Last Call-[Minerals] (IF 2.818) Paper Invitation for Special Issue “Advances in Particle Morphological Analysis and Current Characterization Applications in Mineral Processing”
We welcome your contribution: Inviting all specialists in particle characterization for mineral and metallurgical processing!
🚀 Exciting Opportunity: Send your manuscripts to Minerals MDPI with the theme "Advances in Particle Morphological Analysis and Current Characterization Applications in Mineral Processing" for our special collection. We are honored to act as the collection's guest editors, and we cordially invite scholars to submit their most recent research.
📅 Submission Deadline: Nov 30, 2023
🌐More Details:
https://www.mdpi.com/journal/minerals/special_issues/0D72HM134G
We want to highlight the most recent developments and advances in mineral processing through our collection. These important industries' futures could be influenced by your study. Join us as we examine the main issues and chances in this fast-paced industry. Don't pass up this opportunity to participate in something revolutionary! Send us articles right away to help us push the limits of what is conceivable.
Our Guest editorial team is dedicated to facilitating the wider community of thinkers, doers and change-makers who are passionate about building a better future. Stay in touch, and we'll keep you informed about how to get involved. In case you have any inquiries or comments, don't hesitate to get in touch.
Feel free to spread the word and share this invitation with your colleagues and peers who might be interested in this field.
Guest Editors: Prof. Dr. Ugur Ulusoy, Dr. Onur Guven and Dr. Xiangning Bu
#Metallurgy #MineralProcessing #IndustrialMinerals #ParticleShape #Research #Innovation #ShapeCharacterization #Roundness #AspectRatio #Elongation #Beneficiation #Concentration #EffectOfParticleShapeOnProcess #particlemorphology#MDPI #Minerals #MDPIOpenAccess
@particleshape @particlemorphology @mineralprocessing @Minerals @MDPIOpenAccess
Background: Particles are produced by size reduction extensively across a wide range of mineral, coal and metallurgical industries. They possess many valuable properties and benefits. But they are also challenging materials with bulk flow properties that are difficult to estimate, even within simple process operations. They change their behavior and performance depending on their environment or conditions, etc. Poor understanding of a particle's behavior in response to these behaviors can lead to inefficiency and poor quality.
Particle characteristics like size and shape are essential for liberating and separating valuable minerals from their gangues, improving their separation efficiency, and using them in the modeling and simulation of comminution unit operations. This is because ores must be physically or chemically processed before being transformed into usable metals or finished mineral products. Comminuted particles act differently from the homogeneous spherical particles that are typically used as models because they contain non-spherical particles. Therefore, in mineral processing applications, not only their size and distribution but also their shape become important. Characterizing particle shapes provides chances to boost production efficiency and sheds light on the relationship between process effectiveness and product quality.
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