Matches in SemOpenAlex for { <https://semopenalex.org/work/W1782247788> ?p ?o ?g. }
- W1782247788 abstract "The application of evanescent photovoltaic (PV) fields, generated by visible illumination of Fe:LiNbO3 substrates, for parallel massive trapping and manipulation of micro- and nano-objects is critically reviewed. The technique has been often referred to as photovoltaic or photorefractive tweezers. The main advantage of the new method is that the involved electrophoretic and/or dielectrophoretic forces do not require any electrodes and large scale manipulation of nano-objects can be easily achieved using the patterning capabilities of light. The paper describes the experimental techniques for particle trapping and the main reported experimental results obtained with a variety of micro- and nano-particles (dielectric and conductive) and different illumination configurations (single beam, holographic geometry, and spatial light modulator projection). The report also pays attention to the physical basis of the method, namely, the coupling of the evanescent photorefractive fields to the dielectric response of the nano-particles. The role of a number of physical parameters such as the contrast and spatial periodicities of the illumination pattern or the particle deposition method is discussed. Moreover, the main properties of the obtained particle patterns in relation to potential applications are summarized, and first demonstrations reviewed. Finally, the PV method is discussed in comparison to other patterning strategies, such as those based on the pyroelectric response and the electric fields associated to domain poling of ferroelectric materials." @default.
- W1782247788 created "2016-06-24" @default.
- W1782247788 creator A5017824314 @default.
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- W1782247788 creator A5087400060 @default.
- W1782247788 date "2015-10-20" @default.
- W1782247788 modified "2023-10-18" @default.
- W1782247788 title "LiNbO3: A photovoltaic substrate for massive parallel manipulation and patterning of nano-objects" @default.
- W1782247788 cites W1463181585 @default.
- W1782247788 cites W1544481490 @default.
- W1782247788 cites W1576328524 @default.
- W1782247788 cites W1677956186 @default.
- W1782247788 cites W1764939960 @default.
- W1782247788 cites W1773409968 @default.
- W1782247788 cites W1808632550 @default.
- W1782247788 cites W1965017169 @default.
- W1782247788 cites W1968914235 @default.
- W1782247788 cites W1969730353 @default.
- W1782247788 cites W1970039206 @default.
- W1782247788 cites W1974915001 @default.
- W1782247788 cites W1976616968 @default.
- W1782247788 cites W1977141178 @default.
- W1782247788 cites W1981913757 @default.
- W1782247788 cites W1982004680 @default.
- W1782247788 cites W1985150525 @default.
- W1782247788 cites W1986264929 @default.
- W1782247788 cites W1986466066 @default.
- W1782247788 cites W1987948996 @default.
- W1782247788 cites W1991115160 @default.
- W1782247788 cites W1996228413 @default.
- W1782247788 cites W1996876130 @default.
- W1782247788 cites W2003851376 @default.
- W1782247788 cites W2004597431 @default.
- W1782247788 cites W2008673706 @default.
- W1782247788 cites W2009859285 @default.
- W1782247788 cites W2010313340 @default.
- W1782247788 cites W2012707371 @default.
- W1782247788 cites W2018289922 @default.
- W1782247788 cites W2019740853 @default.
- W1782247788 cites W2020438216 @default.
- W1782247788 cites W2023651223 @default.
- W1782247788 cites W2025063448 @default.
- W1782247788 cites W2025831333 @default.
- W1782247788 cites W2032344752 @default.
- W1782247788 cites W2032961633 @default.
- W1782247788 cites W2033577745 @default.
- W1782247788 cites W2034001850 @default.
- W1782247788 cites W2034944700 @default.
- W1782247788 cites W2037898380 @default.
- W1782247788 cites W2038241812 @default.
- W1782247788 cites W2039568866 @default.
- W1782247788 cites W2040473714 @default.
- W1782247788 cites W2043553108 @default.
- W1782247788 cites W2044556925 @default.
- W1782247788 cites W2045066724 @default.
- W1782247788 cites W2048352892 @default.
- W1782247788 cites W2048456863 @default.
- W1782247788 cites W2050891656 @default.
- W1782247788 cites W2052380206 @default.
- W1782247788 cites W2055825419 @default.
- W1782247788 cites W2058107160 @default.
- W1782247788 cites W2058626276 @default.
- W1782247788 cites W2060519194 @default.
- W1782247788 cites W2061223519 @default.
- W1782247788 cites W2061435349 @default.
- W1782247788 cites W2061746418 @default.
- W1782247788 cites W2067694930 @default.
- W1782247788 cites W2068047470 @default.
- W1782247788 cites W2068890639 @default.
- W1782247788 cites W2070836816 @default.
- W1782247788 cites W2074944615 @default.
- W1782247788 cites W2077726880 @default.
- W1782247788 cites W2078403704 @default.
- W1782247788 cites W2079453533 @default.
- W1782247788 cites W2094931380 @default.
- W1782247788 cites W2094948369 @default.
- W1782247788 cites W2104081082 @default.
- W1782247788 cites W2109256055 @default.
- W1782247788 cites W2119814844 @default.
- W1782247788 cites W2127791227 @default.
- W1782247788 cites W2132539996 @default.
- W1782247788 cites W2144349847 @default.
- W1782247788 cites W2145627618 @default.
- W1782247788 cites W2154125520 @default.
- W1782247788 cites W2166224338 @default.
- W1782247788 cites W2315265416 @default.
- W1782247788 cites W3106434070 @default.
- W1782247788 cites W4251142861 @default.
- W1782247788 cites W4375905778 @default.
- W1782247788 doi "https://doi.org/10.1063/1.4929374" @default.
- W1782247788 hasPublicationYear "2015" @default.
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