeve Bearing. It was modeled and simulated entirely using NanoEngineer-1. This is the strained-shell sleeve bearing from Nanosystems (page 296) designed by K. Eric Drexler and Ra...) |
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| − | Strained-shell Sleeve Bearing | + | = Strained-shell Sleeve Bearing = |
| − | Description: | + | '''Description:''' |
| − | This is the Strained-shell Sleeve Bearing. It was modeled and simulated entirely using NanoEngineer-1. This is the strained-shell sleeve bearing from Nanosystems (page 296) designed by K. Eric Drexler and Ralph Merkle while they were working together at Xerox PARC The model comprises two molecular components; the inner shaft and the outer sleeve and contains a total of 2,808 atoms. | + | This is the Strained-shell Sleeve Bearing. It was modeled and simulated entirely using NanoEngineer-1. This is the '''strained-shell sleeve bearing''' from Nanosystems (page 296) designed by K. Eric Drexler and Ralph Merkle while they were working together at Xerox PARC The model comprises two molecular components; the ''inner shaft'' and the ''outer sleeve'' and contains a total of 2,808 atoms. |
With practice, an experienced user can create this bearing in 10-15 minutes. NanoEngineer-1 includes an extrusion tool for creating rods and rings from a molecular fragment (called a chunk in NanoEngineer-1). | With practice, an experienced user can create this bearing in 10-15 minutes. NanoEngineer-1 includes an extrusion tool for creating rods and rings from a molecular fragment (called a chunk in NanoEngineer-1). | ||
| − | Author: | + | '''Author:''' |
K. Eric Drexler | K. Eric Drexler | ||
Nanorex, Inc. | Nanorex, Inc. | ||
| − | Above text was from the Nanorex Nanoengineer-1 Molecular machinery gallery page: | + | Above text was from the Nanorex Nanoengineer-1 Molecular machinery gallery page: <br> |
https://web.archive.org/web/20120511014635/http://nanoengineer-1.com/content/index.php?option=com_content&task=view&id=40&Itemid=50 | https://web.archive.org/web/20120511014635/http://nanoengineer-1.com/content/index.php?option=com_content&task=view&id=40&Itemid=50 | ||
Latest revision as of 17:41, 12 April 2021
Strained-shell Sleeve Bearing
Description: This is the Strained-shell Sleeve Bearing. It was modeled and simulated entirely using NanoEngineer-1. This is the strained-shell sleeve bearing from Nanosystems (page 296) designed by K. Eric Drexler and Ralph Merkle while they were working together at Xerox PARC The model comprises two molecular components; the inner shaft and the outer sleeve and contains a total of 2,808 atoms.
With practice, an experienced user can create this bearing in 10-15 minutes. NanoEngineer-1 includes an extrusion tool for creating rods and rings from a molecular fragment (called a chunk in NanoEngineer-1).
Author: K. Eric Drexler Nanorex, Inc.
Above text was from the Nanorex Nanoengineer-1 Molecular machinery gallery page:
https://web.archive.org/web/20120511014635/http://nanoengineer-1.com/content/index.php?option=com_content&task=view&id=40&Itemid=50
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| current | 17:35, 12 April 2021 |  | 300 × 250 (172 KB) | Apm (Talk | contribs) | Strained-shell Sleeve Bearing Description: This is the Strained-shell Sleeve Bearing. It was modeled and simulated entirely using NanoEngineer-1. This is the strained-shell sleeve bearing from Nanosystems (page 296) designed by K. Eric Drexler and Ra... |
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