GLOSSARY ENTRY (DERIVED FROM QUESTION BELOW) | ||||||
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12:16 Jun 19, 2001 |
English to Polish translations [PRO] Medical | ||||
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| Selected response from: ponar | |||
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Summary of answers provided | ||||
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na | Przemieszczenie/ruch z indukcja magnetyczna (B) |
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na | Pełzanie kanału B |
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Przemieszczenie/ruch z indukcja magnetyczna (B) Explanation: Moze fizyka plazmy?... B = magnetic flux density OR magnetic induction = indukcja magnetyczna Przemieszczenie/ruch/znos z indukcja magnetyczna (B) ". Nale?? do nich: indukcja magnetyczna [B], nat??enie pola magnetycznego [H] i strumie? indukcji magnetycznej F. Wielko?ci te s? ... " www.portal.pl/tpi/run?n=edukacja&p1=4122 "... Napi?cie Halla jest tym wy?sze, im wi?kszy jest wspó?czynnik Halla Rh materia?u, im wi?ksze nat??enie pr?du I oraz indukcja magnetyczna B. " its.wmech.pwr.wroc.pl/prezentacja_ev/note015.htm "The B drift speed therefore depends on the charge, mass, and perpendicular energy of the particle, as well as on the magnetic field strength and the scale length of the gradient. This drift can therefore cause currents and charge separations in the plasma. Moreover, as seen below, the combination of a convection electric field and a B plasma drift can lead to particle acceleration. " http://www.physics.usyd.edu.au/~cairns/teaching/lecture2/nod... Reference: http://www.physics.usyd.edu.au/~cairns/teaching/lecture2/nod... |
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Pełzanie kanału B Explanation: It's hard to help without context. From your other questions I reckon that you are still in the measuring equipment area. DRIFT = PEŁZANIE due to the fact, that most of measuring equipment is based upon electronic generator circuits, if you calibrate e.g. "0 Volt" value - i.e. when there is no voltage on the input, the precision measuring devices tend to change the displayed value with time, the changes are minute and depend on the quality (or class) of the measuring device itself. This is called DRIFT. An every day example of drift could be found in older radio equipment, especially AM electron valve ones. You would adjust the frequency and it would DRIFT AWAY with time and you would have to readjust. To lessen the negative influence of the drift, the high class equipment facilitates the drift compensation controls. If what I'm saying makes any sense in your context, then let's go to Stage B: Sophisticated measuring/recording equipment for laboratory use often facilitates multiple measuring channels (as we discussed before). They may be designated to specific quanities and be marked accordingly (T, V, p, pH, A, and so on.. depending on what is being measured). However, general purpose high class equipment may have channels that are not purpose specific, i.e. all of them measure e.g. voltage. In that case the channels are marked A, B, C, D, and so on. Each of the channels may have a separate DRIFT COMPENSATION CONTROL facility and probably that's where your DRIFT B comes into action. Again, this is just my guessing the context... Hope it helps, Jola. own engineering experience |
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