01840nam a2200169Ia 450000500170000000800410001702000130005808200150007110000150008624500580010126000090015930000180016850513570018694200080154399900170155195201020156820241211205643.0241211s1973    xx            000 0 und d  afcnm2131  a537.2I/B72  aBolton, B. 0aElectromagnetism and its applications an introduction  c1973  a157 páginas  a1.Introduction. 2.Static electricity or when to keep your shirt on. 3.Task 1: charges and forces. 4.Electrostatic copiers and chimineys thet don’t smoke. 5.Task 2: electric field strength and potential energy. 6.Task 3: electric potential difference. 7.Lightning,  kugelblitz and when to stand on one leg. 8.Task 4: Gauss’ Law. 9.Motors and rockets. 10.Task 5: the effect of dielectric materials on the electrostatic field. 11.Tracking, treeing and bushings. 12.Task 6: capacitance. 13.Charge-Coupled devices. 14.Task 7: Energy in electrostatic systems. 15.Electrostatic generators. 16.Diagnostic test. 17.Task 8: The magnetic field. 18.Navigators all at sea. 19.Task 9: magnetic flux density. 20.The Free-Space constants. 21.Task 10: The effect of iron on the steady magnetic. 22.Bubble and squeak. 23.Task 11: Ampere’s circuital law. 24.This is your local displacement current here is the news. 25.Task 12: Magnetic circuits. 26.Some small machines. 27.Task 13: Permanent magnets. 28.Do, Do, Do, Do you remember? 29.Task 14: The Biot-Savart law. 30.Task 15:  Electromagnetic induction. 31.The new ice age. 32.Task 16: Mutual and self-inductance. 33.Task 17: Energy storage in the magnetic field. 34.a.c Machinery. 35.Task 18: The transformer. 36.More about the transformer. 37.Task 19: Hysteresis and Eddy-Current loss. 38.And finally, Maxwell.  yLIB  c51352d51352  00104070aBE-FCNMbBE-FCNMcTPd2018-07-09eDonacionfBuenoo537.2I/B72pFCNM3487yLIBzExterno