© Aria Analytics, 2015
Advanced Liquid Analysis for Industry and Healthcare
A World of Information in a Drop
A 5iTech Company
Nonlinear dynamic
processes in drying drops
(phase transitions), which
depend on the specific
liquid’s content and
structure
processes in drying drops
(phase transitions), which
depend on the specific
liquid’s content and
structure
The Aria System is based on two
phenomena:
phenomena:
A special sensor to register
these dynamics
these dynamics
The Processed information makes it possible to obtain
“fingerprints” of liquids, create a database, and test for the
presence of deviations from normal.
“fingerprints” of liquids, create a database, and test for the
presence of deviations from normal.
TECHNOLOGY
The chemical and physical changes that take
place during the “self-organization process” of
liquids as they dry result in characteristic curves
of sensor response vs. time. Proprietary
algorithms are then used to analyze electronic
data collected.
place during the “self-organization process” of
liquids as they dry result in characteristic curves
of sensor response vs. time. Proprietary
algorithms are then used to analyze electronic
data collected.
•
Surface Tension
•
Wetability
•
Viscosity
•
Internal Structure
•
Dispersion (Colloids)
•
Thermal Conductivity
•
Ionic Forces
•
Gel-Forming Substances
Surface Tension
•
Wetability
•
Viscosity
•
Internal Structure
•
Dispersion (Colloids)
•
Thermal Conductivity
•
Ionic Forces
•
Gel-Forming Substances
The technique is sensitive to a
range of variables, including:
range of variables, including:
