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Magnetic storage





Encyclopedia results for Magnetic storage

  1. Magnetic storage

    Magnetic storage and magnetic recording are terms from engineering referring to the storage of data on a magnet ized medium. Magnetic storage uses different patterns of magnetization in a magnetizable ... or more disk read and write head read write heads . As of 2009, magnetic storage media, primarily hard ... of computing, the term magnetic storage is preferred and in the field of audio and video production, the term magnetic recording is more commonly used. The distinction is less technical and more a matter of preference. Other examples of magnetic storage media include floppy disk s, magnetic recording tape , and magnetic stripes on credit cards. History Magnetic storage in the form of audio recording ... the first magnetic tape recorder . Early magnetic storage devices were designed to record Analog signal analog audio signals. Computer and now most audio and video magnetic storage devices record digital data. In old computers, magnetic storage was also used for primary storage in a form of magnetic ... . Unlike modern computers, magnetic tape was also often used for secondary storage. Magnetic recording .... Technical details Access method Magnetic storage media can be classified as either sequential ... of magnetic storage media are for computer data mass storage on hard disks and the recording of analog ... tape. Magnetic tape data storage Digital tape and tape library tape libraries are popular for the high ... in dealing with older computer systems and software. Magnetic storage is also widely used in some ... . Future A new type of magnetic storage, called Magnetoresistive Random Access Memory or MRAM ... storage References Reflist External links A http www.bbc.co.uk dna h2g2 A3224936 History of Magnetic ... AIC MAGN REC CHRON.html Chronology of Magnetic Recording. Magnetic storage media DEFAULTSORT Magnetic Storage Category Storage media Category Computer storage media Category Magnetic devices fr Bande ... of 1900 magnetic recorder was invented by Valdemar Poulsen in 1898. Poulsen s device recorded ...   more details



  1. Magnetic tape data storage

    Refimprove date August 2009 Magnetic tape has been used for data storage device data storage for over ... storage Magnetic storage Tape drive Information repository Data proliferation Tape mark Magnetic ... Magnetic devices Category Storage media bg es Cinta magn tica de almacenamiento .... Modern magnetic tape is most commonly packaged in Cartridge electronics cartridge s and Compact ... data storage device Autoloaders and tape library tape libraries are frequently used to automate ... than disk or other data storage options. Tape storage has always been used with large computer systems ... data. Open reels Image Largetape.jpg thumb right 10.5 inch reel of 9 track tape Initially, magnetic tape for data storage was wound on large 10.5 in 26.67  cm reel s. This defacto standard ... tapes and towards cartridges. UNIVAC Magnetic tape was first used to record computer data in 1951 ... in audio recording. IBM s technology soon became the de facto industry standard. Magnetic tape dimensions ... essentially a personal storage medium. The tape was inch wide and featured a fixed formatting ... them, but their seek times were on the order of thirty seconds to a minute.IRG of Magnetic tape is 0.75 .... In the context of magnetic tape, the term cassette usually refers to an enclosure that holds two reels with a single span of magnetic tape. The term cartridge is more generic, but frequently ... Cassette s were frequently used as an inexpensive data storage system for home computers . Compact ..., albeit with access times of many seconds. Most modern magnetic tape systems use reels that are fixed ... Digital Data Storage DAT DDS , Digital Linear Tape DLT and Linear Tape Open LTO with capacities in the tens ... for high capacity data storage. Many other sizes exist and most were developed to either have smaller ... tape length and the same number of heads, the data storage capacity is substantially higher. Scanning ... random access to data. Logical filesystems require data and metadata to be stored on the data storage ...   more details



  1. Superconducting magnetic energy storage

    Superconducting Magnetic Energy Storage SMES systems store energy in the magnetic field created by the flow ... date September 2008 . Advantages over other energy storage methods There are several reasons for using superconducting magnetic energy storage instead of other energy storage methods. The most important ... current to make a commercial storage facility economically viable. Critical magnetic field Related to critical ... es Superconducting Magnetic Energy Storage fr SMES pl Nadprzewodnikowy zasobnik energii zh ..., the current will not decay and the magnetic energy can be stored indefinitely. The stored energy .... SMES loses the least amount of electricity in the energy storage process compared to other ... Scale Energy Storage Systems . Imperial College London ISE2, 2002 2003. ref Due to the energy requirements ... duration energy storage. Therefore, SMES is most commonly devoted to improving power quality . If SMES were to be used for Public utility utilities it would be a diurnal storage device, charged from .... Other energy storage methods, such as pumped hydro or compressed air have a substantial time delay ... of power is less than other storage methods because Current electricity electric currents encounter ... energy The magnetic energy stored by a coil carrying a current is given by one half of the inductance ... parameters to characterize the dimensions of the coil. We can therefore write the magnetic energy ... can help to lessen the external magnetic forces and therefore reduces the size of mechanical support needed. Also, due to the low external magnetic field, toroidal SMES can be located near a utility .... At the low extreme of size is the concept of micro SMES solenoids, for energy storage range ... when evaluating the efficiency of SMES as an energy storage device. Although the high temperature ... place in moderate magnetic fields around a temperature lower than this critical temperature. The heat ... J sub c sub of HTSC wire is lower than LTSC wire generally in the operating magnetic field, about ...   more details



