In the Process Science project, rigorous attempts to treat nanoparticles as pseudo-molecules were conducted toward the establish of chemical engineering thermodynamics of nanoparticles and unit operations of processes for nanoparticles. Structure formation of nanoparticles is also studied. In this symposium, the results of these efforts will be presented and discussed toward the construction of chemical engineering of nanomaterials.
Most recent update: 2024-12-22 22:03:02
The keywords that frequently used in this topics code. | Keywords | Number | |
---|---|---|---|
nano particles | 1 | ||
process informatics | 1 | ||
Nanostructured particles | 1 | ||
synthesis | 1 | ||
Supraparticles | 1 | ||
Aerosol process | 1 | ||
wetting | 1 | ||
nanofluid | 1 | ||
process-structure relationships | 1 | ||
data driven | 1 | ||
Hybrid nano particles | 1 | ||
Supercomputer | 1 | ||
optical measurement | 1 | ||
Nanoparticle | 1 | ||
nanomaterials | 1 | ||
advanced ceramics | 1 | ||
Solubility | 1 | ||
Atomic Force Microscope | 1 | ||
Colloidal crystals | 1 | ||
Distribution | 1 | ||
aluminosilicates | 1 | ||
equilibrium and rate | 1 | ||
Simulation | 1 |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
337 | [Invited lecture] Investigations towards a synthetic process design for aluminosilicate nanoparticles. | aluminosilicates nano particles synthesis | O |
357 | [Invited lecture] Development of Core Technologies for Manufacturing Processes of Next-Generation Advanced Ceramics | advanced ceramics process informatics data driven | O |
372 | [Invited lecture] Measurement and control of wetting and structure formation of nanofluids | nanofluid wetting optical measurement | O |
384 | [Invited lecture] Mechanism of Colloidal Self-Assembly Based on Interaction Force Measurements | Colloidal crystals Atomic Force Microscope Supraparticles | O |
397 | [Invited lecture] Nanostructuring of fine particles in gas phase and their functions | Nanostructured particles Aerosol process | O |
452 | [Invited lecture] Understanding the behavior of pseudo-molecule on organic-modified inorganic nanoparticles | Hybrid nano particles Solubility Distribution | O |
458 | [Invited lecture] Nanostructure formation and process-structure relationships across various systems | nanomaterials process-structure relationships equilibrium and rate | O |
1041 | [Invited lecture] Computational Science Simulations to Clarify the Aggregation and Dispersion Mechanisms of Organically Modified Nanoparticles using Supercomputer MASAMUNE-IMR | Supercomputer Nanoparticle Simulation | O |
Organizing Committee of SCEJ 55th Autumn Meeting (2024)
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