Browse research

Recognize a publication, read its values beside the passages they were taken from, and collect the ones that bear on your question.

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A finding is one published, source-reported claim entry of a released record. Counts are entries, not unique discoveries, and appearing here is not an independent validation. Withheld candidates are not listed as findings; each record shows them with its reasons.

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A record matches on its registry title where the registry served one, its release digest, DOI or source identity and, where its entries were loaded, on their property, method and reported wording; a record whose entries could not be read, or that carries none, matches on identity alone. The title is the registry's, matched as such, and is not a fact of any entry. Inside a record, the property and method filters narrow the groups shown. Counts are served records and entries. Each card names its release concisely; the exact release identity opens beneath it.

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These records can also be read as one assembled dataset where one is bound to this deployment: the assembled dataset.

Findings

12 of 17 published entries match

  • Figure of merit zt

    0.76 dimensionless at 1000 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.12.82 released 11 September 2026
    Reported as
    At room temperature, a ZT value of 0.74 is obtained which slightly increases with the temperature increase, reaching its maximum value of 0.76 at 1000 K.
    C3source-reported, not validated
  • Figure of merit zt

    0.74 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.12.82 released 11 September 2026
    Reported as
    For the studied material, a ZT value of 0.74 is achieved at room temperature.
    C4source-reported, not validated
  • Figure of merit zt

    0.72 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The thermoelectric materials figure of merit (ZT) value along the x- and the y-axis is 0.72 and 0.08 at 300 K, respectively.
    C1source-reported, not validated
  • Figure of merit zt

    0.08 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The thermoelectric materials figure of merit (ZT) value along the x- and the y-axis is 0.72 and 0.08 at 300 K, respectively.
    C2source-reported, not validated
  • Figure of merit zt

    0.84 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The increased ZT values can reach 0.84 (x-axis) and 0.12 (y-axis) at 300 K.
    C3source-reported, not validated
  • Figure of merit zt

    0.12 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The increased ZT values can reach 0.84 (x-axis) and 0.12 (y-axis) at 300 K.
    C4source-reported, not validated
  • Figure of merit zt

    0.84 dimensionless at 700 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The maximum ZT value along the x-axis reaches 0.84 at 700 K which is nearly four times larger than the corresponding value along the y-axis.
    C5source-reported, not validated
  • Figure of merit zt

    0.83 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The maximum ZT values along the x- and the y-axis are 0.83 and 0.12, respectively, at room temperature.
    C6source-reported, not validated
  • Figure of merit zt

    0.12 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The maximum ZT values along the x- and the y-axis are 0.83 and 0.12, respectively, at room temperature.
    C7source-reported, not validated
  • Figure of merit zt

    0.72 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The ZT value along the x-axis reaches 0.72 at 300 K, which is much higher than the values obtained for other oxides.
    C8source-reported, not validated
  • Figure of merit zt

    0.84 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The monolayer structure with the O vacancy at the O3 position possesses a maximum room temperature ZT value of 0.84 (x-axis) and 0.12 (y-axis).
    C9source-reported, not validated
  • Figure of merit zt

    0.12 dimensionless at 300 K

    Method
    Not stated by supported metadata
    Source
    10.3762/bjnano.10.199 released 11 September 2026
    Reported as
    The monolayer structure with the O vacancy at the O3 position possesses a maximum room temperature ZT value of 0.84 (x-axis) and 0.12 (y-axis).
    C10source-reported, not validated

Turn on scripting to collect findings into an investigation. Searching and reading work without it.

Unavailable records

Entries this deployment will not serve (3). Each states why. None of them says anything about the science.

  • release not servable: unknown_profile

    sha256:2defe8cc0857d049115824252f12601202dca7bb2c8e69148d720515d77ac9c1

  • release not servable: unknown_profile

    sha256:311e1f3e003168db365ddebe121a2c9d4dabff6eedc53a5aec955ff29d6e5533

  • release not servable: unknown_profile

    sha256:3729ddf3be43d7e1b7d8170606fb7ca4a09d572d5046d191f10a1420b0852a53