Examples of using Test mass in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Now the test mass can be removed.
Periclase as the main constituent of test mass 5 does not modify.
Test mass at any position and input of angle 0.
It measures and controls the near-perfect free fall of two test masses in their vacuum chambers.
As a test mass, we add 0.906 g at fixed position 9 202.
Bundeswehr, Rheinmetall and IAI/ELTA successfully test MASS and NavGuard ship protection systems….
The test mass must be achieved with a tolerance of± 5 per cent.
LISA is to be launched into space in 2020 andwill consist of three satellites equipped with test masses.
Speed mark and test mass at same position, zero angle.
The tyres shall beinflated to the pressure recommended by the vehicle manufacturer for the test mass of the vehicle.
Also with test mass 4 the side walls showed very little wear.
Through an acceleration, tilt,or vibration in the direction of measurement causes the pendulum to move with the test mass.
Test mass 2 was clearly better than the tar-bonded rammed mass. .
Will bring a micro satellite in a near-Earth orbit andperform acceleration tests on different test masses.
The test mass of the vehicle shall be according to the table set out in point 3.2.1.
The diagram shows the residual force disturbances(test mass acceleration noise), depending on the frequency of the temporal change.
The test mass of the vehicle shall be be that set out in the Table in point 3.2.1.
The most important modification in the mineralogical structure of test mass 4 is to be noted in the transformation of Dyroohyllite with the water of crystallization.
The test mass has already reduced the unbalance, but the angle was not correct.
To this end, one of the eLISA interferometer arms wasscaled down from millions of kilometres to around 40 centimetres so that two test masses which simultaneously function as the end mirrors of the interferometer arm fit into a satellite.
The test masses consist of a special gold-platinum alloy(73% Au, 27% Pt) with an edge length of 46 mm, each weighing around 2 kg.
The tiny orbital andattitude corrections which are necessary to keep each satellite centered on the test masses will be determined by a"Drag-free Attitude Control System"(DFACS) using the measurements of inertial sensors.
To position two test masses in perfect zero gravity, and to measure and control their positions with unprecedented precision.
These include, for example, minimal electric stray fields on metal surfaces, static charging in the satellite(caused by cosmic radiation),pressure differences(caused by tiny temperature gradients in the residual gas) around the test masses, and the radiation pressure of the laser onto the test masses.
The favourable wear behaviour of test mass 7 is also confirmed on completion of the test by the appearance of the channel.
The test masses are in vacuum containers and electrode housings which serve to measure, position and control the test masses.
PTB's Scientific Instrumentation Department has now succeeded in optimizing the manufacturing process for the test masses(made of a standard titan alloy and a very special platinum rhodium alloy) in such a way that the deviations in form and dimensions lie in all three space dimensions of the metal cylinders in the range of 1 μm.
Test mass 1 is representative of all the masses mainly used in German foundries based on sand, small coal and tar.
The wear of test mass 5 was similar in character and extent to test mass 1 and was therefore comparatively high.
