10 ENGLISH BOOKS RELATING TO «ELECTROMOTANCE»
Discover the use of
electromotance in the following bibliographical selection. Books relating to
electromotance and brief extracts from same to provide context of its use in English literature.
1
Challenges of Power Engineering and Environment: Proceedings ...
3.2.3 Battery Electromotance In the battery, Fe2+/Fe has different electrode
potential from H+/H2. H+/H2 is positive electrode; Fe2+/Fe is negative electrode.
Battery electromotance is E&=\fv -</®n . Electrode potential according to the
Nernst ...
Ke-fa Cen, Yong Chi, Jianhua Yan,
2009
2
High-Frequency Magnetic Components
By Faraday's induction law, the time-varying magnetic flux φ12 produces the
induced electromotance, electromotive force (EMF), or voltage in the loop C2,
which is equal to the line integral of E · dl around the closed path. The
electromotance ...
Marian K. Kazimierczuk,
2013
3
Introduction to Electromagnetic Fields and Waves
The line integral of E-dl around the circuit is called the induced electromotance,*
where E is the induced electric field intensity. The current flowing through the
circuit is equal to the induced electromotance divided by the resistance of the
circuit ...
Dale R. Corson, Paul Lorrain,
1962
Thus, the applied electromotance of 8 volts from B to A causes electricity to flow
from A to B through the 4-ohm resistance. The potential drop from A to B equals
the applied electromotance. Thus from Ohm's law / = V/R = 8 volts/1 ohms = 2 ...
Noel Charlton Little,
1953
5
Electrodynamics of Magnetoactive Media
In a homogeneous solid the measurement is carried out at the center of a thin
evacuated needle-shaped cavity aligned so that the force lies along the axis.
Electromotance or Electromotive Force V. The electromotance in volts around a
closed ...
Israel D. Vagner, B.I. Lembrikov, Peter Rudolf Wyder,
2004
The symbol for a source of electromotance, or seat of electromotance as it is often
called, is -f L— The source of electromotance must have an internal mechanism
for producing a difference of potential between its terminals, the places where it ...
Donald Earl DeGraaf,
1978
7
JEE, Journal of Electronic Engineering
3: 3 3 Z3 (1 ) Collector current waveform (ic) 2) Collector voltage waveform (V^) (
3) Base voltage waveform (VBE) Photo 2: RMB series an electromotance, which
impresses a voltage on the transistor base, is generated in Lg. While a counter ...
8
Physics from the ground up
CHAPTER 16 CHANGING ELECTRIC AND MAGNETIC FIELDS Electromotance:
work per unit positive charge FIGURE 16-6 Ihe components ot the forie per unit
charge E associated wth a nunconsurvativc electrii torce Only the component ot ...
Herman Y. Carr, Richard T. Weidner,
1979
9
Communication and Electronics
In cases of magnetically induced electromotance, however, it may or may not be
possible to evaluate the electromotance in each branch, and so may or may not
be possible to evaluate the potential difference between junctions, and to use ...
10
Physical methods of chemistry
the charge displacements around the coil is called the induced electromotance 8,
where e - <)E-«fl = Vx(v x B) --^ \-dS. (2.11a) In this equation E is the induced
electric-field intensity, v is the velocity of the conductor, and dS is a vector
element ...
Arnold Weissberger, Bryant W. Rossiter,
1971