位置：成果数据库 > 会议 > 会议详情页
基于FTIR的热力学模型研究胶团化过程的氢键作用
  • 所属机构名称：中国科学院过程工程研究所
  • 会议名称：陈澍, 郭晨, 刘会洲. 基于FTIR的热力学模型研究胶团化过程的氢键作用. 光谱学与光谱分析 7: 29-30. 2006. (SCI收录)
  • 成果类型：会议
  • 相关项目：化工过程中的时空多尺度结构研究方法及应用
同会议论文项目
化工过程中的时空多尺度结构研究方法及应用
期刊论文 125 会议论文 62 获奖 6 著作 6
同项目会议论文
Multi-scale bridge between micro-interaction and macro-phenomena in multi-phase systems
Analytical Multi-scale Methodology for Fluidization Systems— Retrospect and Prospect
粒子模拟大规模并行计算的实践与挑战
拟颗粒模型模拟气体微槽道流动
Micro-scale simulation of complex flows and fluids
Role of flow structure on ozone decomposition in gas - solid fluidized beds - - - a multiscale mass
Explorations on the multi-scale flow structure and stability condition in bubble columns
Structure-oriented modeling - - - bridging multi-scale behaviors in gas fluidization
半工业规模循环流化床的三维全循环流动
Process Modelling – Ni Smelting Process
复杂多相流动与流体行为的离散模拟
Characterizing Meso-Scale Structures in Multi-Phase Systems- - - the analytical multi-scale approach
Multi-Scale Structure —the Challenge of CFD for CFBs
复杂流动的离散模拟与动态结构的形成机理
Structure-oriented multi-scale simulation of two-phase flows: methodology and application
Direct numerical simulation of gas-solid suspension using macro-scale particle methods
多相复杂流动与流体的多尺度计算
Process Engineering—Challenge, Strategy and Progresses
From Particle Science and Technology to Powder Industry— a Perspective
Opportunity From Difference Sino-Swiss Scientific Cooperation
化学微反应工程研究进展及前景分析
液-液体系混合尺度调控及其传质性能的研究
微通道内液-液柱状流强化传质性能研究
Direct numerical simulation of gas-solid suspension using macro-scale particle methods
Structure Oriented Modeling of Gas-Solid Systems - - towards practical application of CFD in fluidi
Particle Simulation in the Teraflops Age
Application of Multi-Scale Methodology in Industries
Mixing and Segregation in Granular flows- - -Some applications of DEM Simulation
Meso-Scale Structure- A Common Challenge of Chemical Engineering
Processes and Forces for Creation of Designer Materials with Multi-Scale Structures
Conceptual modeling of regime transition in bubble columns with stability condition
Structure oriented modeling of multi-phase systems-towards practical application of CFD in process e
Multiscale simulation of spatial and temporal structures in multiphase reactors
Innovation Capability and Sustainability- - -Views from an Engineer with Knowledge of Complex system
Multi-Scale between micro-interaction and macro-phenomena in multi-phase systems
Meso-Scale Structure-—a common challenge of chemical engineering
Mixing Size Control and Mass Transfer Performance in a Microfluidic Device
3D simulateion of a CFB with EMMs-based multiscal CFD approach
微通道内液-液分散传质性能研究
Empirical harmonization of the minimum spouting velocity dependence of bed height for shallow and de
Recent Development in Particle Technology－a Perspective
Pseudo-particle modeling - towards quantitative description of microscopic flow behavior in fluidiza
Short Contact Micromixing Extraction Process
Multi-scale compromise and multi-level correlation in complex systems
Meso-Scale Structure-the challenge for understanding multi-phase systems
A new Fischer-Tropsch synthesis process based on multistage fixed bed reactors
Chaotic characteristics of pressure fluctuation in a gas-spouted bed
Scaling relationships of gas-solid spouted beds
Hydrodynamic simulation of flow pattern in a FCC riser by combining CFD models with the EMMS approac
Small is beautiful - Microscopic simulation of complex flows and fluids
Innovation Capability and Sustainability- - -Views from an Engineer with Knowledge of Complex system
气固流态化中介观结构的直接数值模拟及与宏观模拟参数的关系
Multi-scale modeling and simulation of particle-fluid systems in Chemical Engineering
Meso Scale Structure:a common Challenge for CFD within multiphase systems
分子动力学模拟气液多相流动
基于EMMS的气固两相流亚格子模型
气液泡状流的协调机制与稳定性条件
Macro-scale particle methods
Scale-up relationships of spouted beds: Computational fluid dynamic validation
Multi-scale analytical methods for complex flows in process engineering: Retrospect and prospect
离子液体的红外光谱研究