Übersetzung für "Schlechter leiter" in Englisch

In contrast to this, every sealing liquid is a very poor electrical conductor.

For this reason normal litz wires tend to be poorer at high frequency (HF) than solid conductors.

This prevents body heat from escaping, as air is a poor conductor of heat.

Since this coating is a poor conductor, the current conducting layer or skin becomes thinner at high or very high frequencies than in the case of a full conductor made of a conductive material, so that current conduction is further hampered, i.e., the losses that develop owing to the skin effect are much greater.

If using electric rather of genuine candles, the other disadvantage is evident: wood tends to be pretty poor conductor of electricity.

The good man is white and bright. A bad man is a poor conductor of the energies of the higher worlds.

A precondition for charging separation, however, as already explained is that at least one of the materials involved must be a poor electrical conductor.

And since silicon is a relatively poor electrical conductor, this means that the thinner the better.

In districts with very clean drinking water, an insulation situated inside the outflow pipe 12 can be dispensed with, since very clean drinking water is a poor electrical conductor.

When the AC voltage u s and the series resistance R v are known and a measured voltage u m is measured across the electrical resistance R m of the liquid in the first step, with the liquid generally being a poor electrical conductor, it is possible to determine the electrical resistance R m of the liquid.

Due to the large content of sp 3 carbon atoms comprising oxygen-containing groups, graphite oxide is known to be a relatively poor electrical conductor.

The reason is that because fibre-cement is a poor thermal conductor, not enough heat can transfer from the hot surface to your finger to cause injury.

Like steel, stainless steel is a relatively poor conductor of electricity, with lower electrical conductivity than copper.

If the surfaces are separated quickly following such a transfer of charging, and at least one of these materials is a bad electrical conductor, the charging transferred cannot return to the original place.

This produces a surface, which is a poor conductor of electric current, but can separate, or polarize charge, thereby enabling the support of a static electric field within the material.

The plates or discs may comprise ferro- or ferrimagnetic material however which is a poor conductor or even an insulator for very high frequencies such as mixtures of oxides for example, In this case the plates or discs including the structures of the magnetically controllable resistor of the invention may be coated in a layer of a metal which is a good electrical conductor, such as Ag, Cu, Al inter alia.

It is to be considered, however, that metallic soaps as such are poor conductors.

Particle filters are poor conductors of electricity and are therefore particularly susceptible to electrostatic charges.

When materials that are poor conductors do not enable the above values to be reached, the vehicles themselves shall be fitted with the following protective bonding connections:

It is evident that changes in resistivity are dramatic with the resistivity of the heat treated stripe being in many cases greater than that of much poorer conductors such as iron.

Because of the plurality of the conductor strands and the thickness of the conductor, the conductor is difficult to wind and not possible to use for complicated windings, such as interleaved disc windings, because of the necessary transitions between one disc and an adjacent disc in such windings.

It is evident that changes in resistivity are dramatic with the resistivity of the heat treated stripe being in many cases greater than that of much poorer conductors such as iron.

Composite materials are poor conductors.

In contrast, in one design of the invention areas with poor conductivity are made of stainless steel, iron or brass or a metallic alloy as alloys are often poor electrical conductors in contrast to pure metals.

The fields used to generate the plasma are therefore generated directly in the coating apparatus, and consequently there is no need for microwaves or radio-frequency waves to be supplied, which under certain circumstances would have to be effected by means of flexible conductors which are difficult to handle.

It is also possible, that they are such a poor conductors, that their contribution is such a slightly significant (subliminally damaging) to induction of electricity in plant tissues.