TL;DR
A paper listed on the ACS Publications site carries the title indicating a lead-free organic–inorganic halobismuthate exhibits a large piezoelectric effect. The provided source content did not include the article text or experimental details.
What happened
An article titled "Lead-Free Organic–Inorganic Halobismuthate for Large Piezoelectric Effect" appears on the ACS Publications DOI page referenced in the source. The listing identifies the topic as a halobismuthate material—described as organic–inorganic and lead-free—associated with a large piezoelectric response according to the title. The supplied source content did not include the manuscript text, figures, data, or an abstract accessible in the excerpt provided here. Metadata available in the source indicates a publication timestamp (2025-12-29T23:03:06+00:00) and the DOI link, but specific claims, measurement methods, numerical performance metrics, sample composition, synthesis routes, and potential applications are not available in the provided material. Readers should consult the full article on the publisher site for experimental details, reproduction steps, and author conclusions.
Why it matters
- The title suggests a lead-free material exhibiting strong piezoelectricity, which could be relevant to materials research and device design: not confirmed in the source.
- If verified, a large piezoelectric response in a lead-free compound could have implications for alternatives to lead-containing piezoelectrics: not confirmed in the source.
- Organic–inorganic hybrid materials often combine molecular flexibility with inorganic functionality, a combination that can be important for tuning properties: not confirmed in the source.
- Concrete impacts on manufacturing, device integration, environmental profile, or commercial readiness are not stated in the provided source.
Key facts
- Article title: "Lead-Free Organic–Inorganic Halobismuthate for Large Piezoelectric Effect" (from source metadata).
- Source host: ACS Publications DOI page (pubs.acs.org/doi/10.1021/jacs.5c15484) as provided.
- Publication timestamp included in the source metadata: 2025-12-29T23:03:06+00:00.
- DOI in the source URL: 10.1021/jacs.5c15484.
- The provided excerpt did not include the article abstract, figures, tables, or numerical results.
- The source snippet contained a Cloudflare security/connection check message; full text was not accessible in the provided material.
- Details such as composition, measurement methods, numerical piezoelectric coefficients, synthesis, and authorship are not present in the provided excerpt.
What to watch next
- Publication of the full article text, supporting information, and raw data on the publisher site — not confirmed in the source.
- Independent replication studies reporting measured piezoelectric coefficients for the material named in the title — not confirmed in the source.
- Any follow-up work assessing device-level integration or long-term stability of the compound — not confirmed in the source.
Quick glossary
- Piezoelectric effect: A material property in which mechanical stress produces an electrical charge, or an applied electric field induces mechanical strain.
- Halobismuthate: A class of compounds containing bismuth coordinated with halogen atoms; often studied for electronic and optical properties.
- Organic–inorganic hybrid: A material combining organic molecules and inorganic frameworks; used to tune structural, electronic, or mechanical properties.
- Lead-free: Describes materials or formulations that do not contain lead, often sought for environmental and regulatory reasons.
Reader FAQ
What does the paper report?
The title indicates the study concerns a lead-free organic–inorganic halobismuthate with a large piezoelectric effect; further specifics are not confirmed in the source.
Who authored the study and where was it published?
Author names and the full journal citation are not included in the provided source excerpt.
What are the measured piezoelectric coefficients or performance metrics?
Not confirmed in the source.
Are synthesis methods and data available?
Not confirmed in the source; the full article and supporting information would need to be consulted for methods and data.
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Sources
- Lead-Free Organic–Inorganic Halobismuthate for Large Piezoelectric Effect
- Tailoring a Lead-Free Organic–Inorganic Halobismuthate …
- Scientists Develop Lead-Free Piezoelectric Material
- Lead-free piezoelectric material converts motion to power …
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