The Chemical Society of Japan Bibliometric Report

Introduction

This report provides a comprehensive analytics report of the publisher The Chemical Society of Japan including basic bibliometric information, citation data, impact metrics, top journals, publication keywords, etc., over recent years. The Crossref database (up to the end of 2021) processed by ScienceGate has been used for this report as the source of data.

The Chemical Society of Japan has published 108797 documents so far, receiving a total of 822963 citations. These numbers are equal to 0.09% and 0.07% of the total documents and citations in the scientific community, respectively. The Chemical Society of Japan has a score of 7.56 as a number of citations per document based on all recorded data. There are different types of documents published by The Chemical Society of Japan. In this regard, , and Journal Article a with the total document number of , and 108797 have the largest share, respectively. These numbers are equal to , and 100.00% of the total documents published in The Chemical Society of Japan so far, respectively. The Chemical Society of Japan has been an active publisher from 1880-2021.

Basic Bibliometric Information

This section provides the bibliometrics data of The Chemical Society of Japan over the last 11 years, including the number of published documents, total citations, citations per document, and scaled number of citations per document by year. Share of The Chemical Society of Japan documents and citations among all published scientific documents are also presented here. The Chemical Society of Japan has the highest annual number of publications in 2015, with 781 published documents. Most annual citations are also received in 2010, with 9810 citations. The highest citations per document’s scores, scaled by the number of years ahead, are associated with 2020, with scores of 0.52.

YearDocumentsCitationsCitations/DocumentsAverage Citations/DocumentsDocuments ShareCitations Share
2010737981013.31071.21010.00020.0002
2011700881512.59291.25930.00020.0002
2012753795810.56841.17430.00020.0002
201369655978.04171.00520.00020.0001
201476371189.32901.33270.00020.0002
201578178089.99741.66620.00020.0002
201663142926.80191.36040.00010.0002
201767144686.65871.66470.00010.0002
201862931605.02381.67460.00010.0002
201959321733.66441.83220.00010.0002
20206603440.52120.52120.00010.0001

Document Types

There are different types of documents published by publishers. In this section, the yearly publication data of The Chemical Society of Japan are presented by document type, including , and Journal Articles.

The number of published documents by The Chemical Society of Japan are , and 108797 for , and Journal Articles, respectively. These numbers are equal to , and 0.12% of the whole published , and Journal Articles in the database so far, respectively.

The number of received citations by , and Journal Articles of The Chemical Society of Japan are , and 822963, respectively. These numbers are equal to , and 0.08% of the citations received by whole , and Journal Articles of the database so far, respectively.

The h-index value for published , and Journal Articles by The Chemical Society of Japan are , and 168, respectively. The corresponding values for the whole data of the database are , and 3201, respectively.

The g-index value for published , and Journal Articles by The Chemical Society of Japan are , and 23, respectively. The corresponding values for the whole data of the database are , and 129, respectively.

The score of citations per document for published , and Journal Articles by The Chemical Society of Japan are , and 7.564, respectively. The corresponding values for the whole data of the database are , and 11.521, respectively.

The highest number of annually published , and Journal Articles by The Chemical Society of Japan are , and 781, respectively. The corresponding year of maximum publication for , and Journal Articles are , and 2015, respectively.

The highest number of annual received citations by , and Journal Articles published in The Chemical Society of Japan are , and 9810, respectively. The corresponding years of maximum received citations for , and Journal Articles are , and 2010, respectively.

The highest values of citations per number of document for , and Journal Articles published in The Chemical Society of Japan are , and 13.31, respectively. The corresponding years of maximum values of citations per document for , and Journal Articles are , and 2010, respectively.

Impact Metrics

Various metrics and indicators are used to evaluate the impact and quality of publishers and journals. Here, h-index, g-index, and i-index are selected as impact evaluation metrics of the publisher The Chemical Society of Japan.

H-index

H-index indicates the number of articles published by a journal/publisher, h, that have been cited at least h times. h5-index and h10-index are the h-index for papers of a publishers/journals published in the last 5 and 10 years, respectively. h-index, h10-index, and h5-index of the documents published by The Chemical Society of Japan, are 168, 68, and 41, respectively. The corresponding values for the whole data of the database are 3269, 1489, and 795, respectively.

