FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4323265925> ?p ?o ?g. }

• W4323265925 abstract "Enhancing the availability and reliability of dielectric ceramic energy storage devices is of great importance. In this work, (1-[Formula: see text])[Formula: see text]–[Formula: see text]Bi([Formula: see text])[Formula: see text] (NBT–[Formula: see text]BMH) lead-free ceramics were created utilizing a solid-state reaction technique. All NBT–[Formula: see text]BMH ceramics have a single perovskite structure. With increasing BMH doping, the grain size shrinks drastically, which greatly enhances the breakdown electric field (310 kV/cm at [Formula: see text] = 0.25). Additionally, the relaxation behaviors of NBT–[Formula: see text]BMH ceramics with high BMH content are more remarkable. Among all designed components, the NBT–0.25BMH ceramic exhibits the best energy storage performance with a high [Formula: see text] of 4.63 J/[Formula: see text] and an [Formula: see text] of 75.1% at 310 kV/cm. The NBT–0.25BMH ceramic has exceptional resistance to fluctuations in both frequency (5–500 Hz) and temperature (30–100[Formula: see text]C). Charge–discharge test shows that the NBT–0.25BMH ceramic has a quick discharge rate ([Formula: see text] 110 ns). With these properties, the NBT–0.25BMH ceramic may have applications in microdevices as well as in ultra-high power electronic systems." @default.
• W4323265925 created "2023-03-06" @default.
• W4323265925 creator A5001162052 @default.
• W4323265925 creator A5005725257 @default.
• W4323265925 creator A5022367690 @default.
• W4323265925 creator A5026066949 @default.
• W4323265925 creator A5045552066 @default.
• W4323265925 creator A5048916916 @default.
• W4323265925 creator A5057420506 @default.
• W4323265925 creator A5065582716 @default.
• W4323265925 creator A5068866950 @default.
• W4323265925 date "2023-04-07" @default.
• W4323265925 modified "2023-10-18" @default.
• W4323265925 title "High recoverable energy storage density of Na_0.5Bi_0.5TiO₃ lead-free ceramics modified by Bi(Mg_0.5Hf_0.5)O₃" @default.
• W4323265925 cites W1538177259 @default.
• W4323265925 cites W1974838593 @default.
• W4323265925 cites W2021663838 @default.
• W4323265925 cites W2058182152 @default.
• W4323265925 cites W2064937454 @default.
• W4323265925 cites W2143466335 @default.
• W4323265925 cites W2177528407 @default.
• W4323265925 cites W2203310252 @default.
• W4323265925 cites W2517229948 @default.
• W4323265925 cites W2594927502 @default.
• W4323265925 cites W2774897392 @default.
• W4323265925 cites W2792589883 @default.
• W4323265925 cites W2807042834 @default.
• W4323265925 cites W2808433670 @default.
• W4323265925 cites W2893092492 @default.
• W4323265925 cites W2899751975 @default.
• W4323265925 cites W2899964036 @default.
• W4323265925 cites W2900489413 @default.
• W4323265925 cites W2922319230 @default.
• W4323265925 cites W2922393094 @default.
• W4323265925 cites W2938367591 @default.
• W4323265925 cites W2944304415 @default.
• W4323265925 cites W2954231520 @default.
• W4323265925 cites W2968062709 @default.
• W4323265925 cites W2971838730 @default.
• W4323265925 cites W2974091087 @default.
• W4323265925 cites W2995499766 @default.
• W4323265925 cites W3006007454 @default.
• W4323265925 cites W3007720199 @default.
• W4323265925 cites W3014096492 @default.
• W4323265925 cites W3015989407 @default.
• W4323265925 cites W3028740238 @default.
• W4323265925 cites W3035330289 @default.
• W4323265925 cites W3036974437 @default.
• W4323265925 cites W3047402480 @default.
• W4323265925 cites W3084253555 @default.
• W4323265925 cites W3109033346 @default.
• W4323265925 cites W3118189121 @default.
• W4323265925 cites W3136999112 @default.
• W4323265925 cites W3153265449 @default.
• W4323265925 cites W3153616033 @default.
• W4323265925 cites W3155284991 @default.
• W4323265925 cites W3155679181 @default.
• W4323265925 cites W3155871621 @default.
• W4323265925 cites W3158232424 @default.
• W4323265925 cites W3164577311 @default.
• W4323265925 cites W3174957872 @default.
• W4323265925 cites W3183833422 @default.
• W4323265925 cites W3207032311 @default.
• W4323265925 cites W3213715768 @default.
• W4323265925 cites W4221020364 @default.
• W4323265925 cites W4223945889 @default.
• W4323265925 cites W4224251300 @default.
• W4323265925 cites W4224272195 @default.
• W4323265925 cites W4285192973 @default.
• W4323265925 cites W4285890875 @default.
• W4323265925 cites W4292756770 @default.
• W4323265925 cites W4309078858 @default.
• W4323265925 cites W4309631594 @default.
• W4323265925 cites W4312220508 @default.
• W4323265925 doi "https://doi.org/10.1142/s2010135x2350008x" @default.
• W4323265925 hasPublicationYear "2023" @default.
• W4323265925 type Work @default.
• W4323265925 citedByCount "2" @default.
• W4323265925 countsByYear W43232659252023 @default.
• W4323265925 crossrefType "journal-article" @default.
• W4323265925 hasAuthorship W4323265925A5001162052 @default.
• W4323265925 hasAuthorship W4323265925A5005725257 @default.
• W4323265925 hasAuthorship W4323265925A5022367690 @default.
• W4323265925 hasAuthorship W4323265925A5026066949 @default.
• W4323265925 hasAuthorship W4323265925A5045552066 @default.
• W4323265925 hasAuthorship W4323265925A5048916916 @default.
• W4323265925 hasAuthorship W4323265925A5057420506 @default.
• W4323265925 hasAuthorship W4323265925A5065582716 @default.
• W4323265925 hasAuthorship W4323265925A5068866950 @default.
• W4323265925 hasBestOaLocation W43232659251 @default.
• W4323265925 hasConcept C113196181 @default.
• W4323265925 hasConcept C121332964 @default.
• W4323265925 hasConcept C133386390 @default.
• W4323265925 hasConcept C134132462 @default.
• W4323265925 hasConcept C15744967 @default.
• W4323265925 hasConcept C159985019 @default.
• W4323265925 hasConcept C163258240 @default.
• W4323265925 hasConcept C184779094 @default.
• W4323265925 hasConcept C185592680 @default.
• W4323265925 hasConcept C186370098 @default.

• next