  1. Storage

    wikibooks Packing & Moving Household Goods wiktionarypar storage Storage may refer to Storage of goods Warehouse , a commercial building for storage of goods Self storage , public storage facility Containers Dry cask storage , storing high level radioactive waste Food storage Intermodal container , cargo shipping Storage tank Information storage Storage memory , a psychological and physiological process Data storage device , computer hardware Computer data storage , a computer process and result Other Specific storage of an aquifer See also lookfrom intitle Store disambiguation Container disambiguation Inventory disambiguation disambig interwiki da Lager ca Mem ria es Memoria simple Storage ...   more details



  1. It's Magnetic

    Infobox single See Wikipedia WikiProject Albums Name It s Magnetic Type Single music Single Artist Assembly Now Cover Itsmagnetic cover.jpg Released August 28, 2006 Recorded 2006 Genre Indie rock Length 7 18 Label Kids Producer John Fortis, Howard Gray Reviews Assembly Now remould South London indie pap into epic, passionate pop on their debut. The four piece sound more like The Cure than The Libertines, the jagged guitar edges cutting shapes around a ragged, ranted vocal... They look set to soar straight into the hearts of anyone who can recognise a good tune. That s you, that is. The Fly magazine The Fly It s Magnetic is the first single by British rock band Assembly Now. It was released on August 28, 2006 on Independent record labels independent label Kids. It is a limited edition single, having been pressed on 7 transparent Gramaphone record vinyl with a run of only 1000 copies. Track listing It s Magnetic 3 24 Out On 24s 3 54 Miscellanea Luke Smith, ex guitarist from acclaimed British post punk band Clor , remixed It s Magnetic which was distributed free via music blog s and on the band s http www.assemblynow.com official website . Category 2006 singles ...   more details



  1. Magnetic memory

    Magnetic memory may refer to Magnetic storage , the storage of data on a magnetized medium Remanence , or residual magnetization, the magnetization left behind in a ferromagnet after an external magnetic field is removed Rock magnetism , the study of the magnetic properties of rocks, sediments and soils disambig ...   more details



  1. Magnetic energy

    Magnetic energy and electric energy are related by Maxwell s equations . The potential energy of a magnet of magnetic moment m in a magnetic field B is defined as the mechanical work work of magnetic force actually of magnetic torque on re alignment of the vector of the magnetic dipole moment, and is equal math E rm p,m m cdot B math while the energy stored in an inductor of inductance L when current I is passing via it is math E rm p,m 1 over 2 LI 2 math . This second expression forms the basis for superconducting magnetic energy storage . Footer energy Category Forms of energy ...   more details



  1. Storage device

    Storage device may refer to Box , or any of a variety of containers or receptacles Data storage device , a device for recording information, which could range from handwriting to video or acoustic recording, or to electromagnetic energy modulating magnetic tape and optical discs Object storage device , computer storage device Portable storage device , small hard drive Nintendo DS storage devices , used for Nintendo game systems See also intitle storage disambig ...   more details



  1. Optical storage

    Refimprove date December 2009 Optical storage is a term from engineering referring to the storage of data on an optically readable medium. Data is recorded by making marks in a pattern that can be read back with the aid of light , usually a beam of laser light precisely focused on a spinning disc. An older example, that does not require the use of computers, is microform . There are other means of optically storing data and new methods are in development. Optical storage differs from other computer data storage data storage techniques that make use of other technologies such as magnetism or semiconductor s. Optical storage can range from a single drive reading a single CD ROM to multiple drives reading multiple discs such as an optical jukebox . Single compact discs can hold around 700MB megabyte s and optical jukebox es can hold much more ref Compact Disc http en.wikipedia.org wiki Compact Disc ref . The term optical drive usually refers to a device in a computer that can read CD ROM s or other optical disc s. See also Data storage device the broader topic of all devices that store data. Optical Media board disc modern optical discs such as CD ROM s and related formats. Optical Jukebox Optical disc drive Optical tape more capacity than magnetic tape but not as cost effective Magneto optical drive combines Optical and Magnetic technologies to store data. Laser turntable a device that optically reads mechanical data storage media. HDSS Holographic Data Storage Systems potential new optical storage technology. 3D optical data storage potential new optical storage technology. Optical Storage Technology Association industry trade association References Reflist Optical storage media DEFAULTSORT Optical Storage Category Storage media compu storage stub ar es Almacenamiento ptico fr Lecteur de disque optique ro Dispozitive optice de stocare fi Optinen asema vi a quang zh ...   more details



