Nikola Tesla Books
velikih elektriÄnih strojeva (Basic Parameters for Determining and Evaluating the Condition of Winding Insulation of Large Electrical Rotating Machines); SmolÄiÄ, Z., Suvremeni istosmjerni strojevi velikih snaga (Contemporary Construction of Large DC Machines); Srb, N., Svojstva rotora s neizoliranim kratkospojenim kavezom (Properties of Rotor Containing an Uninsulated Squirrel Cage); Å aban, J., Rotacijski osovinski transformatori i indukcioni uzbudnici u sastavu beskontaktne uzbude sinhronih strojeva (Rotating Shaft Transformers and Induction Exciters in Brushless Synchronous Machine Excitation); AÅ¡ner, A., Supravodljivi magneti za visokoenergetsku fiziku elementarnih Äestica (Superconducting Magnets for Elementary Particle High Energy Physics); BratoljiÄ, T., Supravodljivi elektriÄki strojevi (Superconducting Electrical Machines); Jordan, H., stationare und transiente Vorgänge in elektrischen Maschinen (Stationary and Transient Occurrences in Electrical Machines); Å aban, J., Homopolarni ili hetropolarni stroj - moguÄnosti za posebna rjeÅ¡enja (Homopolar or Heteropolar Machine - Possibilities of Special Solutions). Chapt. IV, Energy Electronics: BenÄiÄ, Z., Flegar, I., Lisac, A., Mikac, S., PoluvodiÄki pretvaraÄi - priÅ¡renje mogucnosti upravljanja istosmjernih elektriÄnih motora (Semiconductor Converters - Expansion of DC Motor Control); BenÄiÄ, Z., Flegar, I., Lisac, A., Mikac, S., PoluvodiÄki pretvaraÄi - priÅ¡renje mogucnosti upravljanja izmjeniÄnih elektriÄnih motora (Semiconductor Converters Expansion of AC Motor Control); Äunko, S., Osobitosti u istosmjernom stroju napajanom iz poluvodiÄkih pretvaraÄa (Peculiarities in the DC Machine Fed by a Semiconductor Inverter); ÄiÅ¡iÄ, M., Prednost AC elektromotornih pogona na brodovima (Advantages of AC Electric Systems on Ships); Gal, F., Model asinhronog motora upravljanog promenljivom primarnom frekvencijom (Model of Asynchronous Motor with Variable Primary Frequency Control); MiljaniÄ, P., KaliÄ, Dj.D., Podsinhrona tiristorska kaskada - iskustva u primeni kratkospajajuÄih invertora (Subsynchronous Thyristor Cascade - Experiences in the Application of Short-Circuit Inverters); Smiljanic, D., Å aban, I., Frekvencijsko upravljanje asinhronog motora za potrebe reguliranja nuklearnog reaktora (Frequency Controlled Asynchronous Motor Drive for Use in Nuclear Reactor Control); TeodoroviÄ, V., Na pragu najÅ¡ire primene Teslinog obrtnog polja i kod motora s upravljanom brzinom (On the Threshold of the Broadest Application of Tesla's Rotating Field in Controlled Speed Motors As Well); Woschnagg, K., The Development of HVDC-Technology from Mercury-Arc Valves to Thyristor Valves; Leonhard, W., The Impact of Electronics on the Evolution of Today's Electrical Drives; Bass, R. W., Golka, R. K., Nikola Tesla's Theory of Ball Lightning (Colorado Springs, 1899), Chapt. V, Machine Theory: Äulig, Z., Suvremena analiza dinamiÄkih stanja velihih generatora (Modern Analysis of Dynamic Conditions of Large Synchronous Generators); Hazandar, Z., Hot, K., Matjan, J., Djurek, M., NumeriÄke metode proraÄuna polja u elektriÄnim strojevima (Numerical Methodsof Field Calculations in Electrical Machines); JadriÄ, M., Moderna istraživanja vladanja asinhronog motora (Modern Studies of Asynchronous Motor Behavior); MandiÄ, I., ElektriÄni stroj kao Kontinualna fizikalna sredina (Electrical Machine as Physical Continum); MehmedoviÄ, M., Modeliranje vladanja sinhronih generatora s reguliranom uzbudom u viÅ¡emaÅ¡inskom elektroenergetskom sistemu (Modeling the Behavior of Synchronous Generators with Controlled Excitation in a Multimachine Electric Power System); RajkoviÄ, B., Osobitosti elektromotornog pogona s naponom upravljanim asinhronim motorom (Peculiarities of the Voltage Controlled Induction Motor Drive);
