The keywords that frequently used in this topics code. | Keywords | Number | |
---|---|---|---|
nanoparticle | 3 | ||
Microorganism | 1 |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
55 | Preparation of microorganism-enclosing capsules by solvent evaporation in air | Capsule Microorganism Solvent | O |
235 | Design of nanogel matrix to improve activity and lifetime of Pd nanoparticle catalyst | nanogel cross-link density palladium | O |
296 | [Invited lecture] Development of Novel Functional Materials based on N-Heteroacene Derivatives | Self-Organization N-Heteroacene Functional Materials | O |
329 | Single-particle, single-cell observations of adhesion and uptake of engineered particles to different types of cells | Cell-particle interactions Cellular adhesion Cellular uptake | O |
363 | Effect of structural change of super concentrated nanofluid on viscosity behavior | nanofluid nanoparticle viscosity | O |
364 | Supercritical synthesis of vanadium dioxide and performance evaluation | vanadium dioxide nanoparticle smart window | O |
406 | Some consideration on the formation mechanism of inorganic microspheres in a W/O/W dispersion | calcium phosphate multiple dispersion microsphere | O |
455 | One-pot formation of raspberry-shaped polysiloxane particles by ultrasonication | sonication raspberry-type aggregation polysiloxane particles | O |
504 | Metal nanoparticle production technology development using the gaseous phase evaporating method | nanoparticle | O |
560 | Fundamental evaluation on self-healing ability of coating material introduced microcapsules with the repairing agent | microcapsule self-healing paint | O |
610 | Basic study on laser sealing techniques of the V2O5-ZnO-BaO-TeO2 lead-free glass powder | Lead-free glass powder laser sealing sealing properties | O |
761 | Relationship of Layered Zinc Hydroxide Structure and the pH Buffering Function | pH buffering hydroxide layered | O |
894 | Functionalization of proteinous self-assembly complex. | protein aggregation self assembly | O |
995 | Development of low dielectric inorganic hollow particles using emulsion interface | Hollow particle Interfacial reaction Low dielectric material | O |