slant distance technical
slant range technical

You can find out the planes' altitude, angle, and slant distance.

With the nearest of the pods ten feet from him in slant distance Blohm sprinted under the spinning missile.

He thought of suggesting to Adele that she take over the duties with his heavy pistol; her own wasn't intended for use at the hundred feet or so of slant distance to the rooftops.

It is a series of ground- or ship-based transmitter and receiver stations that can provide bearing, slant distance and other related information to any aircraft sending the correct frequency and code.

Put the bailout to a referendum and from a very slanted distance, it would appear that ice cubes would last longer in hell than this proposal would last in the hands of Greek voters.

Calculate the orbiting body position vectors, by adding the observer position vector to the slant direction vector (which is the slant distance multiplied by the slant direction vector):

An equivalent definition is that the Fresnel number is the difference, expressed in half-wavelengths, between the slant distance from the observation point to the edge of the aperture and the orthogonal distance from the observation point to the center of the aperture.

It does not detect slant range until beyond about 40 of bank or pitch.

By the spreading of the beam it is also dependent on the slant range.

This is the slant range between the launch aircraft and target, at the time of interception.

We were slightly less than fifteen hundred kilometers' slant range when the accident ended our mission.

The slant range between us and Venera 9 actually decreased slightly while we brought the optics into play.

Cinetheodolites can serve as primary sources of position and velocity data to about 30 km slant range.

They're seventy-eight point six kilometers, slant range," Muzorawa called out. "

The M5 director is used to determine or estimate the altitude or slant range of the aerial target.

Determine the slant range to the target.

The target location accuracy is proportional to the slant range, frequency and aperture length.

In addition the system measures the slant range to the target by the direct interrogation in transponder mode.

Calculate the slant range, the distance from the observer point to the orbiting body at their respective time:

An example of slant range is the distance to an aircraft flying at high altitude with respect to that of the radar antenna.

Slant range error is most pronounced at high altitudes when close to the DME station.

Slant range, RSj, for each pixel.

A 4D radar with a pencil beam will produce radial Doppler velocity in addition to bearing, elevation, and slant range.

The number reported by the operator was the line-of-sight range to the target, or slant range, which included components of both the horizontal distance and altitude.

Slant Range Correction also allows to compensate the radar tower height e.g. for maritime surveillance radars.

Now the slant range is the distance of the intercept from the origin, which is just the hypotenuse of x and y:

This distance is often referred to as 'slant range' and depends trigonometrically upon both the altitude above the transponder and the ground distance from it.

These curvatures are not evident unless large extents of near-range terrain, including steep slant ranges, are being viewed.

(D) for sideways-looking synthetic aperture radar, flight test data from all output devices showing ground resolution as a function of slant range from the aircraft.

In radio electronics, especially radar terminology, slant range is the line-of-sight distance between two points which are not at the same level relative to a specific datum.

The rule provides an equivalent horizontal range setting for engaging a target at a known uphill or downhill distance from the rifle (called the slant range).

Determine the slant range to the target (measurement can be performed using various forms of range finders, e.g. laser rangefinder)