To determine the dimensions of the proposed micropump, analytical modeling of the micropump chamber was conducted.
A parametric study varying length of electrode, voltage, frequency, CO2 flow rate and pressure in plasma chamber is conducted.
An experimental study on the interfacial behavior of stable steam jet condensation in a rectangular mix chamber was conducted.
Testing of the heat pipe in a vacuum chamber was conducted to verify the drop in HTS resistance correlating to the wire operating in a superconducting state.
The operation of the cathodic working chamber was conducted as follows: the predetermined volume of fermentation broth was discharged, and the same amount of fresh AGS was added by using a timer and peristaltic pumps (RP2000, EYELA, Tokyo, Japan).
In situ tensile tests inside a scanning electron microscope chamber are conducted on spark plasma sintered Al and Al-1 vol.% CNT composites to understand the strengthening and deformation mechanisms due to long (25 30 μm) CNT reinforcement addition.
The experiment in the growth chamber was conducted with four temperature regimes (15, 7.5, 0 and −7.5 °C) and three light durations (8, 12 and 16 h) in a completely randomized design with four replications.
For both exposure scenarios, a control experiment with no particles, attained by placing a filter (Pall, Fiberfilm T60A20) upstream of the chamber, was conducted simultaneously.
To prove the theory of a FSS-triggered effect on different cell lines, several in vitro investigations using different flow chambers were conducted [5, 9 12].
However, in order to obtain a more direct evidence for the effect of medication on the invasion capacity of tumour cells, transmigration experiments with matrigel invasion chambers were conducted.
