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Bibliographic details for However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging
- Page name: However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging
- Author: OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK contributors
- Publisher: OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK, .
- Date of last revision: 22 April 2024 04:50 UTC
- Date retrieved: 19 May 2024 22:36 UTC
- Permanent URL: https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761
- Page Version ID: 646761
Citation styles for However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging
APA style
However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging. (2024, April 22). OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK, . Retrieved 22:36, May 19, 2024 from https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761.
MLA style
"However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging." OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK, . 22 Apr 2024, 04:50 UTC. 19 May 2024, 22:36 <https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761>.
MHRA style
OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK contributors, 'However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging', OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK, , 22 April 2024, 04:50 UTC, <https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761> [accessed 19 May 2024]
Chicago style
OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK contributors, "However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging," OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK, , https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761 (accessed May 19, 2024).
CBE/CSE style
OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK contributors. However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging [Internet]. OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK, ; 2024 Apr 22, 04:50 UTC [cited 2024 May 19]. Available from: https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761.
Bluebook style
However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging, https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761 (last visited May 19, 2024).
BibTeX entry
@misc{ wiki:xxx, author = "OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK", title = "However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging --- OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK{,} ", year = "2024", url = "https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761", note = "[Online; accessed 19-May-2024]" }
When using the LaTeX package url (\usepackage{url}
somewhere in the preamble) which tends to give much more nicely formatted web addresses, the following may be preferred:
@misc{ wiki:xxx, author = "OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK", title = "However developing artificial materials in which molecularlevel motions could be amplified to behave macroscopically is still challenging --- OPENN - EUROPESE OMROEP - OFFICIAL PUBLIC EUROPEAN NETHERLANDS NETWORK{,} ", year = "2024", url = "\url{https://news.npo.digital/index.php?title=However_developing_artificial_materials_in_which_molecularlevel_motions_could_be_amplified_to_behave_macroscopically_is_still_challenging&oldid=646761}", note = "[Online; accessed 19-May-2024]" }