(a)-(b): Time history of the average pressure of the simulation box for different shock pulse durations when pressure impulses of (a) 1 mPa·s or (b) 10 mPa·s are applied. The differences in simulation times shown are due to the variations in shock wave speed since the shock simulations were set to stop when the wave reached the end of the simulation box. (Note that a moving average over 0.25 ps is applied to the pressure history curves.) (c)-(d): Local pressure distribution along the z direction at different times for (c) 1 mPa·s and (d) 10 mPa·s pressure impulses and for the shock water slab thickness of 5 Å.</p
<p>The peak overpressure (A), impulse (B), rise time (C) and duration (D) for three nominal BOPs use...
<p>Starting from an initial mass density kg/m<sup>3</sup>, a shock discontinuity with speed m/s co...
<p>(a) shock waves pressure(volume fraction, 0%). (b) shock waves pressure(volume fraction, 5%).</p
The averaged instantaneous order parameter (-SCD) of the 9:1 POPC/CHL membrane model at (a) 1 mPa·s ...
Average membrane thickness of the lipid bilayer at a pressure impulse of (a) 1 mPa·s and (b) 10 mPa·...
(a) Simulation snapshot of the equilibrated lipid membranes (POPC: blue, CHL: yellow, water: red, ph...
Use of shock waves to temporarily increase the permeability of the cell membrane is a promising appr...
Use of shock waves to temporarily increase the permeability of the cell membrane is a promising appr...
(a) Time history of the average membrane thickness of the lipid bilayer for different gap distances....
Simulation snapshots at 0 fs, 350 fs and 700 fs of the 9:1 POPC/CHL membrane model subjected to a 10...
In the following work, the effect of shock impulses (2.5–10.0 mPa * s) on lipid bilayer membranes co...
<p>Part a) shows the -projection of the simulation box; the hatched area on the left denotes a hard ...
The effects of shock-wave impact on the damage of lipid bilayer membranes are investigated with diss...
AbstractThe structural change of a phospholipid bilayer in water under the action of a shock wave is...
International audienceThis paper reports experimental results of planar shock waves interacting with...
<p>The peak overpressure (A), impulse (B), rise time (C) and duration (D) for three nominal BOPs use...
<p>Starting from an initial mass density kg/m<sup>3</sup>, a shock discontinuity with speed m/s co...
<p>(a) shock waves pressure(volume fraction, 0%). (b) shock waves pressure(volume fraction, 5%).</p
The averaged instantaneous order parameter (-SCD) of the 9:1 POPC/CHL membrane model at (a) 1 mPa·s ...
Average membrane thickness of the lipid bilayer at a pressure impulse of (a) 1 mPa·s and (b) 10 mPa·...
(a) Simulation snapshot of the equilibrated lipid membranes (POPC: blue, CHL: yellow, water: red, ph...
Use of shock waves to temporarily increase the permeability of the cell membrane is a promising appr...
Use of shock waves to temporarily increase the permeability of the cell membrane is a promising appr...
(a) Time history of the average membrane thickness of the lipid bilayer for different gap distances....
Simulation snapshots at 0 fs, 350 fs and 700 fs of the 9:1 POPC/CHL membrane model subjected to a 10...
In the following work, the effect of shock impulses (2.5–10.0 mPa * s) on lipid bilayer membranes co...
<p>Part a) shows the -projection of the simulation box; the hatched area on the left denotes a hard ...
The effects of shock-wave impact on the damage of lipid bilayer membranes are investigated with diss...
AbstractThe structural change of a phospholipid bilayer in water under the action of a shock wave is...
International audienceThis paper reports experimental results of planar shock waves interacting with...
<p>The peak overpressure (A), impulse (B), rise time (C) and duration (D) for three nominal BOPs use...
<p>Starting from an initial mass density kg/m<sup>3</sup>, a shock discontinuity with speed m/s co...
<p>(a) shock waves pressure(volume fraction, 0%). (b) shock waves pressure(volume fraction, 5%).</p