Advanced Materials Technologies: A Complete Profile for Researchers and Authors

Advanced Materials Technologies is a peer-reviewed scientific journal published by Wiley that covers technology-oriented research in materials science. Launched in 2016, it serves as the application-focused counterpart to the celebrated Advanced Materials journal, concentrating on device design, fabrication, integration, and new technologies built on novel materials. This profile brings together everything an author, reviewer, librarian, or prospective reader needs to know about the journal: its publication history, editorial scope, indexing, metrics, peer-review model, open-access options, and practical guidance on submitting a manuscript.

Publication Facts at a Glance

History and Position Within the Wiley "Advanced" Portfolio

Advanced Materials Technologies was introduced by Wiley in 2016 as a new journal within the well-known "Advanced" family of materials journals, which includes flagships such as Advanced Materials, Advanced Functional Materials, Advanced Energy Materials, and Advanced Optical Materials. While those sibling titles lean toward fundamental materials research and high-impact discovery, Advanced Materials Technologies was explicitly conceived as the home for technology-related applications research: the step where a promising material leaves the laboratory and becomes a device, a process, or a product.

The timing of the launch reflected a broader trend in materials science publishing. By the mid-2010s, applied materials research had grown enormously in volume and sophistication, spanning energy storage and conversion, healthcare and biomedical devices, sensors and electronics, photonics, environmental remediation, and food-safety technologies. Researchers working on these topics often found that their manuscripts — rich in device engineering, fabrication detail, and integration work — did not fit comfortably into fundamental-science journals. Advanced Materials Technologies filled that gap, offering a venue that values application-oriented novelty alongside materials innovation.

Since its launch, the journal has grown into a substantial monthly publication. Directory data attributed to third-party research trackers indicate that the journal published roughly 900 articles in 2025, and its citation footprint has grown steadily: more than 13,000 citing articles were recorded over a recent three-year window according to aggregator summaries. These figures are attributed to secondary sources and should be treated as approximate; the precise article counts and citation totals vary by database and year.

Aims and Scope

The journal's stated mission is to serve as the new home for all technology-related materials applications research, with particular emphasis on advanced device design, fabrication, and integration, as well as new technologies based on novel materials. It deliberately bridges the gap between fundamental laboratory research and industry — a positioning that distinguishes it from more theoretically oriented materials journals.

Topics covered by the journal include energy technologies, healthcare and medical technologies, electronics, optics and photonics, microfluidics, sensors, food safety, and environmental technologies. The breadth of this remit is illustrated by the journal's extensive keyword list, which encompasses actuators, antibacterials, batteries, biofuels, bioimaging, biosensors, biotechnology, capacitors, catalysts, data storage, desalination, detectors, device design, device engineering, diagnostics, drug delivery, electronic packaging, electronics, energy generation, energy harvesting, energy storage, energy transmission, fabrication, food safety, fuel cells, healthcare, imaging, implants, information storage, lasers, light-emitting diodes, mechanical properties, membranes, MEMS/NEMS, microfluidics, microtechnology, motors, muscles, nanofluidics, nanomaterials, nanotechnology, optics, optoelectronics, packaging, photonics, regenerative medicine, resonators, robotics, sensors, solar cells, solar energy, theranostics, therapeutics, tissue engineering, transistors, water purification, water splitting, and waveguides.

Authors considering this journal should note the technology orientation. Manuscripts that demonstrate a working device, a scalable fabrication route, a validated application in a real-world setting, or a clear path from material to technology tend to fit the journal best. Purely synthetic or characterization-driven studies without a demonstrated application angle may be better directed toward the more fundamental sister journals.

Readership

According to the journal's official readership statement, the audience comprises materials scientists, engineers, physicists, chemists, biologists, medical researchers, environmental scientists, and food technologists working in both academia and industry. This dual academic–industrial readership is consistent with the journal's stated mission of bridging laboratory research and industry.

For authors, this readership profile has practical implications. Articles are read by people who care about how a technology works in practice: device metrics, fabrication yield and reproducibility, benchmarking against competing technologies, cost considerations, and scalability. Papers written with this audience in mind — clear about performance figures, honest about limitations, and explicit about the technological advance — tend to be the most cited and the most useful to the community.

Editorial Team and Peer Review

Like all Wiley journals, Advanced Materials Technologies is supported by an in-house editorial team at Wiley-VCH in Weinheim, Germany, working with an international advisory and editorial board. The precise current composition of the editorial board rotates and should be checked on the live journal website; this profile does not reproduce a board roster because it can change and cannot be independently verified at the time of writing.

Manuscripts submitted to the journal undergo peer review before publication. Detailed peer-review parameters — such as the blinding model, typical number of reviewers, median time to first decision, and acceptance rate — are not publicly disclosed in a consolidated form by the journal. Prospective authors should consult the current author guidelines on the Wiley Online Library journal page and, if needed, contact the editorial office directly for review-timeline information relevant to their article type.

