会议名称(中文)：  第七届世界颗粒学大会 
会议名称(英文)：  7th World Congress on Particle Technology (WCPT7) 
所属学科：  原子和分子物理,高分子化学与物理,材料科学基础学科,高分子材料,粒子物理与核物理  
开始日期：  2014-05-19 
结束日期：  2014-05-22 
所在国家：  中华人民共和国 
所在城市：  北京市     朝阳区 
具体地点：  北京国际会议中心 
主办单位：  中国颗粒学会、中科院过程工程研究所 

[ 重要日期 ]
摘要截稿日期：  2013-10-31 

[ 会务组联系方式 ]
联系电话：  010-62647647/57 
传真：  010-82629146 
E-MAIL：  wcpt7@home.ipe.ac.cn 
 
会议网站：  http://www.wcpt7.org/dct/page/1  
会议背景介绍：  　第七届世界颗粒学大会（The 7th World Congress of Particle Technology，简称WCPT7）将于2014年5月19～22日（18日报到）在北京国际会议中心召开。大会由中国颗粒学会、中科院过程工程研究所承办，中科院副院长、中国颗粒学会理事长李静海院士担任会议主席。
　　“世界颗粒学大会”是由美国、英国、德国、日本、澳大利亚等多国科学家联合发起的世界颗粒学研究及技术领域最主要的会议之一，自1990年开始举办，每四年举办一次，分别在欧洲/非洲、亚洲/澳洲、美洲三个地区轮流举办。本次会议为该系列会议首次在中国举办。
　　本次大会将以大会特邀报告、专题研讨会、分会场报告等多种形式进行交流，并专门安排墙报交流时段。会议将围绕包括颗粒粉体制备的各种物理、化学、机械方法；超微及纳米颗粒的制备工艺、应用技术及其有关的物理、化学问题；流态化现象和流态化技术；粉体处理各单元操作；气溶胶及其对环境、天气、气候的影响；颗粒和气溶胶的性能测试和表征等安排15个左右的分会场。同期还将组织会议附展——粉体/颗粒技术、应用及产业展。
　　预计本次会议的参会代表将达到1000余人。衷心欢迎广大从事颗粒学和颗粒技术研究与开发的学者、工程技术人员、企业界代表及研究生踊跃投稿，积极参会、参展！
 
征文范围及要求：  1. Particle and Particle System Characterization
a) Fundamentals
b) Instrumentation
c) Particle size and shape characterization
d) Measurements of structure and chemical composition of single particles
e) Measurements of particle velocity and concentration fields
f)  Rheological characterization of suspensions
g) Measurements of interparticle forces
h) Measurements of dynamic particle structuring in shear flows
i)  Particle system monitoring and control
j)  Standards
2. Particle Design: Formulation and Processing
a) Particle formulation and modification
b) Colloids, crystallization and precipitation
c) Modification and dispersion of particles
d) Granulation, compaction, tabletting and encapsulation
e) Nanoparticles and nanocomposite materials – synthesis, handling and application
f)  Particle synthesis via self assembly or microfludics
g) New products, devices and technologies
3. Particle-Fluid System
a) Fundamentals
b) Fluidization and fluid beds
c) Pneumatic and hydraulic conveying
d) Solid-gas and solid-liquid separation
e) Process scaling-up, optimization and control
f)  Fluid/particle systems in bio, food, material, polymer and pharmaceutical processing
g) Fluid/particle reactions in energy and environmental systems
4. Particulate System and Bulk Solids Technology
a) Mechanics of particulate media
b) Dynamics of granular flow – experiments and modeling
c) Classification, dispersion and filtration of particles
d) Comminution, attrition and agglomeration in granular flows
e) Mixing, blending and segregation
f)  Drying and dewatering
g) Dust explosion and process safety in powder handling
h) Process and equipment control, design and scaling-up
i)  Dynamics of non-fluidized gas-particle flow
j)  Stresses and arching in hoppers and bunkers
5. Aerosols
a) Fundamentals, measurement and characterization
b) Aerosol formation, transport and deposition
c) Aerosol application in medicine and industry
d) Particles in atmospheric science and meteorology
e) Source of aeolian sand transport
f) Impact of aerosols on environment, health and climate
g) Formation, impact and control of PM2.5
6. Modeling and Simulation
a) Computational fluid dynamics
b) Lattice Boltzmann method
c) Discrete element method
d) Molecular dynamics
e) Population balance models
f)  Flow sheet modeling
g) Multi-scale modeling and computation
h) Supercomputing
7. Special Topics
a) Particles in geology, soil mechanics and rock mechanics
b) Particles in soil science and hydrology: soil erosion
c) Particles in pharmaceutical industry and medicine
d) Carbon-based particulate material
e) Particle technology in biology
f)  3D printing
g) Particle technology in power engineering
h) Particulate solid wastes
i)  Particle technology in energy science and engineering
j)  Memorial sessions for founders in the field