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To switch spontaneously from a "1" to a "0" would entail the particle moving some 200 nanometres along the tube using thermal energy.
He developed a tube using xenon gas that could produce high-intensity bursts of light as short as 1/1,000,000 second.
They sent sound pulses through the large tube, using microphones to track how the sound propagated.
The precursor solution (ferrocene and neem oil) was sprayed into the quartz tube, using Ar gas.
In the intubation condition, the manometer was connected to the endotracheal tube using a catheter mount.
The emission spectra of the xenon DBD tube using phosphor is shown in Figure 6b.
Before sampling, a vacuum (10−4 mbar) was established in each tube using a turbomolecular pump.
The plasma is generated in a discharge tube using helicon waves.
The sample was dissolved in the injection water, then injected into a sample tube using a syringe.
An 18-gauge angiocatheter is inserted into the culture aspiration port of the urinary drainage tube using aseptic technique.
The sample was raised to avoid direct immersion in water inside the aluminum tube using a spacer.
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