Literature
Thermoelectric materials and devices
Search a bounded collection of publication metadata, read what the provider reports about a work, save it to an investigation, and open any released MATTER record for the same DOI. Searching and saving start nothing; submitting a publication is a separate, explicit action below.
Collection thermoelectric-preview: 14130 works (14128 matched the collection rule; 2 are existing MATTER publications the rule did not match, added by DOI. More works than that carry the mark: it names every publication MATTER has read, including those the rule matched anyway.), metadata from OpenAlex, exported on 9 September 2026.
What this collection is, and what it is not
A frozen local export of OpenAlex metadata taken on 9 September 2026 for works whose primary topic the provider reports as Advanced Thermoelectric Materials and Devices, of type article, reported open access, not reported retracted, with a DOI, published through that date. The provider's filter, verbatim: primary_topic.id:T10440,type:article,is_oa:true,is_retracted:false,has_doi:true,to_publication_date:2026-09-09. It is not an atomic snapshot of the provider and it is not refreshed automatically.
Topic, access status, licence and retraction are the provider's reported metadata, not checked here. Reported open access is not verified reuse permission, a PDF link is not an acquired source, and being in this collection does not mean MATTER can extract the publication. No abstract, value, confidence or specimen data is carried or invented.
Search is literal and case-insensitive over title, DOI and author names, in the collection's own order (newest publication date first). Where a work's DOI has a released MATTER record, that is read from the current catalog and said beside the work; the records themselves are on Browse research.
Works
14130 of 14130 works; showing 1521 to 1540
Record marks here may be incomplete: 3 catalog entries are not served by this deployment, so this may be incomplete.
Investigating the Stability of Cu2Se Superionic Thermoelectric Material in Air Atmosphere
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.3390/ma18174152.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.Diffuson‐Dominated Thermal Transport Crossover From Ordered to Liquid‐Like Cu 3 BiS 3 : The Negligible Role of Ion Hopping
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1002/smll.202506386.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports no licence for this work, and MATTER admits a publication only on a licence it can verify. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Synthesis and Thermoelectric Properties of Nickel Tetrathiolate Metallopolymers
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1021/acsaem.5c01874.s001.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Role of irreducible occupancy sites on thermoelectric performance of Te-doped BiSbSe3
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1063/5.0286575.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Theoretical prediction of the AuXO 2 (X = Cl,Br,I) monolayers as promising thermoelectric material
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1088/1402-4896/ae02f7.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Computational insights into the optoelectronic and thermoelectric properties of cubic LaScO3 under pressure-induced bandgap transition
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.physo.2025.100320.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Boosting thermoelectric power generation with black body coatings and oil thermal storage tank
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.uncres.2025.100237.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Development of Thermoelectric Materials using Magnetic Interaction
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.2497/jjspm.25-00032.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
ZnO-ZnTe composites crystallized from melt at high pressure: Thermoelectric and transport properties
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.jallcom.2025.183501.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence other-oa, which MATTER recognises no terms for. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Vanadium-Engineered Co₂NiSe₄ nanomaterial: coupled thermoelectric, piezoelectric, and electronic optimization via DFT+U for advanced energy applications
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.rineng.2025.106959.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
The doubly filled skutterudite (La,Sm) (Fe Ni1-)4Sb12 (y = 0.19–0.70, x = 0.52–0.85): Structural and thermoelectric features
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.jallcom.2025.183572.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports no full text for this work, so there may be nothing to acquire. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Realizing High Mechanical and Thermoelectric Performance of n-Type rGO/Bi2Te2.7Se0.3 Composite
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1134/s1063783425601419.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports no licence for this work, and MATTER admits a publication only on a licence it can verify. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Synergistic dynamics of heat and ion transfer: Unlocking high ionic thermoelectric efficiency
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.fmre.2025.09.018.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
DFT Calculations and Experimental Studies of the Cu Doping Mechanism in Hot-Extruded Bi–Te–Se Bulk Thermoelectric Materials
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1021/acsaem.5c02331.s001.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
High-Performance Flexible Thermoelectric Generator via Rapid Evaporation of Nanocrystalline Bi2Te3‑Alloy Films
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1021/acsaem.5c02289.s001.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Unveiling Thermoelectric Properties of SURMOF Nanofilms: A New Frontier in Molecular Thermoelectrics
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1002/advs.202510730.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.Thermoelectric and Transport Properties of Vacuum Evaporated Bi2Te3xSe3(1−x) Thin Films
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.36948/ijfmr.2025.v07i04.54848.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-sa, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Recent Progress of Powering IoT Based on Thermoelectric Technology
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.3390/mi16091017.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports no full text for this work, so there may be nothing to acquire. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Revisiting Pisarenko’s formula: Effective mass estimation, thermopower–conductivity relation, and maximum power factor prediction
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.1016/j.mtphys.2025.101845.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports licence cc-by-nc-nd, which grants less than MATTER admits: CC BY and CC0 only. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
Reciprocity Relation in Thermoelectric Composites: Optimizing Materials for Energy Efficiency and Thermal Management
Saving to an investigation keeps the DOI in this browser, which needs scripting. The DOI to keep by hand is 10.15330/pcss.26.3.466-472.
Processing a work from here needs scripting. The submission form on the literature page takes a DOI without it.This collection reports no full text for this work, so there may be nothing to acquire. MATTER checks the licence against the publisher's own record when it processes, so this is what the collection reports and not what MATTER will decide.
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