Doklady Physical Chemistry
Doklady Physical Chemistry is a peer-reviewed journal that publishes cutting-edge research in the field of physical chemistry. Doklady Physical Chemistry is no longer solely a translation journal. It publishes manuscripts originally submitted in English and translated works. The sources of content are indicated at the article level. The peer review policy of the journal is independent of the manuscript source, ensuring a fair and unbiased evaluation process for all submissions. As part of its aim to become an international publication, the journal welcomes submissions in English from all countries.
Peer review and editorial policy
The journal follows the Springer Nature Peer Review Policy, Process and Guidance, Springer Nature Journal Editors' Code of Conduct, and COPE's Ethical Guidelines for Peer-reviewers.
Approximately 13% of the manuscripts are rejected without review based on formal criteria as they do not comply with the submission guidelines. Each manuscript is assigned to 2–3 peer reviewers. The journal follows a single-blind reviewing procedure. The period from submission to the first decision is usually at most three weeks. The approximate rejection rate is 4.5%. The final decision on the acceptance of a manuscript for publication is made by the responsible editor(s).
If Editors, including the Editor-in-Chief, publish in the journal, they do not participate in the decision-making process for manuscripts where they are listed as co-authors.
Special issues published in the journal follow the same procedures as all other issues. If not stated otherwise, special issues are prepared by the members of the editorial board without guest editors.
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Том 489, № 2 (2019)
- Год: 2019
- Статей: 2
- URL: https://journals.rcsi.science/0012-5016/issue/view/9278
Physical Chemistry
Extreme-Wettability Textured Materials for Water Collection from Aerosols
Аннотация
Creation of methods for complete and cost-effective collection of water droplets from an aerosols arising as a by-product of the low-potential heat uptake from industrial equipment is one of the key tasks of rational use of water resources contributing to the improvement of the environment near large industrial enterprises. This paper shows how the application of materials with extreme wettability and a specific surface topography in spray separators can significantly increase the water collection efficiency.
169-172
Platinum Electrodeposition from a Carbon Dioxide-Based Supercritical Electrolyte
Аннотация
The electrodeposition of platinum from a carbon dioxide-based supercritical electrolyte with the addition of acetonitrile as a cosolvent and tetrabutylammonium tetrafluoroborate has been studied for the first time. Dimethyl(1,5-cyclooctadiene)platinum has been used as a precursor. It has been demonstrated that potentiostatic electrodeposition leads to the formation of agglomerates of densely packed platinum nanoparticles rather than to a continuous film.
173-176