FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912186678> ?p ?o ?g. }

• W2912186678 endingPage "8981" @default.
• W2912186678 startingPage "8969" @default.
• W2912186678 abstract "Inorganic-polymer composites have become promising materials to be processed by printing technologies because of their unique properties that allow the fabrication of flexible wearable electronics at reduced manufacturing costs. In the present work, a complete methodological process of assembling a flexible microthermoelectric generator based on inorganic-polymer materials is presented. The used microparticles were prepared by a top-down approach beginning with a previously prepared material by solid-state reaction and later scaled down through the use of ball milling. It was found that the necessity to proceed with a chemical treatment with HCl to reduce Bi2O3 present on the surface of the microparticle leads to a power factor (PF) of 2.29 μW K-2 m-1, which is two times higher than that of the untreated sample. On the fabrication of flexible inorganic-organic thermoelectric thick films based on Bi2Te3 microparticles (<50 μm) and the poly(vinyl alcohol) (PVA) polymer with different thicknesses ranging from 11 to 265 μm and with different Bi2Te3 weight percentages (wt %), we found that PVA allowed achieving a homogeneous dispersion of the parent inorganic thermoelectric materials, while still maintaining their high performance. The best produced ink was obtained with 25 wt % of PVA and 75 wt % of chemically treated Bi2Te3 micropowder with a Seebeck coefficient of -166 μV K-1 and a PF of 0.04 μW K-2 m-1. For this optimized concentration, a flexible thermoelectric device was fabricated using n-type thermoelectric inks, which constitutes a major advantage to be applied in printing techniques because of their low curing temperature. The device architecture was composed of 10 stripes with 0.2 × 2.5 cm2 each in a one-leg configuration. This prototype yielded a power output up to ∼9 μW cm-2 with a 46 K temperature gradient (Δ T), and the results were combined with numerical simulations showing a good match between the experimental and the numerical results. The thermoelectric devices studied in this work offer easy fabrication, flexibility, and an attractive thermoelectric output for specific power requirements such as for environmental health monitoring." @default.
• W2912186678 created "2019-02-21" @default.
• W2912186678 creator A5002258553 @default.
• W2912186678 creator A5007819784 @default.
• W2912186678 creator A5017242058 @default.
• W2912186678 creator A5024266201 @default.
• W2912186678 creator A5028511447 @default.
• W2912186678 creator A5034359169 @default.
• W2912186678 creator A5047286778 @default.
• W2912186678 creator A5062456262 @default.
• W2912186678 creator A5068341519 @default.
• W2912186678 creator A5074712660 @default.
• W2912186678 date "2019-01-29" @default.
• W2912186678 modified "2023-10-14" @default.
• W2912186678 title "Printed Flexible μ-Thermoelectric Device Based on Hybrid Bi₂Te₃/PVA Composites" @default.
• W2912186678 cites W1613733502 @default.
• W2912186678 cites W1782915366 @default.
• W2912186678 cites W1921447341 @default.
• W2912186678 cites W1968150914 @default.
• W2912186678 cites W1974777528 @default.
• W2912186678 cites W1977147427 @default.
• W2912186678 cites W1990839112 @default.
• W2912186678 cites W1995354457 @default.
• W2912186678 cites W1998981899 @default.
• W2912186678 cites W2005397745 @default.
• W2912186678 cites W2009788094 @default.
• W2912186678 cites W2011597015 @default.
• W2912186678 cites W2018210045 @default.
• W2912186678 cites W2025005622 @default.
• W2912186678 cites W2027972706 @default.
• W2912186678 cites W2040432202 @default.
• W2912186678 cites W2045441772 @default.
• W2912186678 cites W2059561399 @default.
• W2912186678 cites W2061157566 @default.
• W2912186678 cites W2079552349 @default.
• W2912186678 cites W2081674577 @default.
• W2912186678 cites W2090530364 @default.
• W2912186678 cites W2092114876 @default.
• W2912186678 cites W2094912725 @default.
• W2912186678 cites W2097412679 @default.
• W2912186678 cites W2102229361 @default.
• W2912186678 cites W2169112538 @default.
• W2912186678 cites W2315702407 @default.
• W2912186678 cites W2335489163 @default.
• W2912186678 cites W2346082911 @default.
• W2912186678 cites W2463183759 @default.
• W2912186678 cites W2469869135 @default.
• W2912186678 cites W2520552271 @default.
• W2912186678 cites W2574731139 @default.
• W2912186678 cites W2585503538 @default.
• W2912186678 cites W2591847204 @default.
• W2912186678 cites W2594758347 @default.
• W2912186678 cites W2604618100 @default.
• W2912186678 cites W2609781123 @default.
• W2912186678 cites W2626741217 @default.
• W2912186678 cites W2739920456 @default.
• W2912186678 cites W2752785231 @default.
• W2912186678 cites W2757897249 @default.
• W2912186678 cites W2761681586 @default.
• W2912186678 cites W2763142181 @default.
• W2912186678 cites W2765718272 @default.
• W2912186678 cites W2774633294 @default.
• W2912186678 cites W2777432586 @default.
• W2912186678 cites W2782009972 @default.
• W2912186678 cites W2789616543 @default.
• W2912186678 cites W2794255854 @default.
• W2912186678 cites W2803746309 @default.
• W2912186678 cites W2804248500 @default.
• W2912186678 cites W2313616708 @default.
• W2912186678 doi "https://doi.org/10.1021/acsami.8b18081" @default.
• W2912186678 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30693751" @default.
• W2912186678 hasPublicationYear "2019" @default.
• W2912186678 type Work @default.
• W2912186678 sameAs 2912186678 @default.
• W2912186678 citedByCount "39" @default.
• W2912186678 countsByYear W29121866782019 @default.
• W2912186678 countsByYear W29121866782020 @default.
• W2912186678 countsByYear W29121866782021 @default.
• W2912186678 countsByYear W29121866782022 @default.
• W2912186678 countsByYear W29121866782023 @default.
• W2912186678 crossrefType "journal-article" @default.
• W2912186678 hasAuthorship W2912186678A5002258553 @default.
• W2912186678 hasAuthorship W2912186678A5007819784 @default.
• W2912186678 hasAuthorship W2912186678A5017242058 @default.
• W2912186678 hasAuthorship W2912186678A5024266201 @default.
• W2912186678 hasAuthorship W2912186678A5028511447 @default.
• W2912186678 hasAuthorship W2912186678A5034359169 @default.
• W2912186678 hasAuthorship W2912186678A5047286778 @default.
• W2912186678 hasAuthorship W2912186678A5062456262 @default.
• W2912186678 hasAuthorship W2912186678A5068341519 @default.
• W2912186678 hasAuthorship W2912186678A5074712660 @default.
• W2912186678 hasConcept C112625512 @default.
• W2912186678 hasConcept C117127486 @default.
• W2912186678 hasConcept C121332964 @default.
• W2912186678 hasConcept C127413603 @default.
• W2912186678 hasConcept C132186339 @default.
• W2912186678 hasConcept C136525101 @default.
• W2912186678 hasConcept C142724271 @default.

• next