KONA Powder and Particle Journal
KONA Powder and Particle Journal is a peer-reviewed, international, interdisciplinary and Diamond open-access journal that publishes articles on powder and particle science and technology.

   KONA Powder and Particle Journal is a refereed scientific journal that publishes articles on powder and particle science and technology. This journal has been published annually since 1983 and is distributed free of charge to researchers, members of the scientific communities, universities and research libraries throughout the world, by Hosokawa Powder Technology Foundation established by Mr. Masuo Hosokawa in 1991.
  The Chinese character “粉” in the cover is pronounced “KONA” in Japanese, and means “Powder”. The calligraphy of it is after the late Mr. Eiichi Hosokawa, founder of the Hosokawa Micron Corporation.
Read more
1,168 registered articles
(updated on July 27, 2021)
Online ISSN : 2187-5537
Print ISSN : 0288-4534
ISSN-L : 0288-4534
2.897
2020 Journal Impact Factor (JIF)
JOURNALS PEER REVIEWED OPEN ACCESS FULL-TEXT HTML ADVANCE PUBLICATION
DOAJ Scopus J-STAGE Data
Featured article
Volume 37 (2020) Pages 3-18
Cohesive Powder Flow: Trends and Challenges in Characterisation and Analysis Read more
Editor’s picks

Cohesive powders are troublesome in terms of flow reliability, consistency and accuracy, posing great challenges in manufacturing.  In this article the current understanding of rheological behaviour of powders, considering bulk friction and apparent shear viscosity, is reviewed.  Flow rules accounting for particle properties, process dynamics, and their interactions have been proposed in literature, but require rigorous experimental validation.  The suitability of state-of-the-art instruments for this purpose is critically reviewed.  The current understanding of the influence of particle properties, fluid drag and shear strain rate on the dynamics of powder flow is summarised, including the topical subject of powder spreadability for additive manufacturing.

Volume 37 (2020) Pages 97-113
Nanoparticle Technology for Respiratory Tract Mucosal Vaccine Delivery Read more
Editor’s picks

The recent pandemic of COVID-19 brings the topic of vaccines and the urgency with which they are required into the popular literature. This article focuses on the merits of using nanovaccines to establish mucosal immunity in the respiratory tract the primary site of infection and transmission for a variety of infectious diseases. Targeting the innate immune response which is mediated by airway macrophages, the host cell for some pathogens, can be achieved with a variety of nanoparticle technologies conferring protection from the disease. 

2021001
Recent Progress in Efficient Gas–Solid Cyclone Separators with a High Solids Loading for Large-scale Fluidized Beds Read more
Editor’s picks

The article reviewed the solid collection performance and scale-up methodology of gas-solid cyclones at high solid density conditions based on experimental and numerical studies mainly published after 2007. The models to predict pressure drop of cyclone, the non-uniform distribution of gas-solids flow, and scale-up methodology, the phase graph of the stability of uniform distribution/maldistribution of solids in parallel cyclones, and recent progress in high-solid loading cyclones are summarized.

Volume 37 (2020) Pages 114-131
Fluidised Bed Reactors for the Thermochemical Conversion of Biomass and Waste Read more
Editor’s picks

With increasing quantity of waste generated and fast growing concerns about climate change, there has been renewed impetus recently to develop advanced thermochemical processes using waste biomass as a feedstock. This is because these processes have the potential to add value to cheap and abundant materials by converting them into advanced biofuels and chemicals. This reviews paper is concerned principally with newest applications of fluidised bed reactors for waste treatment, with particular attention given to those processes aimed at the production of clean syngas for the subsequent synthesis of high-value products, including bio-hydrogen, synthetic natural gas, and liquid fuels.

Volume 37 (2020) Pages 195-213
Integrating Particle Microstructure, Surface and Mechanical Characterization with Bulk Powder Processing Read more
Editor’s picks

Understanding particle properties and powder behavior during handling and processing requires the characterization of the inner-core and surface properties. Most routine characterization methods involve the former. However, the dynamic behavior of large collections of particles, even if they are much larger than the nanoparticle scale, are dominated by their surface energy at the bulk (square meter, not microscopic) level. Bulk-surface energy of powder blends can differentiate between uniform mixing and the system’s inability to reach mixing equilibrium. Single-particle microscopic characterization techniques, while excellent complement to bulk-level methods, are not ideal for assessing surface energy in connection to properties like powder flow. However, microscopic techniques are invaluable in predicting some bulk-level properties of powders, such as the specific type of surface exposed when powders are subjected to processes such as milling.

View all featured articles
Most viewed articles Jun.2021
Share this page
Select past volume & issue
feedback
Top