ISSN 1008-5548
CN 37-1316/TU
Home
About Journal
Introduction of Journal
Statement of Publishing Ethics
Identification And Treatment of Academic Misconduct
Policy of Open Access
Copyright Transfer Agreement
Submission Template
Guidelines for Author
Editorial Board
The 8th Editorial Board
International Editorial Board
Advertising and Distribution
Contact Us
Chinese
2024 Vol.30 No.6
Go Back
Powder Measurement and Characterization
Fractal characterization of heat exchange tube surfaces and numerical simulation on ash deposition characteristics
Influence of powder properties of pharmaceutical ingredients on continuous tablet manufacturing
Rheological properties of zirconia-containing micro silica slurries
Numerical study on flow characteristics of multi-shape particles mixed in blast furnace raceway
Powder Measurement and Characterization
Fractal characterization of heat exchange tube surfaces and numerical simulation on ash deposition characteristics
Influence of powder properties of pharmaceutical ingredients on continuous tablet manufacturing
Rheological properties of zirconia-containing micro silica slurries
Numerical study on flow characteristics of multi-shape particles mixed in blast furnace raceway
Powder Measurement and Characterization
Fractal characterization of heat exchange tube surfaces and numerical simulation on ash deposition characteristics
Influence of powder properties of pharmaceutical ingredients on continuous tablet manufacturing
Rheological properties of zirconia-containing micro silica slurries
Numerical study on flow characteristics of multi-shape particles mixed in blast furnace raceway
Powder Measurement and Characterization
Fractal characterization of heat exchange tube surfaces and numerical simulation on ash deposition characteristics
Influence of powder properties of pharmaceutical ingredients on continuous tablet manufacturing
Rheological properties of zirconia-containing micro silica slurries
Numerical study on flow characteristics of multi-shape particles mixed in blast furnace raceway
