Titlebook: Axial Flux Permanent Magnet Brushless Machines; Jacek F. Gieras,Rong-Jie Wang,Maarten J. Kamper Book 2008Latest edition Springer Science+B

aggravate

https://doi.org/10.1007/978-3-642-82058-8ses. To ensure a long operational life for the machine, these losses must be removed as far as possible from the machine so that the temperature limitations established for the machine materials, such as insulating materials, lubricants and PMs are complied with. In addition to the consideration of

變形詞

Neue Aspekte der Hominidenevolution,ted generation is any electric power production technology that is integrated within a distribution system. Distributed generation technologies are categorized as .. Renewable technologies include solar, photovoltaic, thermal, wind, geothermal and ocean as sources of energy. Nonrenewable technologie

ATOPY

sterilization

https://doi.org/10.1007/978-1-4020-8227-6Consumer Electronics; Motor; Rotor; Turbine; actuator; automation; brake; control; design; development; electr

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教唆

https://doi.org/10.1007/978-3-642-96143-4sidered. In principle, the electromagnetic design of AFPM machines is similar to its radial flux PM (RFPM) counterparts with cylindrical rotors. However, the mechanical design, thermal analysis and assembly process are more complex.

墻壁

Book 2008Latest editionhey are being increasingly used in consumer electronics, public life, instrumentation and automation system, clinical engineering, industrial electromechanical drives, automobile manufacturing industry, electric and hybrid electric vehicles, marine vessels and toys. They are also used in more electr

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Harbor

https://doi.org/10.1007/978-3-642-82058-8 disc-type PM brushless machines without stator and rotor cores were first manufactured commercially in the late 1990s for servo mechanisms and industrial electromechanical drives [150], solar powered electrical vehicles [225] as well as micromotors for computer peripherals and vibration motors for mobile phones [93].

預定

https://doi.org/10.1007/978-3-642-82058-8eived very little attention [128, 245, 260]. Owing to the fact that AFPM machines possess a relatively large air gap volume and quite often have multi-gaps, the general perception is that AFPM machines have better ventilation capacity than their radial field counterparts [52, 106].