The structure of the growth cones was investigated by using super-resolution microscopy.
Habitat selection was investigated by using compositional analysis.
The coatings features were investigated by using several characterization techniques.
This relationship was investigated by using a tribo-electrochemical approach.
Using the approximate solutions, the steady state behaviors are investigated by using the numerical continuation method.
To better understand this device, field-induced permeabilization of adherent rat basophilic leukemia and neocortical neuroblastoma cells was investigated by using fluorescent calcium and voltage indicators.
Microstructural analysis of worn surface was investigated by using scanning electron microscope and optical microscope.
The effects of the adsorption parameters on the sorption amount were investigated by using factorial design.
The optical performance of our optical circulator is numerically investigated by using the beam propagation method.
