《顆?？茖W與技術》是一本跨學科的雜志，它發表了有關基本科學和應用科學技術的論文，涉及納米到毫米大小的顆粒和顆粒系統。該雜志的主要關注點是報道涉及粒子的工程、能源、生物材料和醫藥科學等不同領域的新興技術和進展，并使機構研究人員更接近行業專業人員。顆?？茖W和技術邀請報道原始貢獻的文章和評論文章，特別是評論性評論，這些文章與顆粒和粉末技術新興和發展領域相關并及時。主題包括：粒子動力學-單粒子和多粒子系統，粒子的光學、電、磁、機械和靜電特性，粒子生成，粒子大小和形狀特征，分類；通過顆粒填充床的流體流動；流化、流化床的應用、粉末的氣動輸送、稀相和濃相輸送、大氣氣溶膠、灰塵輸送和沉積；破碎和研磨、泥漿流動系統、泥漿流變學、能源工業應用、泥漿粘度、泥漿處理操作；膠體和細顆粒-表面特性、粒子間作用力、范德華力、毛細管力和靜電力、吸附和解吸特性、表面改性、粘附力和去除力；從氣體和液體旋風分離器分離顆粒、過濾顆粒、沉淀、擴散、沖擊、靜電沉淀、電動分離過程、粉末涂層、等離子涂層、燒結、超疏水涂層；粉末的儲存和流動、漏斗設計、剪切單元分析、振動、濕洗滌器、造粒、干燥；混合分離、粒徑縮小、粒徑擴大、顆粒團聚、微膠囊化、粉末分散；健康影響-吸入顆粒物的肺部沉積，微粉藥物的肺部輸送，吸入污染物的有害影響，溶解過程；納米顆粒技術、納米顆粒的尺寸、形狀和結構、納米結構（如納米管）的合成、核殼設計及其表征、納米顆粒的分配和涂層、工業、可再生能源和醫療應用；危害緩解、顆粒污染控制、空間探索中的粉塵危害緩解、火災和爆炸危害、粉塵云爆炸預防、粉末靜電學、靜電放電控制、安全要求。所有提交的手稿都要經過編輯的初步評估，如果認為適合進一步考慮，還要經過獨立的匿名專家評審。所有同行評審都是單盲的，通過學術手稿在線提交。

Particulate Science and Technology, an interdisciplinary journal, publishes papers on both fundamental and applied science and technology related to particles and particle systems in size scales from nanometers to millimeters. The journal's primary focus is to report emerging technologies and advances in different fields of engineering, energy, biomaterials, and pharmaceutical science involving particles, and to bring institutional researchers closer to professionals in industries. Particulate Science and Technology invites articles reporting original contributions and review papers, in particular critical reviews, that are relevant and timely to the emerging and growing fields of particle and powder technology. Topics include:Particle dynamics - single and multiple particle systems, optical, electrical, magnetic, mechanical, and electrostatic properties of particles, particle generation, particle size and shape characterization, classification;Fluid flow through a packed bed of particles; fluidization, applications of fluidized beds, pneumatic transport of powder, dilute and dense phase transport, atmospheric aerosols, dust transport and deposition;Crushing and grinding, slurry flow systems, rheology of slurry, applications to energy industries, slurry viscosity, slurry handling operation;Colloids and fine particles - surface properties, interparticle forces, van der Waals, capillary and electrostatic forces, adsorption and desorption properties, surface modification, adhesion and removal forces;Separation of particles from gas and liquid - cyclones, filtration of particles, sedimentation, diffusion, impaction, electrostatic precipitation, electrodynamic separation processes, powder coating, plasma coating, sintering, superydrophobic coating;Storage and flow of powders, hopper design, shear cell analysis, vibration, wet scrubbers, granulation, drying;Mixing and segregation, particle size reduction and size enlargements, particle agglomeration, microencapsulation, dispersion of powders;Health effects - lung deposition of inhaled particles, pulmonary delivery of micronized drugs, harmful effects of inhaled pollutants, dissolution process;Nanoparticle technology, size, shape, and structures of nanoparticles, synthesis of nanostructures such as nanotubes, core-shell designs, and their characterization, dispensation and coating of nanoparticles, industrial, renewable energy and medical applications;Hazard mitigation, particle contamination control, dust hazard mitigation in space exploration, fire and explosion hazards, prevention of dust cloud explosion, powder electrostatics, electrostatic discharge control, safety requirements All submitted manuscripts are subject to initial appraisal by the Editors, and, if found suitable for further consideration, to peer review by independent, anonymous expert referees. All peer review is single blind and submission is online via ScholarOne Manuscripts.