  1. Magnetic tape

    Format Guide Magnetic storage media Category Audio storage Category Computer storage tape media Category Magnetic devices bg ca Cinta magn tica cs Magnetick p ska de Magnetband et Magnetlint ... 70s. Magnetic tape is a medium for magnetic recording , made of a thin magnetizable coating on a long, narrow strip of plastic . It was developed in Germany , based on Wire recording magnetic wire recording . Devices that record and play back audio and video using magnetic tape are tape recorder s and video tape recorder s. A device that stores computer data on magnetic tape is a tape drive tape unit, streamer . Magnetic tape revolutionized broadcast and recording. When all radio was live ... can perform the functions of magnetic tape. In many cases these technologies are replacing tape. Despite this, innovation in the technology continues and tape is still widely used. Over years, magnetic ... ubt.jpeg thumb Compact Cassette Main Magnetic tape sound recording Magnetic tape was invented for recording sound by Fritz Pfleumer in 1928 in Germany, based on the invention of magnetic wire recording ... Main Videotape The practice of recording and editing audio using magnetic tape rapidly established itself ... and live time shifting and are likely to replace videotape in many situations. Data storage Main Magnetic tape data storage In all tape formats, a tape drive or transport or deck uses motors to wind the tape from one reel to another, passing tape head s to read, write or erase as it moves. Magnetic ... used in the 1980s and 1990s. Most modern magnetic tape systems use reels that are much smaller than ... Data Storage DAT DDC . Tape remains a viable alternative to disk in some situations due ... disk storage to make it a viable product, particularly for backup , where media removability is necessary ... and Technology for research into increasing the data capacity of magnetic tape. ref cite web title ... Magnetic tape http web.archive.org web 20040603152849 http www.tvhandbook.com History History recording.htm ...   more details



  1. Mass storage

    as mass storage include Tape library tape libraries , RAID systems, hard disk drive s, magnetic tape ... of the contemporaneous Computer data storage Primary storage primary storage technology. The term mass storage was used in the PC marketplace for devices far smaller than devices that were not considered mass storage in the mainframe marketplace. Mass storage devices are characterized by Sustainable transfer speed Seek time Cost Capacity Today, magnetic disks are the predominant storage media in personal ... media , archive formats such as tar archive s on magnetic tape data storage magnetic ... for storage methods specific to computing field Disk storage for both magnetic and optical recording of disks Magnetic tape data storage Computer storage density List of device bandwidths Solid state ...dablink This article describes mass storage in general. For the Universal Serial Bus USB protocol, see USB mass storage device class . In computing , mass storage refers to the storage of large amounts ... historic , punched tape historic and holographic memory experimental . Mass storage includes devices ... storage device capacity has increased by many orders of magnitude since the beginnings of computer technology in the late 1940s and continues to grow however, in any time frame, common mass storage ... has an established and growing niche as a replacement for magnetic hard disk s in high performance ... lower latency as removable storage such as USB stick s, because in lower capacity ranges it can ... storage and computer bus bus technology of their time. ref name acm queue Cite journal title ...&btnG Search Scholar search sup issue 4 postscript None . A discussion of recent trents in mass storage ... characteristics of magnetic disks that it is difficult to deploy them on other media ... applications. Usage Mass storage devices used in desktop and most server computers typically ... tend to do poorly on slow seeking optical storage such as compact discs. Some relational database s can ...   more details



  1. Magnetic bearing

    Image Magneticbearings.jpg thumb A magnetic bearing A magnetic bearing is a bearing mechanical bearing which supports a load using magnetic levitation . Magnetic bearings support moving machinery without .... 315, 30 March 2007 ref used for uranium enrichment. Magnetic bearings are used in turbomolecular pump s where oil lubricated bearings are a source of contamination. Magnetic bearings support the highest ... to build a magnetic bearing using permanent magnets due to the limitations described by Earnshaw ..., most magnetic bearings require continuous power input and an active control system to hold the load ... the levitated object deviates from its optimum position. Magnetic bearings also typically require ... conditions. Two sorts of instabilities are very typically present with magnetic bearings. Firstly ... in maglev transport maglev technologies such as the Inductrack system, magnetic bearings could do ... Symposium on Magnetic Bearings ISMB9 . Aug. 2004. ref ref http www.kth.se ees kalender seminarier ... magnetic bearing Image amb2.svg thumb Basic operation for a single axis An active magnetic bearing AMB ... centre of mass with very low vibration. History The evolution of active magnetic bearings may be traced ... magnetic bearings. Earlier patents for magnetic suspensions can be found but are excluded here because ... . Early active magnetic bearing patents were assigned to Jesse Beams ref Beams, J. , Production and Use of High Centrifugal Fields , Science, Vol. 120, 1954 ref ref Beams, J. , Magnetic Bearings , Paper ... with the work of Habermann ref Habermann,H. , Liard, G. Practical Magnetic Bearings , IEEE Spectrum, Vol. 16, No. 9, September 1979 ref and Schweitzer. ref Schweitzer, G. , Characteristics of a Magnetic ... in Rotating Machinery, 1976 ref Extensive modern work in magnetic bearings has continued at the University ... international symposium for active magnetic bearing technology was held in 1988 with the founding of the International Society of Magnetic Bearings by Prof. Schweitzer ETHZ , Prof. Allaire University ...   more details



