Journal Fee/Article Processing Charges

APCs and subscription
(individual and institutional)
charges of an
official website

The Article Publishing Charge for this journal is USD 5300, excluding taxes. Subscription type Institutional Print - Annual Subscription (Jan - Dec 2023) Subscription length 1 year subscription $9,604.00 Purchase options Corporate For R&D professionals working in corporate organizations. US$39.50 Local taxes may apply Online access for 48 hours with the option to save or download the article in PDF format Academic and personal For academic or personal use only. US$31.50 Local taxes may apply Online access for 48 hours with the option to save or download the article in PDF format.

Submission to 1st Response Time

Average article response
time from last
year of this
journal

Not Available on Website, [See Submission to Acceptance time* (calculated from latest published papers of this journal)]

Submission to Acceptance Time

The average duration
from submission to
acceptance for 100
recently published
papers in a journal

Average: 4.3-7.2 weeks [Available on website: 2.3 weeks]

Submission to Publication Time

Average publication
time of the 100
most recently
published papers
in the journal

Average: 2.2-3.5 Months [Available on website: 0.6 weeks

Latest Keywords of this Journal

Most recent keywords
extracted from
published articles
in this journal

Li-ion battery recycling, Spent graphiteBifunctional oxygen electrocatalyst, Oxygen reduction reactionMetal-air battery , Exsolution, Electron microscopyAlloyingNO reductionHumid

Latest and Trending Topics of this Journal

Titles of most recent papers
in this journal were selected

Unravelling the role of metal-metal oxide interfaces of Cu/ZnO/ZrO2/Al2O3 catalyst for methanol synthesis from CO2: Insights from experiments and DFT-based microkinetic modeling | Rational design of photo− /electro−catalytic systems for the transformation of plastic wastes | Direct synthesis of high silica SSZ-16 zeolite with extraordinarily superior performance in NH3-SCR reaction| | Dual charge-accepting engineering modified AgIn5S8/CdS quantum dots for efficient photocatalytic hydrogen evolution overall H2S splitting | Unveiling the in-situ hydrogen intercalation in Mo2COx for promoting the alkaline hydrogen evolution reaction