Sentence examples for moving electrode from inspiring English sources
The moving electrode is divided into two segments connected to one another by a torsional spring.
The electric arc characteristics at various arc column lengths, various moving electrode rotations and various argon blowing speeds along the arc column, have been analyzed.
Next, the test bench, especially designed for the analysis of power transfer through the electric arc, between a fix and a moving electrode, is presented.
There is a good correlation between experimental data and computing results of electric arc characteristics for different rotation velocity of the moving electrode and different length of the arc column, in stationary conditions.
Starting from Nottingham's equation on the approximation of volt-ampere characteristic of the direct current electric arc, a mathematical model which includes the variation of the electric arc length, depending on the moving electrode rotations speed, is being proposed.
Also, from experimental tests, the variation of the rotation velocity of the moving electrode against length of the arc column, has been obtained for different blowing speed of the argon gas.
By middle-locating anchors both for moving electrodes and fixed electrodes, a temperature compensation structure is designed to reduce TDB and second part of TDSF.
In silicon structure, TDB can be reduced by middle-locating anchors for moving electrodes in sensitive direction or decreasing the stiffness asymmetry of springs, while second part of TDSF can be reduced by middle-locating anchors for fixed electrodes in sensitive direction.
The microscanner is fabricated on a silicon-on-insulator (SOI) wafer by utilizing a plastic deformation process [[16]] in which the moving comb electrode and fixed comb electrode are vertically interdigitated, forming an initial tilt angle.
Once the cells were attached solidly to the patch-clamp electrode, this could be achieved simply by moving the electrode.
This study deals with the application of a fluidized three-dimensional electrode reactor (F-TDER) system combining granular activated carbon (GAC) as a moving particle electrode and an electric field for greywater treatment by electrocoagulation.
