Materials research express Acceptance Rate

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Acceptance Rate is not available for Materials research express, or not provided by Materials research express

The acceptance rate is a way to ascertain the level of prestige a journal carries. An article when submitted for publishing is vehemently scrutinized and goes through very heavy testing such as peer-reviewing. Many prestigious journals such as Materials research express make sure that their reputation is maintained by any means necessary. They try very hard to keep their acceptance rate very low and only publish extremely well-done scientific articles and manuscripts. The Acceptance rate can measure the selectivity or prestige of a journal, though, like many journal metrics, the raw number is not the whole story, there is more to it.

In simple words, the percentage of all articles submitted to a journal in a whole year over the number of articles that were accepted to be printed in the same year can be defined as the acceptance rate. Both the number of submitted articles and the number of accepted articles are shown, to aid in giving a comprehensive understanding of the size of the journal. Articles that were withdrawn are not included in this data, they fall under the rejection rate. The acceptance rate is calculated as the ratio of the number of articles submitted to the number of articles published. The exact method of calculating the acceptance varies depending on journal to journal, each has its own.

Difference between Acceptance Rate and Rejection Rate

Rates of acceptance and rejection are projected in percentages and reflect and review the relationship between the number of articles submitted to a particular journal and those that were finally accepted after choosing from them. These rates are a measurement that must be gauged and taken into account when selecting the journal in which to publish your work, especially if your contribution is of high quality and has the capacity to compete with the best studies and challenge the best research. The rejection rate is the exact opposite of the Acceptance rate. Low Acceptance rate and High Rejection rate mean a prestigious journal such as Materials research express whereas high acceptance rate and low rejection rate means the journal doesn’t go through rigorous checks such as Materials research express.

Calculating Acceptance Rate

Acceptance rates of journals are capable of influencing faculty tenure and promotion decisions as well as how the quality of journals is seen and the intention to submit manuscripts to a given journal. Several variations exist in how acceptance rates are calculated across journals and editors, different methods are used by everyone which in turn results in potentially misleading comparisons and different results. The different results caused by different methods used can affect how powerful and reputed a journal is. Journals such as Materials research express have different methods than others.

Relationship between Impact factor and Acceptance rate

The impact factor plays a very important role as many researchers—together with members of institutional committees, who make decisions about funding, awards, and promotions—usually have the belief that studies published in high-impact-factor journals, which also have very high rejection rates and low acceptance rates, have a major impact in the subject area that is being researched. Also, having a paper published in a high impact factor journal like Materials research express is considered to be a challenge, very few authors are able to accomplish this and thus those authors get more funding and collaborations.

Journal Acceptance Rate Feedback System

Journal Acceptance Rate Feedback System is a platform on which you can access relevant data and make informed decisions with the help of a qualified crowd. It helps in improving the transparency of the peer-reviewed process. Occasionally, societies or other groups will issue acceptance rates for journals within a particular field. Again, a Google search may help find these but a dedicated software or platform particularly designed for this process is much more convenient

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Materials research express

Materials Research Express (MRX) is a multidisciplinary journal devoted to publishing new experimental and theoretical research on the properties, characterization, design, and fabrication of all classes of materials, and on their technological applications. Characterized by article length flexibility and a fast-track peer review process, areas of particular interest include: Materials characterization Material properties Computational materials science and modelling Material applications Synthesis and fabrication Engineering applications of materials listed below Material classes within the journal scope* Biomaterials Carbon allotropes and 2D materials Electronic materials (including semiconductors) Glasses and ceramics Magnetic materials Metals and alloys Nanomaterials and nanostructures Photonic materials and metamaterials Polymers and organic compounds Smart materials Soft matter Superconducting materials Surfaces, interfaces and thin films Please note, MRX does not usually consider work relating to materials used solely for structural or civil engineering. However, within our 'Metals and Alloys' scope, we will consider work on new and complex alloys, aspects of tribology including lubrication and corrosion resistance; microstructure and structure analysis, surface wear analysis, etc.   Abstracting and indexing services We work with our authors to help make their work as easy to discover as possible. MRX is currently included in the following abstracting and discovery services: Chemical Abstracts Service Directory of Open Access Journals (DOAJ) INIS (International Nuclear Information System) Inspec NASA Astrophysics Data System Scopus Web of Science (Science Citation Index Expanded, Current Contents/Physical Chemical and Earth Sciences) Yewno Unearth   RG Journal Impact: 0.50 * *This more...

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