Zhu et al. showed, using a highly sensitive detection method, that the penetration depth of Ag nanoparticles could exceed the stratum corneum thickness (Zhu et al. 2015).
This method can enhance the penetration of PV in spot network.
In this paper, an attractive method to determine the penetration force for a motor-operated penetrometer was presented.
A method for determining the penetration depth of the oscillating tube-air temperature wave in the surrounding soil is proposed to enhance the model accuracy.
So far, commonly used methods to promote the penetration are divided into two categories: the promotion of chemical substances and physical methods to enhance permeability.
In this paper, theoretical and experimental methods for determining the penetration distance value of cementing slurry were established for the first time.
The use of physical methods to improve the penetration of nanocarriers should be considered to increase the anticancer drug's penetration into the skin and to provide for targeted drug release inside tumor cells.
Thermomechanical studies of polymer systems were conducted using the penetration method in the mode of a uniaxial constant load (σ = 0.5 MPa) on a UIP-70M device (central design engineering bureau of the special instrument making of the National Academy of Sciences of Russia).
Thermomechanical studies of polymer systems were conducted using the penetration method in the mode of a uniaxial constant load (σ = 0.5 MPa) with a UIP-70M device (central design engineering bureau of the special instrument making of the National Academy of Sciences of Russia).
Both parameters are discussed with conventional test results obtained from the penetration resistance method.