MetricThe Chemical Society of JapanAll Publishers
h-index1683269
h10-index681489
h5-index41795

G-index

The g-index indicator is the first g papers of a publisher/journal (sorted by the highest to the lowest number of citations) that have cumulatively received at least g^2 citations. Again, g5-index and g10-index are the g-index for papers of a publishers/journals published in the last 5 and 10 years, respectively. G-index, g10-index, and g5-index of the documents published by The Chemical Society of Japan are 23, 14, and 9, respectively. The corresponding values for the whole data of the database are 131, 80, and 55, respectively.

MetricThe Chemical Society of JapanAll Publishers
g-index23131
g10-index1480
g5-index955

I-n index

I-n index shows the number of publications of a publisher/journal with at least n citations. Read another post here for more detailed information on different research impact metrics. It is to be noted that, i10-index, i25-index, i50-index, i100-index, i250-index, i500-index, i1000-index, i2500-index, i5000-index, and i10000-index of the documents published by The Chemical Society of Japan, are 25186, 6932, 1847, 453, 75, 23, 5, 1, 0, and 0, respectively. The corresponding values for the whole data of the database are 21796896, 10617845, 4822066, 1785083, 390499, 114230, 31648, 5505, 1423, and 355, respectively.

MetricThe Chemical Society of JapanAll Publishers
i10-index2518621796896
i25-index693210617845
i50-index18474822066
i100-index4531785083
i250-index75390499
i500-index23114230
i1000-index531648
i2500-index15505
i5000-index01423
i10000-index0355

Top Journals

This section provides the basic bibliometrics data of the The Chemical Society of Japan top journals, including the number of published documents, total citations, and citations per document. Share of documents and citations of each journal among all published documents by The Chemical Society of Japan is also presented here. In the following tag cloud chart, top journals are displayed based on the largest number of published documents.

The Top 5 journals of The Chemical Society of Japan based on the number of published documents are Bulletin of the Chemical Society of Japan, Chemistry Letters, The Journal of the Society of Chemical Industry Japan, NIPPON KAGAKU KAISHI, and Nippon kagaku zassi. The numbers of documents published so far by these top 5 journals are 37555, 27920, 19272, 12407, and 8295, respectively. These numbers are equal to 34.518%, 25.662%, 17.714%, 11.404%, and 7.624% of the total documents published by The Chemical Society of Japan so far, respectively.

Concerning the number of received citations, the top 5 journals of The Chemical Society of Japan are Bulletin of the Chemical Society of Japan, Chemistry Letters, NIPPON KAGAKU KAISHI, Nippon kagaku zassi, and The Journal of the Society of Chemical Industry Japan. The total number of citations received so far by these top 5 journals are 37555, 27920, 12407, 8295, and 19272, respectively. These numbers are equal to 4.563%, 3.393%, 1.508%, 1.008%, and 2.342% of the total citations received by The Chemical Society of Japan publications so far, respectively.

Regarding the number of citations received per document, the top 5 journals of The Chemical Society of Japan are Bulletin of the Chemical Society of Japan, Chemistry Letters, NIPPON KAGAKU KAISHI, Nippon kagaku zassi, and The Journal of the Society of Chemical Industry Japan. The numbers of citations received per published document so far by these top 5 journals are 12.048, 11.818, 1.436, 1.432, and 0.554, respectively.

Journal TitleDocumentsDocuments ShareCitationsCitations ShareCitations/DocumentsActive Years
Bulletin of the Chemical Society of Japan375550.34524524620.549812.04801926-2020
Chemistry Letters279200.25663299680.401011.81831972-2020
The Journal of the Society of Chemical Industry Japan192720.1771106740.01300.55391898-1971
NIPPON KAGAKU KAISHI124070.1140178130.02161.43571921-2002
Nippon kagaku zassi82950.0762118810.01441.43231948-1971
Tokyo Kagaku Kaishi33480.03081650.00020.04931880-1920

Top Keywords

The Most used keywords are of particular importance for reviewing a publisher. This section provides detailed information about basic bibliometrics data of top used keywords in The Chemical Society of Japan. The metrics used here are the number of documents, citations and citations per document. Share of documents and citations of each keyword among whole published documents is also presented here. In the following tag cloud chart, top keywords are displayed based on the largest number of published documents.

