An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance

This study focused on the interaction between science and technology of Giant Magnetoresistance (GMR) from both scientific literatures and patent documents. The sample data included 1603 non-patent references (NPRs) from 1030 patents and 160 patent documents cited by 3287 scientific literatures. The...

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Main Author: Yuan-Ho Huang
Format: Article
Language:English
Published: National Taiwan University 2009-12-01
Series:Journal of Library and Information Studies
Subjects:
Online Access:https://jlis.lis.ntu.edu.tw/files/journal/j29-3.pdf
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spelling doaj-9fd0d07ac3e94f7d81bc7b972dac4eda2021-04-02T09:50:02ZengNational Taiwan UniversityJournal of Library and Information Studies1606-75091606-75092009-12-0171/2537610.6182/jlis.2009.7(1.2).053An Investigation of the Interaction between Science and Technology from Literatures of Giant MagnetoresistanceYuan-Ho Huang0Department of Library and Information Science, Fu-Jen Catholic UniversityThis study focused on the interaction between science and technology of Giant Magnetoresistance (GMR) from both scientific literatures and patent documents. The sample data included 1603 non-patent references (NPRs) from 1030 patents and 160 patent documents cited by 3287 scientific literatures. The result shows that the scientific literature amounts to 10 percent of all references cited by technical documents. On the other hand, only 4 percent of the scientific literature had cited the patent documents. The time lags between patent application and paper publication from the NPRs are mostly within 4 years. However, some patents which have been issued 10 years ago were still cited by scientific literatures. Subjects including physics, engineering, chemistry and computer are mostly cited by GMR patent documents, while technologies related to semiconductor devices, magnets inductances and transformers are mostly cited by GMR scientific literatures. (Article content in Chinese with English abstract)https://jlis.lis.ntu.edu.tw/files/journal/j29-3.pdfnon-patent referencescitation analysisscience linkagetechnology linkage
collection DOAJ
language English
format Article
sources DOAJ
author Yuan-Ho Huang
spellingShingle Yuan-Ho Huang
An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance
Journal of Library and Information Studies
non-patent references
citation analysis
science linkage
technology linkage
author_facet Yuan-Ho Huang
author_sort Yuan-Ho Huang
title An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance
title_short An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance
title_full An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance
title_fullStr An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance
title_full_unstemmed An Investigation of the Interaction between Science and Technology from Literatures of Giant Magnetoresistance
title_sort investigation of the interaction between science and technology from literatures of giant magnetoresistance
publisher National Taiwan University
series Journal of Library and Information Studies
issn 1606-7509
1606-7509
publishDate 2009-12-01
description This study focused on the interaction between science and technology of Giant Magnetoresistance (GMR) from both scientific literatures and patent documents. The sample data included 1603 non-patent references (NPRs) from 1030 patents and 160 patent documents cited by 3287 scientific literatures. The result shows that the scientific literature amounts to 10 percent of all references cited by technical documents. On the other hand, only 4 percent of the scientific literature had cited the patent documents. The time lags between patent application and paper publication from the NPRs are mostly within 4 years. However, some patents which have been issued 10 years ago were still cited by scientific literatures. Subjects including physics, engineering, chemistry and computer are mostly cited by GMR patent documents, while technologies related to semiconductor devices, magnets inductances and transformers are mostly cited by GMR scientific literatures. (Article content in Chinese with English abstract)
topic non-patent references
citation analysis
science linkage
technology linkage
url https://jlis.lis.ntu.edu.tw/files/journal/j29-3.pdf
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