Sentence examples for cathode pressure from inspiring English sources

More important, the reduction of STO mainly originates from the attached measurement devices, namely a cold cathode pressure gauge and a mass spectrometer.

Practical applications are based on modelling of vacuum science problems, especially the modelling of a cold cathode pressure gauge.

Optimal conditions were 2 M methanol, 5 atm cathode pressure and 2 3 atm anode pressure.

To illustrate the optimization approach, four control parameters including cell temperature, cathode stoichiometry, cathode pressure, and cathode relative humidity were considered.

The open channel and manifold geometries are identical for both cases, and we demonstrate near identical inlet-to-outlet cathode pressure drops at all fuel cell operating points.

The effect of cell temperature, air cathode pressure, methanol fuel flow rate, temperature and methanol concentration on the limiting current behaviour are described.

While a pressure-incremental model with only one empirical coefficient is constructed to for anode and cathode pressures with satisfactory results.

It is well known that anode and cathode pressures, cell temperature and channel geometry are the effective parameters in the performance of DMFC (direct methanol fuel cell).

Robust design maps are derived from the analysis which provide for selection of cell temperature and anode and cathode pressures as functions of the input parameter uncertainty and target maximum acceptable variability in the power density.

The focus of the model is to obtain the desired transient performance of air stoichiometric ratio, cathode inlet pressure, and pressure difference between the anode and the cathode.

To avoid deformation, the cathode air pressure was controlled to balance pressure differences between the air and water.