Manipulating perfume delivery to the interface using polymer–surfactant interactions

Manipulating microparticle interactions using highly charged nanoparticles

An experimental study was performed to investigate the potential use of highly charged, spherical nanoparticles to control the forces between spherical microparticles, with the aim of developing novel methods for reversibly controlling the stability of a colloidal dispersion. A specific focus of the project was to determine the degree to which the nanoparticles strongly adsorb to the microparti...

Manipulating Multiple User Interface Representations

Three types of representation are typically produced during the User Interface (UI) development life cycle: a conceptual representation holding the models used for elaborating a UI, an internal representation concerning the code of the UI, and an external representation expressing the look and feel of the UI. While the end user typically manipulates the external representation only, the designe...

History of perfume

Manipulating Multiple User Interface Representations Simultane- ously

Three types of representation are typically produced during the User Interface (UI) development life cycle: a conceptual representation holding the models used for elaborating a UI, an internal representation concerning the code of the UI, and an external representation expressing the look and feel of the UI. While the end user typically manipulates the external representation only, the designe...

An expert system for perfume selection using artificial neural network

The objective of this research is to help customers in purchasing perfumes, with the aid of the expert system program developed by using artificial neural networks. The expert system’s role is in the preparation to capture the data from the customer’s requirements and predict appropriate perfume. For this end, factors of perfume costumers’ decision were recognized using Fuzzy Delphi method and ...