ISSN 1008-5548

CN 37-1316/TU

China Powder Science and Technology

ISSN 1008-5548
CN 37-1316/TU
Bimonthly
Submission website: http://ftjs.cbpt.cnki.net

 

China Powder Science and Technology is an academic journal governed by China Building Materials Federation and jointly sponsored by University of Jinan and Chinese Society of Particuology.
China Powder Science and Technology is indexed in the Chinese Science Citation Database (CSCD) of Chinese Academy of Sciences, and World Journal Clout Index (WJCI) Reports for Scientific & Technological Periodicals. It has been selected as a Source Journal for Chinese Scientific and Technical Papers and Citations Database (CSTPCD) by the Institute of Scientific and Technical Information of China (ISTIC), and as a Chinese Core Academic Journal and Chinese Applied Core Journal (CACJ) by the Research Center for Chinese Science Evaluation (RCCSE) of Wuhan University. In addition, it has been included in many international databases, including the Directory of Open Access Journals (DOAJ), Chemical Abstracts Service (CAS) of USA, Database of Japan Science & Technology Agency (JST), EuroPub, ICI World of Journals and ICI Journals Master List of Poland, Ulrich's Periodicals Directory of USA,Research4Life-HINARI and EBSCO. The journal has won many awards, such as Excellent Science and Technology Journal of China University, Excellent University Journal of Shandong Province, Caj-CD Award, Advanced Media in Building Material Industry of China Building Material Federation, Publishing Integration Innovation Award of BOOKAN, etc.
The journal has won many awards, such as Excellent Science and Technology Journal of China University, Excellent University Journal of Shandong Province, Caj-CD Award, Advanced Media in Building Material Industry of China Building Material Federation, etc.
As the only professional academic journal in the field of powder science and technology in China, this journal focuses on fundamental and applied research in powder processing, involving crushing, classification, mixing, modification, granulation, drying, sintering, fluidization, atomization, aerosols, transportation, ...

2025 Vol.31
2024 Vol.30
2023 Vol.29
2022 Vol.28
2021 Vol.27
2020 Vol.26
2019 Vol.25
2018 Vol.24
2017 Vol.23
2016 Vol.22
2015 Vol.21
2014 Vol.20
2013 Vol.19
2012 Vol.18
2011 Vol.17
2010 Vol.16
2009 Vol.15
2008 Vol.14
2007 Vol.13
2006 Vol.12
2005 Vol.11
2004 Vol.10
2003 Vol.9
2002 Vol.8
2001 Vol.7
2000 Vol.6
1999 Vol.5
1998 Vol.4
1997 Vol.3
1996 Vol.2
1995 Vol.1
1994 Vol.1
Online First

Effect of low‑temperature plasma‑modified PVDF powder on impact toughness of oil well cement at low temperatures

2025/10/14

Fluidized drying characteristics of non-spherical wet particles under pulsating airflows

2025/10/13

Design and simulation of drum‑type mixer based on EDEM

2025/09/30

Research progress on three-dimensional zinc anodes in aqueous zinc-ion batteries

2025/09/29

Structure-property relationship of spray-dried microparticles based on surface energetics

2025/09/28

Effects of phosphoric acid⁃modified triethanolamine on the properties of cement mortar

2025/09/24

Preparation of petroleum asphalt-based porous materials for iodine vapor adsorption via ball-milling method

2025/09/23

Erosion characteristics of single-moving blade of flue gas turbine caused by catalyst particles

2025/09/17

Identification and removal methods of edge artifacts in color images

2025/09/17

Influence of different dispersants on dispersion characteristics of carbonate-containing mixed magnetic concentrates

2025/09/17

Copolymerization and application of steel slag-based grinding aids

2025/09/17

Regeneration system optimization for particles captured in a granular bed-cyclone coupled separator

2025/09/12

Experiments and numerical simulationson deposition characteristics of ultrafine particles on gas turbine blade surfaces

2025/09/08

Process optimization for preparation of anhydrite-Ⅱ via lime neutralization coupled with medium‑temperature calcination

2025/08/30

Comparative study on effects of fly ash and slag on anti‑sulfuric acid corrosion performance of concrete

2025/08/30
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China Powder Science and Technology