Negative pole

The DC part of the quadrupoiar potential is independent of mlz. Positive ions are attracted toward the negative poles. Negative ions are attracted toward the positive poles. Attraction increases as the distance from the quadrupoiar axis increases. Since a quadrupoiar DC potential always has both... 

With forced stray current drainage, the current is returned from the pipeline to the rails by means of a grid-fed rectifier. The transformer-rectifier is connected into the stray current return conductor, the negative pole is connected with the installation to be protected and the positive pole is connected to the rails or the negative side of the bus bar in the transformer substation. 

Equation (5.55) may be interpreted as For a point s to he on the loeus, the sum of all angles for veetors between open-loop poles (positive angles) and zeros (negative angles) to point. vi must equal 180°. ... 

ANION A negatively charged atom or group of atoms, or a radical which moves to the positive pole (anode) during electrolysis. 

The negative pole of pressed amalgamated zinc powder and the positive pole of mercury(ll) oxide and graphite are separated by an absorbent impregnated with the electrolyte, cone KOH ... 

Minus-leitung, /. (Elec.) negative lead, -pol, m. negative pole, -zeichen, n. minus sign. 

ADP consists of an adenosine group bound to two phosphates, while ATP is the same molecule with a third phosphate bound. The phosphate groups have negative charges and repel each other as two magnets would if their negative poles were placed close... 

Within the electric field, the ray is deflected toward the positive pole, showing that it is negatively charged... 

If a molecule is diatomic, it is easy to decide whether it is polar or nonpolar. A diatomic molecule has only one kind of bond hence the polarity of the molecule is the same as the polarity of the bond. Hydrogen and fluorine (H2, F2) are nonpolar because the bonded atoms are identical and the bond is nonpolar. Hydrogen fluoride, HF, on the other hand, has a polar bond, so the molecule is polar. The bonding electrons spend more time near the fluorine atom so that there is a negative pole at that end and a positive pole at the hydrogen end. This is sometimes indicated by writing... 

Orientation of polar molecules in an electric field. With the field off. polar molecules are randomly orientad. With the field on, polar molecules such as HF align their positive and negative ends toward the negative and positive poles of tire field, respectively. Nonpolar molecules such as H2 do not line up. 

Ihe arrow points toward the negative end of the polar bond (F atom) the plus sign is at the positive end (H atom). Ihe HF molecule is called a dipole it contains positive and negative poles. 

Polar molecules, like nonpolar molecules, are attracted to one another by dispersion forces. In addition, they experience dipole forces as illustrated in Figure 9.9, which shows the orientation of polar molecules, such as Id, in a crystal. Adjacent molecules line up so that the negative pole of one molecule (small Q atom) is as dose as possible to the positive pole (large I atom) of its neighbor. Under these conditions, there is an electrical attractive force, referred to as a dipole force, between adjacent polar molecules. 

This electrode, which pumps electrons into the external circuit, is ordinarily marked as the negative pole of the cell. 

Dipole Species in which there is a separation of charge, i.e., a positive pole at one point and a negative pole at a different point, 184,236... 

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