According to the number of published documents, the top 10 keywords of the publisher The Chemical Society of Japan are crystal structure, x ray, aqueous solution, aqueous solutions, absorption spectra, molecular structure, amino acids, optically active, kinetics of, and electron transfer, respectively. The number of published documents in which the mentioned 10 keywords are used are, 888, 831, 760, 625, 561, 548, 536, 523, 522, and 500, respectively.

Based on the number of received citations, the top 10 keywords of the publisher The Chemical Society of Japan are crystal structure, palladium catalyzed, x ray, new method, optically active, molecular structure, absorption spectra, metal complexes, aqueous solution, and carbonyl compounds, respectively. The number of citations received by the documents in which the mentioned 10 keywords are used are, 888, 321, 831, 300, 523, 548, 561, 484, 760, and 364, respectively.

Concerning the score of received citations per document, the top 10 keywords of the publisher The Chemical Society of Japan are palladium catalyzed, cross coupling, new method, coupling reaction, transition metal, electronic spectra, convenient method, carbonyl compounds, carbon dioxide, and stereoselective synthesis, respectively. The score of citations received per document in which the mentioned 10 keywords are used are, 27.492, 26.982, 25.917, 18.730, 18.482, 17.746, 17.724, 16.948, 14.865, and 14.676, respectively.

KeywordDocumentsDocuments ShareCitationsCitations ShareCitations/DocumentsActive YearsActive Years For All Data
crystal structure8880.0075120230.006513.53941926-20201889-2020
x ray8310.002788180.002210.61131930-20201896-2020
aqueous solution7600.013763610.00658.36971920-20201833-2020
aqueous solutions6250.015055410.00758.86561930-20201813-2020
absorption spectra5610.036465150.027411.61321926-20191869-2020
molecular structure5480.015570410.013012.84851935-20171843-2020
amino acids5360.006254490.003210.16601927-20201898-2020
optically active5230.039473140.042213.98471937-20201891-2020
kinetics of5220.004532360.00176.19921943-20181889-2020
electron transfer5000.014149250.00649.85001955-20201927-2020
metal complexes4840.019364970.014213.42361954-20201939-2020
related compounds4750.020844050.01329.27371930-20201870-2020
solid state4680.005044430.00329.49361939-20201795-2020
ion exchange4410.017524700.00735.60091949-20191926-2020
derivatives of4240.007627140.00486.40091926-20181829-2020
spectrophotometric determination4060.037118880.01634.65021953-20121924-2020
carbon dioxide3940.004958570.003914.86551923-20201876-2020
hydrolysis of3930.011121940.00385.58271940-20201884-2020
thermal decomposition3850.020619020.00844.94031924-20141905-2020
carbon monoxide3830.012354480.010414.22451928-20201876-2020
liquid phase3820.013918640.00514.87961941-20201908-2020
metal ions3760.014439670.008410.55051948-20201923-2020
carbonyl compounds3640.029761690.034016.94781935-20201900-2020
charge transfer3610.012133890.00659.38781953-20201939-2020
organic compounds3510.011331090.00608.85751928-20191836-2020
catalytic activity3430.012935570.007610.37031932-20201908-2020
amino acid3350.002928750.00128.58211926-20201906-2020
chemical studies3350.07866640.01341.98211923-20131891-2020
transition metal3300.005960990.004618.48181955-20201951-2020
high pressure3260.004218070.00195.54291923-20191815-2020
low temperature3250.003123340.00177.18151925-20201817-2020
palladium catalyzed3210.013888250.017727.49221971-20201957-2020
magnetic resonance3120.001727360.00108.76921951-20181936-2020
solvent extraction3050.030027340.02178.96391941-20201921-2020
new method3000.005177750.011425.91671920-20181666-2020
crystal structures2940.008541840.006314.23131959-20201913-2020
carboxylic acids2900.018434700.015511.96551921-20201880-2020
circular dichroïsm2790.022529400.011410.53761937-20201905-2020
circular dichroism2780.022729340.011510.55401937-20201905-2020
hydrogen peroxide2710.006926130.00329.64211929-20201878-2020
synthesis and characterization2710.005033780.004112.46491972-20201931-2020
acetic acid2690.009417350.00556.44981925-20201803-2020
facile synthesis2690.013239010.012214.50191965-20201952-2020
total synthesis2640.008234230.006712.96591959-20201902-2020
one pot2600.006432210.006212.38851977-20201968-2020
infrared spectra2540.021029940.012411.78741950-20151930-2020
crystal and molecular structure2500.020029310.018211.72401959-19961947-2020
kinetic studies2490.027917970.01237.21691954-20171925-2020
hydrogen bonding2430.011026190.006210.77781952-20201937-2020
methyl methacrylate2410.01538200.00363.40251953-20201937-2020
complex formation2400.018420440.00888.51671938-20131917-2020
diels alder2370.012029680.010812.52321955-20201935-2020
water soluble2360.008027540.005111.66951942-20201833-2020
kinetic study2340.018313130.00745.61111952-20201931-2020
alkali metal2320.019327510.015711.85781950-20171860-2020
molecular weight2290.003811160.00104.87341927-20201864-2020
optical resolution2240.118325290.098811.29021934-20201912-2020
ring opening2220.012627830.010212.53601953-20191934-2020
sulfuric acid2190.01709030.00654.12331937-20171809-2020
carboxylic acid2160.012919660.00999.10191933-20201868-2020
electron spin2140.012919470.00689.09811960-20201928-2020
convenient synthesis2140.025026270.033412.27571960-20111934-2020
stereoselective synthesis2130.014931260.019814.67611963-20171959-2020
acid catalyzed2130.020121880.015410.27231953-20181933-2020
magnetic properties2120.003024630.002911.61791951-20161786-2020
vapor phase2120.018412680.00785.98111950-20141915-2020
gas phase2120.005714410.00246.79721943-20191916-2020
nuclear magnetic2110.004518070.00278.56401951-20181930-2020
new synthesis2070.023122660.025910.94691931-20101867-2020
thin films2030.001417100.00088.42361948-20201864-2020
surface active2000.03458040.01134.02001946-20121922-2020
electron spin resonance1990.015518440.00889.26631960-20201953-2020
spin resonance1970.015918300.00879.28931960-20201952-2020
nuclear magnetic resonance1940.003716680.00228.59791951-20181942-2020
rare earth1940.004425480.003613.13401926-20201881-2020
silica gel1930.020119160.01639.92751932-20191921-2020
exchange resin1920.04426580.01323.42711949-20201945-2020
fatty acids1900.00255990.00043.15261920-20201851-2020
schiff base1900.011420260.009010.66321958-20201919-2020
high temperature1830.00149490.00075.18581925-20201814-2020
organic solvents1830.017017300.00969.45361926-20201896-2020
convenient method1810.046432080.075717.72381959-20191832-2020
electronic spectra1810.045932120.045717.74591957-20011929-2020
aromatic compounds1800.020125490.018014.16111926-20191869-2020
self assembled1800.005817890.00249.93891989-20201972-2020
substituent effects1750.029017470.01949.98291959-20161946-2020
molecular orbital1740.017915620.00628.97701950-20201935-2020
photochemical reaction1740.076410490.04616.02871927-20201909-2020
coupling reaction1960.022636710.027318.72961962-20201935-2020
phase transition1720.003818760.002810.90701950-20201900-2020
aromatic hydrocarbons1720.007417730.003510.30811930-20201870-2020
novel synthesis1710.024920250.032311.84211960-20161948-2020
self assembly1700.004522840.002413.43531990-20201940-2020
infrared absorption1670.024917630.014910.55691949-20201923-2020
alkaline earth1670.020915570.01239.32341924-20201799-2020
cross coupling1670.009145060.011426.98201976-20201955-2020

How useful was this post?

Click on a star to rate it!

Average rating 0 / 5. Vote count: 0

No votes so far! Be the first to rate this post.

Related Post

Leave a Reply

Your email address will not be published.