Übersetzung für "Burial depth" in Deutsch

Preferably, in the second presettable distance range, a burial depth of the transmitter is displayed on the display unit.

The average burial depth from which people are rescued alive is 50cm (statistics: Tschirky 2000).

The exact centimeter value helps you to determine the exact burial depth and create a snow profile.

Pressures reached 1.8 – 2.0 GPa equivalent to a burial depth of about 55 to 60 kilometers, temperatures ranged between 650 and 750 °C.

Pressures reached 0,6 – 0,8 GPa according to a burial depth of about 20 – 25 kilometers, the temperature gradient being 20 – 25 °C per kilometer.

In the range of the fine search, that is in the immediate environment of the buried victim, it is necessary to determine the perpendicular projection of the buried victim to the snow surface (projection point) on the one hand, also his burial depth on the other hand.

Rather, the searcher can be directly guided to the correct position above the buried victim and be informed about the burial depth.

In the two-dimensional case, the actual position of the target related to the current position of the searcher is associated with it, in the three-dimensional case, the burial depth is added.

The above described method can be applied both planar for determining the projection point of the transmitter to the searching plane (snow surface) and spatially for complete determination of the coordinates of the transmitter (including the burial depth).

Since the burial depth is to be understood as the distance between transmitter and snow cover, it can only be reasonably determined and displayed in relative proximity to the buried victim in non-planar terrain.

In the two-dimensional search, the position is to be determined according to distance and plane angle, in the three-dimensional search according to distance and spatial angle or equivalently according to distance, plane angle and burial depth.

For determining the burial depth, it is particularly preferred that in step c) the vectorial magnetic field strength of the field emitted by the transmitter is detected in three dimensions, in step d) the initial values of the position vector are assumed in three dimensions, in step e) the orientation of at least the first and the second antenna is assumed related to two different reference directions, and in step f) the vectorial magnetic field strengths are calculated in three dimensions.

In larger distance, if the display of the burial depth does not make any sense, the snow is opaquely (intransparently) represented.

In contrast, in the second presettable distance range, the burial depth is displayed such that terrain unevennesses no longer have any significant influence on the actual depth.

The "Thermal Needle System" allows the on-site measurement of the thermal conductivity in the near-surface soil layers up to a typical burial depth of horizontal ground heat collectors of approximately 1.2 to 1.5 m (see picture below for the system in use, with data logger).

Only with a probe can the exact location and the burial depth of the victim be determined, allowing quick action to be taken.

It is mainly used for testing all kinds of power cable fault, cable route, cable burial depth and daily management and maintenance of cable data.

With underground cables the burial depth, the cable formation and of course the current is decisive for the magnetic field strengths and their distribution.

In order to determine burial depth and select an optimized shoveling strategy, all our probes have highly legible DEPTH MARKERS and a clear 1 METER MARKER.