Secondary porosity and permeability result from postdepositional factors, such as solution, recrystallization, fracturing, weathering during temporary exposure at the Earth's surface, and further cementation.
Processes such as solution along vertical joints cut the ceiling beams, turning them into cantilevers that have much smaller critical loads.
Effects of process parameters such as solution pH, contact time and adsorbent dose were studied through response surface methodology (RS M.
The effects of different experimental and instrumental parameters, such as solution pH and square wave frequency, were examined.
Different electrospinning parameters such as solution properties and processing conditions were evaluated to achieve smooth, uniform bead-free fibers.
The system variables or parameters such as solution flow rate, inlet concentration and bed height were investigated.
A number of factors such as solution pH, biosorbent dose and contact time can significantly affect the metal removal efficiency.
The effect of parameters such as solution pH, initial Pb II) concentration, and co-existing metal ions was studied.
Different parameters such as solution concentration, freezing rate, and sintering temperature affect the structure, and subsequently, the mechanical performance of these multilayered materials.
Effects of operating parameters such as solution mass flow rate, absorber pressure, concentration and cooling water temperature on absorber performance are analyzed.
P4HB is a thermoplastic material that can be processed using standard plastics processing techniques, such as solution casting or melt extrusion.
