Sentence examples for under equilibration from inspiring English sources

For each protein structure, three independent simulations were performed under equilibration conditions for 50 ns in 2 fs steps at 298 K (25°C) and 353 K (80°C), respectively.

We pre-perfused the brain capillary bed with a known amount of cold D-glucose to estimate glucose kinetics under equilibration state and this minimized possible trans-stimulation transport from varying intracellular glucose concentration [ 30].

The restraints on the protein backbone atoms over multiple stages of equilibration under NPT ensemble (P = 1 atm, T = 298.15 K) were released to obtain a relaxed protein.

The equilibration under the 100 ps constant temperature (PER ensemble) was based on the Berendsen weak thermal coupling method.

Equilibration under the 10 ps constant temperature (NVT ensemble) was based on the Berendsen weak thermal coupling method.

After 10 min of equilibration under this light, the O2 evolution was measured, and the data were continuously monitored for 10 min.

After equilibration under a tare load (0.0098 N), the test load (0.0098 N) was applied and the osteochondral specimen was allowed to creep to equilibrium.

After 60 min of equilibration under the resting tension of 2 g, the aortas were contracted with 10−6 M phenylephrine (dissolved in distilled water) and washed 3 times in 15-minute intervals.

The ionic strength of the solution was set to 100 mM with NaCl, and the hydrated structures were energy-minimized with the steepest descent algorithm prior to equilibration under the NPT ensemble conditions, wherein the number of atoms (N), pressure (P), and temperature (T) within the system were kept constant.

The energy minimization was used to stabilize the solvent system by Steepest Descent algorithm with 5,000 steps, the follow by equilibration performed under position restraints to equilibrated water molecular in the protein for 1 ns under constant temperature dynamics (NVT type) conditions.

This was followed by equilibration performed under position restraints for 1 ns under constant temperature dynamics (NVT type) conditions.