Open Access and Article Processing Charges

Advanced Materials Technologies operates on a hybrid model: articles are published under the traditional subscription model by default, and authors may choose to make their article open access by paying an article processing charge (APC) under one of Wiley's open-access licenses. Wiley participates in numerous institutional and funder agreements that can cover APCs for affiliated authors, so authors are advised to check whether their institution holds a Wiley open-access agreement before submission.

The current APC amount and the available license options are published in Wiley's open-access pricing information and vary over time; they are therefore not stated here. Authors should verify the current figure on the official journal site at the time of submission rather than relying on third-party directories, which may carry outdated numbers.

Abstracting, Indexing, and Archiving

According to the journal's official Wiley product information page, Advanced Materials Technologies is covered by the following abstracting and indexing services:

• CAS: Chemical Abstracts Service (American Chemical Society)
• Current Contents: Engineering, Computing & Technology (Clarivate)
• Current Contents: Physical, Chemical & Earth Sciences (Clarivate)
• INSPEC (Institution of Engineering and Technology)
• Science Citation Index Expanded (Clarivate)
• Web of Science (Clarivate)

The journal is additionally covered by Scopus, with coverage beginning in 2016, according to secondary directory listings. Long-term digital preservation is handled through Wiley's archiving arrangements; specific preservation services (such as CLOCKSS or Portico participation) should be confirmed on the current journal site.

Citation Metrics (Attributed)

All figures in this section come from third-party aggregators and directory services, not from the publisher, and are provided for orientation only. Readers should consult the Journal Citation Reports (Clarivate) and Scopus for current verified values.

• SCImago Journal Rank (SJR): approximately 1.55, placing the journal in the first quartile (Q1) of its subject categories — Industrial and Manufacturing Engineering, Materials Science (miscellaneous), and Mechanics of Materials — per Resurchify's SCImago-based listing.
• Impact score (Scopus-based two-year citation average): approximately 6.9 per Resurchify. Note that this "impact score" is a Scopus-derived figure and is not the same as the Clarivate Journal Impact Factor.
• h-index: approximately 106 per Resurchify's Scopus-derived listing.
• CiteScore: approximately 11.9 per researcher.life's Scopus-derived listing; SNIP approximately 1.35 per the same source.
• Overall rank: approximately 2,248 in Resurchify's journal ranking.

Because these aggregator snapshots are generated at different times and from different data cuts, small discrepancies between them are normal. The journal's official metrics are those published by Clarivate and Scopus themselves.

Article Types and Author Guidance

The journal publishes original research articles and review-type content. Wiley's Advanced-family journals commonly distinguish between full-length research articles, shorter communications of urgent results, and invited or contributed reviews and perspectives; the exact article types currently accepted by Advanced Materials Technologies, along with their length limits and formatting requirements, are set out in the author guidelines on the Wiley Online Library journal page.

Practical advice for prospective authors, based on the journal's stated scope and readership:

• Lead with the technology. The abstract and introduction should make the application or device advance unmistakable, not bury it behind materials characterization.
• Benchmark honestly. Compare device or process performance against the relevant state of the art, including commercial baselines where applicable.
• Address reproducibility. Fabrication details, measurement protocols, and statistical treatment of device data matter to this readership.
• Use the correct citation abbreviation. The journal asks that citations use the abbreviated title "Adv. Mater. Technol." so that references resolve correctly in CrossRef, PubMed, and the Web of Science.
• Cite as: Adv. Mater. Technol. (punctuation may vary with the citing journal's style).

How This Journal Differs From Its Sister Titles

Researchers sometimes wonder where to submit within the Advanced family. A rough guide, based on the journals' stated scopes: Advanced Materials prioritizes fundamental breakthroughs and exceptional novelty in materials science itself; Advanced Functional Materials emphasizes functional properties and their underlying science; Advanced Energy Materials focuses on energy-related materials; and Advanced Materials Technologies prioritizes the technology step — devices, fabrication, integration, and application demonstrations. Manuscripts that span both fundamental and applied advances may be considered by more than one title, and Wiley editors sometimes suggest transfers between sister journals when a manuscript would be a better fit elsewhere.

The Journal's Scope Areas in Detail

The breadth of Advanced Materials Technologies is one of its defining features. To help authors judge fit, it is worth unpacking the major application domains the journal covers, all of which appear in its official topic list.

Energy technologies form a large part of the journal's content. This includes batteries and capacitors, fuel cells, solar cells and solar energy harvesting, energy storage and transmission, biofuels, water splitting for hydrogen production, and thermoelectric or other energy-harvesting devices. Papers in this area typically report device-level performance — capacity retention, round-trip efficiency, power density — rather than materials properties alone.

Healthcare and biomedical technologies cover drug delivery systems, diagnostics, biosensors, bioimaging, implants, tissue engineering, regenerative medicine, theranostics, therapeutics, and antibacterials. The journal's interest in translation means that biocompatibility testing, preclinical validation, and manufacturability are valued alongside the underlying materials science.

