# Acoustic Droplet Vaporization of Perfluorohexane Emulsions Induced by Heterogeneous Nucleation at an Ultrasonic Frequency of 1.1 MHz

- Title: Acoustic Droplet Vaporization of Perfluorohexane Emulsions Induced by Heterogeneous Nucleation at an Ultrasonic Frequency of 1.1 MHz
- Authors: R. Ramesh; C. Thimonier; S. Desgranges; V. Faugeras; F. Coulouvrat; J. Laurent; G. Marrelec; C. Contino-Pépin; W. Urbach; C. Tribet; N. Taulier
- Year: 2023
- DOI: 10.1021/acs.langmuir.3c02272
- arXiv ID/URL: Not yet checked
- Source URL: https://doi.org/10.1021/acs.langmuir.3c02272
- Record type: journal-article
- Date searched: 2026-10-14
- Record origin: Existing project citation
- Evidence level: Metadata verified; title-based topic summary; experiments unverified
- Access status: Metadata only; full-text access not yet checked.
- Lesson mapping: Background or peripheral citation; placement unreviewed.

## Two-sentence summary

This work addresses Acoustic Droplet Vaporization of Perfluorohexane Emulsions Induced by Heterogeneous Nucleation at an Ultrasonic Frequency of 1.1 MHz.
Experiments performed remain unverified pending methods or explicit abstract evidence.

## Provenance

Canonical metadata: https://api.crossref.org/works/10.1021%2Facs.langmuir.3c02272

Venue: Langmuir

Local citation locations:

- `modeling/embedded-pfc-feasibility/DERIVATION.tex:469`
- `modeling/embedded-pfc-feasibility/index.html:398`
- `modeling/embedded-pfc-feasibility/SOURCES.md:11`
- `modeling/embedded-pfc-feasibility/SOURCES.zh.md:11`
- `modeling/embedded-pfc-feasibility/scripts/reader_text.py:337`
- `modeling/embedded-pfc-feasibility/sources/prior_interface_evidence.md:62`
- `modeling/embedded-pfc-feasibility/sources/prior_interface_provenance.json:28`
- `modeling/embedded-pfc-feasibility/sources/prior_interface_provenance.json:29`
- `reports/Cavitation_Limits_20261011/sources/embedded-pfc-update/SOURCES.txt:11`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/analysis/Laser_Triggered_Cavitation_Transfer_Supervisor_Progress_20260919_Full_Figures_Retypeset.slide_library.json:369`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/analysis/Laser_Triggered_Cavitation_Transfer_Supervisor_Progress_20260919_Full_Figures_Retypeset.slide_library.json:502`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/analysis/Laser_Triggered_Cavitation_Transfer_Supervisor_Progress_20260919_No_Speaker_Notes_With_References.slide_library.json:369`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/analysis/Laser_Triggered_Cavitation_Transfer_Supervisor_Progress_20260919_No_Speaker_Notes_With_References.slide_library.json:502`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/Laser_Triggered_Cavitation_Transfer_Supervisor_Progress_20260919_Full_Figures_Retypeset.md:86`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/Laser_Triggered_Cavitation_Transfer_Supervisor_Progress_20260919_No_Speaker_Notes_With_References.md:78`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/embedded-pfc-feasibility/DERIVATION.tex:469`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/embedded-pfc-feasibility/index.html:394`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/embedded-pfc-feasibility/SOURCES.md:11`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/embedded-pfc-feasibility/sources/prior_interface_evidence.md:62`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/embedded-pfc-feasibility/sources/prior_interface_provenance.json:28`
- `reports/PFC_Project_Report_20261011_ppt169_20261011/sources/embedded-pfc-feasibility/sources/prior_interface_provenance.json:29`

## Applicability and gaps

Project-specific thresholds and transfer performance remain unverified.