Matches in SemOpenAlex for { <https://semopenalex.org/work/W4368364604> ?p ?o ?g. }
- W4368364604 endingPage "3780" @default.
- W4368364604 startingPage "3765" @default.
- W4368364604 abstract "The development of experimental procedures to transform conventional materials into new materials with unique properties has become a necessity in many fields, as for example catalysis, electronics, electrochemistry and biomedicine, among others. In recent years, the thermal stimulated polarization (TSP) treatment, which consists of applying a constant voltage at a high temperature, has been applied to hydroxyapatite, Ca5(PO4)3OH (HAp), leading to permanently polarized HAp (p-HAp). The enhanced electrical properties of p-HAp, which are the consequence of the controlled generation of vacancies, the specific orientation of the remaining OH– groups and the surface charge accumulation have been used for the catalytic fixation of CO2, CH4 and/or N2 under very mild conditions (<120 °C) and with accurate selectivity toward different reaction products (up to 95%). In this Perspective, we stablish the fundamentals of permanently polarized materials, providing the generalized concepts of the permanent polarized state and some representative examples of applying the TSP approach to a wide variety of materials. More specifically, we provide empirical evidence of the polarized state after applying the TSP treatment to quartz nanopowder, binary metal oxides (TiO2 and ZrO2) and different synthetic polymers, confirming the obtaining of enhanced electrical properties and the associated structural changes. Finally, the implications, challenges and perspectives of the polarized state are discussed considering different fields, such as catalysis, biomedicine, optics and electronics, sensors and energy storage devices." @default.
- W4368364604 created "2023-05-05" @default.
- W4368364604 creator A5000037882 @default.
- W4368364604 creator A5033713946 @default.
- W4368364604 creator A5038310498 @default.
- W4368364604 creator A5057640753 @default.
- W4368364604 creator A5078331660 @default.
- W4368364604 date "2023-05-04" @default.
- W4368364604 modified "2023-10-06" @default.
- W4368364604 title "Permanently Polarized Materials: An Approach for Designing Materials with Customized Electrical Properties" @default.
- W4368364604 cites W1935915195 @default.
- W4368364604 cites W1972646318 @default.
- W4368364604 cites W1986611298 @default.
- W4368364604 cites W1997903922 @default.
- W4368364604 cites W1999937609 @default.
- W4368364604 cites W2000456590 @default.
- W4368364604 cites W2007444412 @default.
- W4368364604 cites W2029701429 @default.
- W4368364604 cites W2030283127 @default.
- W4368364604 cites W2050041941 @default.
- W4368364604 cites W2059912591 @default.
- W4368364604 cites W2063619975 @default.
- W4368364604 cites W2067559685 @default.
- W4368364604 cites W2072319465 @default.
- W4368364604 cites W2072497262 @default.
- W4368364604 cites W2075603939 @default.
- W4368364604 cites W2089189093 @default.
- W4368364604 cites W2092707316 @default.
- W4368364604 cites W2105847896 @default.
- W4368364604 cites W2124575012 @default.
- W4368364604 cites W2129837023 @default.
- W4368364604 cites W2184253458 @default.
- W4368364604 cites W2315784190 @default.
- W4368364604 cites W2337192399 @default.
- W4368364604 cites W2491961757 @default.
- W4368364604 cites W2593316982 @default.
- W4368364604 cites W2601106374 @default.
- W4368364604 cites W2605366974 @default.
- W4368364604 cites W2607156240 @default.
- W4368364604 cites W2616863420 @default.
- W4368364604 cites W2706160819 @default.
- W4368364604 cites W2794101818 @default.
- W4368364604 cites W2801811606 @default.
- W4368364604 cites W2807029334 @default.
- W4368364604 cites W2898185237 @default.
- W4368364604 cites W2935383613 @default.
- W4368364604 cites W2958996262 @default.
- W4368364604 cites W2963243278 @default.
- W4368364604 cites W2979405788 @default.
- W4368364604 cites W2981324942 @default.
- W4368364604 cites W2981352604 @default.
- W4368364604 cites W2981616034 @default.
- W4368364604 cites W2982220529 @default.
- W4368364604 cites W3007078901 @default.
- W4368364604 cites W3015835930 @default.
- W4368364604 cites W3105248494 @default.
- W4368364604 cites W3112579908 @default.
- W4368364604 cites W3119464696 @default.
- W4368364604 cites W3119739683 @default.
- W4368364604 cites W3119791877 @default.
- W4368364604 cites W3121772831 @default.
- W4368364604 cites W3131843789 @default.
- W4368364604 cites W3132013923 @default.
- W4368364604 cites W3134121833 @default.
- W4368364604 cites W3135493399 @default.
- W4368364604 cites W3145155254 @default.
- W4368364604 cites W3151789537 @default.
- W4368364604 cites W3152503697 @default.
- W4368364604 cites W3154020381 @default.
- W4368364604 cites W3164453096 @default.
- W4368364604 cites W3164614845 @default.
- W4368364604 cites W3173261373 @default.
- W4368364604 cites W3175814094 @default.
- W4368364604 cites W3183831424 @default.
- W4368364604 cites W3187387017 @default.
- W4368364604 cites W3195049603 @default.
- W4368364604 cites W3195952101 @default.
- W4368364604 cites W3198937561 @default.
- W4368364604 cites W3202424494 @default.
- W4368364604 cites W3207254605 @default.
- W4368364604 cites W3212568991 @default.
- W4368364604 cites W4200065500 @default.
- W4368364604 cites W4200427641 @default.
- W4368364604 cites W4205412029 @default.
- W4368364604 cites W4205585760 @default.
- W4368364604 cites W4206119841 @default.
- W4368364604 cites W4212986930 @default.
- W4368364604 cites W4220720077 @default.
- W4368364604 cites W4220909851 @default.
- W4368364604 cites W4220942768 @default.
- W4368364604 cites W4221095668 @default.
- W4368364604 cites W4280586397 @default.
- W4368364604 cites W4280589993 @default.
- W4368364604 cites W4280611079 @default.
- W4368364604 cites W4281660825 @default.
- W4368364604 cites W4283360927 @default.
- W4368364604 cites W4292823638 @default.
- W4368364604 cites W4308553158 @default.