- rheometer.
There are two
types of
microrheology: p****ive
microrheology and
active microrheology. P****ive
microrheology uses
inherent thermal energy to move...
- is
known for his work in the
areas of diffusing-wave spectroscopy,
microrheology, microfluidics, rheology,
fluid mechanics,
interface and
colloid science...
- tweezers. His
other significant work
includes the
development of two-point
microrheology and its
application to cell
mechanics and
force spectrum microscopy...
-
rheological properties of the
complex medium can be
extracted via the
microrheology approach.
Laser light is sent to the
sample and the
outcoming transmitted...
- two-dimensional studies. He also
pioneered the
technique of particle-tracking
microrheology to
probe the
rheological properties of
complex fluids and
living cells...
-
possible on a sphere. Kraynik, A.M.; Reinelt, D.A. (2007), "Foams,
Microrheology of", in Mortensen,
Andreas (ed.),
Concise Encyclopedia of Composite...
- the
concept of
single particle diffusion and can be
measured using microrheology.
Understanding microviscosity requires an
understanding of viscosity...
-
molecular motors, such as
Helicase and RNA polymerase.
Rheology and
Microrheology Single molecule spectroscopy – is a
technique that is
sensitive enough...
-
dynamics Gl****
transition Interfacial rheology Liquid List of
rheologists Microrheology Nordic Rheology Society Rheological weldability for
thermoplastics Rheopectic...
-
Force Spectrum Microscopy (FSM) is an
application of
active microrheology developed to
measure aggregate random forces in the cytoplasm. Large, inert...
