Chinese Science Bulletin

Submission Deadline ( Vol 70 , Issue 10 )

16 Oct 2025
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Publish On ( Vol 70 , Issue 10 )

31 Oct 2025

Chinese Science Bulletin

Chinese Science Bulletin (ISSN:0023-074X) and (E-ISSN:2095-9419) is a monthly peer-reviewed scopus indexed journal originally from 1963 to 1964, from 1980 to 1984, 1989, from 2015 to Present. The publisher of the journal is Editorial Office of Journal of Science China Press.The journal welcomes all kind of research/review/abstract papers regarding Multidisciplinary subjects.

Scopus Index(2025)

scope
scope

Indexed By

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AIM AND SCOPE

Chinese Science Bulletin

1.Agricultural Science/Agricultural Engineering

2.Electrical Engineering and Telecommunication Section

3.Computer Science and Engineering

4.Civil and Architectural Engineering Section

5.Mechanical and Materials Engineering Section

6.Chemical Engineering Section

7.Food Engineering Section

8.Physics Section

9.Mathematics Section

10.Accounting and finance

11.Economics

12.Management

13.Social science

14.Earth science

15.Law

16.Linguistics

17.Biological science

18.Environmental science

19.Material science

20.zoology

21.Fishery and Science

22.Psychology

23.International Business

24.HRM

25.Marketing

26.History

27.Public health

28.Botany

ALL PUBLISH JOURNAL HERE

Chinese Science Bulletin

  • CSB-27-07-2024-1419

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  • Chinese Science Bulletin

Canis collie optimization-based federated deep neural network for classification of pulmonary infections through chest CT scans

Contagious lung infections are a matter of serious concern as they spread rapidly from person to person through aerosols and small droplets. Identifying the type of pulmonary infection is crucial due to similar clinical manifestations and an overlap of CT imaging characteristics of infections such as COVID-19, pneumonia and tuberculosis. Clinicians have relied on deep learning-based automated systems as a supplementary diagnostics tool. In recent times, federated learning has been extensively used in COVID-19 diagnosis to protect privacy of patient data sourced from multiple medical facilities

  • CSB-27-07-2024-1418

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  • Chinese Science Bulletin

Enhancing collaborative filtering-based recommendation systems through Ensemble Learning in education

This study investigates the effectiveness of ensemble learning approaches in enhancing collaborative filtering-based recommendation systems in educational settings. Significant improvements in performance indicators were obtained after merging predictions from three different models - Singular Value Decomposition (SVD), Non-negative Matrix Factorization (NMF), and CoClustering - using ensemble learning approaches. Bagging, boosting, and stacking techniques led in significant reductions in Root Mean Square Error (RMSE) and Mean Absolute Error (MAE) as compared to individual models. Specifically

  • CSB-25-07-2024-1415

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  • Chinese Science Bulletin

Predicting student's performance using Data Mining Techniques from Big Data Technology in Cloud Computing

Over the past few years the higher education sector has expanded rapidly. Several new universities have arisen from both the public and private sectors that deliver a range of courses for undergraduate and postgraduate students. University education enrolment rates have also risen but not so much as the number of higher establishments is rising. This is a challenge for today's education system and this gap needs to be discussed and presented adequately to the learning community. The quantity of data stored in an educational database is rapidly increasing. Such databases provide secret informat

  • CSB-25-07-2024-1414

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  • Chinese Science Bulletin

Enhancement the Knowledge Distillation for COVID-19 Detection from Computed Tomography Images by Using Neural Architecture Search

Over the past few years, the spread of COVID-19 has significantly impacted people’s lives globally, necessitating rapid diagnosis to interrupt its spread and reduce infection risk. CT imaging has been recognized as a vital tool for detailed insights into the disease’s manifestations, with deep learning proving highly effective in improving diagnostic accuracy and efficiency. However, despite achieving high accuracy, previous works have faced challenges related to high computational costs, reliance on scarce labeled data, and difficulty generalizing to diverse datasets. To address these iss

  • CSB-24-07-2024-1413

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  • Chinese Science Bulletin

Potential Utilization of Tree Legume Leaves and Straw as Local Feed Resources of Large Ruminant in the Tropic

The objectives of this study were to determine the ability of ongole grade cattle (OGC) and Buffaloes (B) in intake and digestibility of Calliandra calothyrsus (CC), Gliricidia sp. (G) Corn stover (CS). The study used 5 females (OGC) and 5 females (B). This research was carried out in two periods, namely the adaptation period 14 days and the collection period 15 days. The variables observed were voluntary intake of neutral detergent fiber (VINDF), digestibility of neutral detergent fiber (DNDF), digestibility of acid detergent fiber (DADF), digestibility of crude protein (DCP). Treatment is de

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