Introduction to Bmc Chemistry
Bmc Chemistry is a professional academic journal in the field of chemistry sponsored by BMC publishers. Since its inception in 2019, it has always won the respect of the industry with high-quality content. The journal has an official serial number (ISSN: 2661-801X, E-ISSN:2661-801X), The publishing cycle is continuous publication, and its publishing area is located in ENGLAND. The core mission of the journal is to promote the exchange of educational research and practical experience in the field of chemistry and chemical integrated disciplines, publish innovative academic papers of peers, advocate academic contention, stimulate academic innovation, carry out international academic exchanges, and inject vitality into the development of the chemical field.
The self citation rate of articles in this journal is 0.0338..., the proportion of open source content is 1, the proportion of publication withdrawal is 0, and the proportion of OA being cited is 1. The reader group mainly includes chemical professionals, graduate students, undergraduate students, and chemical enthusiasts. These reader groups come from all over the world, with a wide range of academic backgrounds and interests. Bmc Chemistry has been included in the international authoritative academic databases "SCI (Science Citation Index), SCIE (Science Citation Index Expanded)", which is convenient for scholars and researchers around the world to retrieve and quote, and helps to promote research progress and innovative development in the comprehensive field of chemistry.
CiteScore
- CiteScore:6.40
- SJR:0.607
- SNIP:1.285
Discipline category |
partition |
ranking |
Percentile |
Category: Chemistry
Category: General Chemistry
|
Q1
|
102 / 407
|
|
CiteScore This innovative indicator strives to provide a more comprehensive and accurate journal evaluation, breaking the limitation of relying only on a single indicator such as impact factors in the past. It has ensured greater transparency and openness by integrating a wide range of quoted data across multiple disciplines. As an important part of a series of journal indicators in Scopus, it includes SNIP (impact of source document standardization), SJR (SCImage magazine ranking), cited document count and quoted percentage. Scopus integrates the above indicators to help researchers deeply understand the citation of more than 22220 kinds of treatises. You can learn the details of each indicator on the Scopus Joumal Metrics website.
CiteScore partition value and impact factor value data comparison
Bmc Chemistry Division Table of Chinese Academy of Sciences
Division of Chinese Academy of Sciences December 2022 Upgrade
Major disciplines |
partition |
Sub discipline |
partition |
Top Journals |
Review journal |
Chemistry |
Zone 2 |
CHEMISTRY, MULTIDISCIPLINARY
Chemistry: comprehensive
|
Zone 3
|
yes |
yes |
Division of Chinese Academy of Sciences December 2021 Basic Edition
Major disciplines |
partition |
Sub discipline |
partition |
Top Journals |
Review journal |
Chemistry |
Zone 3 |
CHEMISTRY, MULTIDISCIPLINARY
Chemical synthesis
|
Zone 4
|
yes |
yes |
Division of Chinese Academy of Sciences December 2021 Upgrade
Major disciplines |
partition |
Sub discipline |
partition |
Top Journals |
Review journal |
Chemistry |
Zone 3 |
CHEMISTRY, MULTIDISCIPLINARY
Chemical synthesis
|
Zone 3
|
yes |
yes |
Division of Chinese Academy of Sciences Old upgraded version in December 2020
Major disciplines |
partition |
Sub discipline |
partition |
Top Journals |
Review journal |
Chemistry |
Zone 3 |
CHEMISTRY, MULTIDISCIPLINARY
Chemical synthesis
|
Zone 3
|
yes |
yes |
Distribution trend of CAS zoning table over the years
JCR partition of WOS journals
JCR partition level |
JCR discipline |
partition |
Q2 |
CHEMISTRY, MULTIDISCIPLINARY |
Q2 |
JCR (Journal Citation Reports) partition, also known as JCR journal partition, is an internationally common and recognized journal partition standard developed by Thomson Reuters (now part of Kerui Weian). JCR partition is based on the SCI database, sorted according to the impact factors of journals, and divided into four areas in a similar way: Q1, Q2, Q3 and Q4. It should be noted that the standard of JCR partition is different from that of JCR journal partition (also called partition table and partition data) of the Chinese Academy of Sciences. For example, the number of divisions of the two is different. The JCR is divided into four districts, while the Chinese Academy of Sciences is divided into 176 disciplines. Each discipline is divided into four districts according to the level of impact factors. In addition, there are differences in the range of influence factors between the two.
Document data over the years
particular year |
Annual number of documents issued |
Number of articles |
Summary quantity |
two thousand and twenty |
sixty-eight |
sixty-three |
five |
two thousand and nineteen |
one hundred and thirty-six |
one hundred and twenty-seven |
nine |
Journal citation relationship
Cited by other journals |
Journal name |
Number of references |
MOLECULES |
five |
BIOORG CHEM |
three |
EUR J ORG CHEM |
two |
PLOS ONE |
two |
ACS OMEGA |
one |
ACS SUSTAIN CHEM ENG |
one |
ANAL METHODS-UK |
one |
ANALYST |
one |
APPL ECOL ENV RES |
one |
APPL ORGANOMET CHEM |
one |
Quote other publications |
Journal name |
Number of references |
EUR J MED CHEM |
one hundred and eighty-six |
BIOORG MED CHEM LETT |
one hundred and thirty-eight |
BIOORGAN MED CHEM |
one hundred and one |
J MED CHEM |
seventy-two |
J AGR FOOD CHEM |
sixty-seven |
MOLECULES |
sixty-four |
FOOD CHEM |
sixty-three |
CHEM CENT J |
fifty-four |
J AM CHEM SOC |
forty-eight |
RSC ADV |
forty-three |