Electronics, optics, and photonics include transistors, light-emitting diodes, lasers, detectors, photodetectors, optoelectronics, waveguides, resonators, data storage and information storage, electronic packaging, and displays. Device engineering — how a novel material is integrated into a functioning electronic or photonic device — is central to this part of the scope.

Sensors, actuators, and robotics span chemical and biological sensors, mechanical sensors, actuators, artificial muscles, motors, MEMS/NEMS devices, and microtechnology. The journal's sensor coverage connects to applications in healthcare diagnostics, environmental monitoring, food safety, and industrial process control.

Microfluidics and nanofluidics cover lab-on-a-chip systems, point-of-care diagnostics, microreactors, and fluid-handling devices built from or enabled by advanced materials.

Environmental and water technologies include water purification, desalination, membranes for separation, catalysts for pollutant degradation, and sensors for environmental monitoring. Food safety — detection of contaminants, smart packaging, preservation technologies — rounds out the applied remit.

Across all these domains, the common thread is technological maturity: the journal wants to see materials science taken at least one credible step toward application, whether that is a prototype device, a demonstrated fabrication process, or a validated system-level result.

Editorial Workflow and What Authors Can Expect

Wiley journals follow a standard editorial workflow. Manuscripts are submitted through the publisher's online submission system, where they first pass an editorial assessment — checking scope fit, basic quality, language, and compliance with publishing ethics — before being sent for peer review. Papers that clearly fall outside the journal's technology-oriented scope may be declined at this stage or offered transfer to a more suitable Wiley title.

During peer review, manuscripts are evaluated by independent experts. Wiley's editorial policies cover research integrity, plagiarism screening, image manipulation checks, authorship criteria, competing-interest disclosure, and corrections and retractions. Authors should be prepared to provide raw data or additional experimental detail on request, as is standard practice across the publisher's portfolio.

After acceptance, manuscripts go through production: copyediting, typesetting, proof review, and online publication. Wiley publishes articles online as soon as they are ready, ahead of assignment to a monthly issue. Authors receive proofs to check and typically have a short window to return corrections.

For Librarians and Institutions

Advanced Materials Technologies is available through Wiley Online Library as part of institutional subscription packages and is also accessible article-by-article to readers whose institutions participate in Wiley's read-and-publish or transformative agreements. The journal's online-only format (ISSN 2365-709X) means there is no print edition to manage.

Cataloguers should note the correct citation abbreviation, "Adv. Mater. Technol.", and the distinction between this journal and its sister titles — particularly Advanced Materials (ISSN 0935-9648 print / 1521-4095 online) and Advanced Engineering Materials — to avoid confusion in link resolvers and discovery systems. The journal is covered by the Science Citation Index Expanded and Scopus, so its articles are discoverable through the major citation databases used for collection assessment.

Ethics, Corrections, and Research Integrity

As a Wiley journal, Advanced Materials Technologies operates under the publisher's research-integrity framework, which addresses plagiarism, duplicate publication, data fabrication and falsification, image integrity, authorship disputes, and peer-review misconduct. Wiley is a member of the Committee on Publication Ethics (COPE), and its journals follow COPE guidance on handling ethical concerns.

Corrections, expressions of concern, and retractions are published when the scholarly record requires them, and are linked to the original article. Third-party tracking indicates a small number of corrections and at least one retraction associated with the journal — figures that are normal for an active journal of this size and are attributed to secondary sources rather than verified here.

Frequently Asked Questions

What is the ISSN of Advanced Materials Technologies?
The online ISSN is 2365-709X. The journal is published online only.

Who publishes Advanced Materials Technologies?
Wiley-VCH (Wiley-Blackwell), based in Weinheim, Germany.

How often is the journal published?
Currently 12 issues per year (monthly).

Is Advanced Materials Technologies open access?
It is a hybrid journal: articles are subscription-based by default, with an open-access option available to authors.

Is the journal indexed in the Web of Science?
Yes — it is covered by the Science Citation Index Expanded and the Current Contents editions listed above, per the journal's official Wiley page.

What is the journal's impact factor?
The current Journal Impact Factor should be checked in the Journal Citation Reports (Clarivate). Third-party directories report a Scopus-based impact score of approximately 6.9 and an SJR of approximately 1.55 (Q1), but these are attributed figures, not official values.

Who should submit to this journal?
Researchers with application- and device-oriented materials work — including energy, healthcare, electronics, optics, sensors, microfluidics, environmental, and food-safety technologies — who want to reach both academic and industrial readers.

How should the journal be cited?
Use the abbreviation "Adv. Mater. Technol." in reference lists.

Sources and Verification Note

This profile is based on the journal's official product information page on Wiley Online Library (aims and scope, ISSN, frequency, readership, keywords, indexing), supplemented by third-party directory listings for citation metrics, which are explicitly attributed. Editorial-board composition, current APC amounts, review timelines, and acceptance rates were not publicly verifiable at the time of writing and are therefore not stated; readers should consult the live journal website for current details.