  1. Magnetic nanoparticles

    Image TEM of 15nm Fe3O4 magnetic nano particles.jpg thumb right Magnetite An example of magnetic nanoparticles, TEM image Magnetic nanoparticles are a class of nanoparticle which can be manipulated using magnetic field . Such particles commonly consist of magnetic elements such as iron , nickel and cobalt ... 100 2500 nanometers , the larger microbeads are 0.5 500 micrometer in diameter. The magnetic ... volume 26 issue 18 pages 3995 4021 doi 10.1016 j.biomaterials.2004.10.012 pmid 15626447 ref , magnetic ..., J. Portier, E. Pollert, E. Duguet, Prog. Solid StateChem. 2006, 34, 237. ref , Magnetic Particle Imaging magnetic particle imaging ref B. Gleich, J. Weizenecker, Nature 435, 1214 1217 02005 06 30 ref , data storage device data storage ref T. Hyeon, Chem. Commun. 2003, 927 ref and environmental remediation ... and chemical properties of magnetic nanoparticles largely depend on the synthesis method and chemical ... superparamagnetism . ref name Angew.chem.2007 Synthesis The established methods of magnetic nanoparticle ... at room temperature or at elevated temperature. The size, shape, and composition of the magnetic .... ref name Angew.chem.2007 Thermal decomposition main Thermal decomposition Monodisperse magnetic ... of particles these include Medical Diagnostics and Treatments Magnetic nanoparticles are used in an experimental cancer treatment called magnetic hyperthermia in which the fact that nanoparticles heat when they are placed in an alternative magnetic field is used. Another potential treatment of cancer includes attaching magnetic nanoparticles to free floating cancer cells, allowing them to be captured ... JF, Zhang ZJ year 2008 month July title Magnetic Nanoparticle Peptide Conjugates for in Vitro and in Vivo ... view 542665 Using Magnetic Nanoparticles to Combat Cancer Newswise, Retrieved on July 17, 2008. ref Magnetic nanoparticles can be conjugated with carbohydrates and used for detection of bacteria ... suis bacteria using magnetic glycoparticles journal Organic & Biomolecular Chemi doi 10.1039 C000819B ...   more details



  1. Magnetic induction

    Magnetic induction may refer to one of the following Electromagnetic induction Magnetic field B is sometimes called magnetic induction disambig hr magnetska indukcija ...   more details



  1. Magnetic trap

    Magnetic trap refers to one of three types of traps used for atoms or charged particles Magnetic trap atoms , used to trap neutral atoms in a magnetic field gradient Penning trap , used to trap charged particles or ions in a combination of electrostatic potential and uniform magnetic field Magneto optical trap or MOT , a trap using a magnetic gradient and laser light to trap neutral atoms Magnetic tweezers , a trap using a magnetic field to trap micrometre seized ferromagnetic beads disambig ...   more details



  1. Storage management

    Storage management can refer to one of the following ADSTAR Distributed Storage Manager Automatic Storage Management Enterprise storage management Hierarchical storage management IBM Tivoli Storage Manager OpenView Storage Area Manager Storage Management Initiative Specification Storage Resource Manager Storage Resource Management SRM disambig ...   more details



  1. Magnetic resonance

    Magnetic resonance abbreviated MR can mean Nuclear magnetic resonance Electron spin resonance Magnetic resonance imaging MRI Functional magnetic resonance imaging fMRI Muon spin spectroscopy SR disambig he sk Magnetick rezonancia uk zh ...   more details



  1. Magnetic fluid

    Magnetic fluid may refer to Magnetorheological fluid , a fluid that changes viscosity when subjected to a magnetic field. Ferrofluid , a strongly Paramagnetism paramagnetic fluid. disambig ...   more details



  1. Magnetic pole

    A magnetic pole may refer to One of the two ends of a magnet . The poles of astronomical bodies Magnetic poles magnetic poles of astronomical bodies , a special case of magnets, two special cases of which are the Geomagnetic poles The North Magnetic Pole of planet Earth, to which the north end of a compass points. The South Magnetic Pole of planet Earth, to which the south end of a compass points. See also Earth s magnetic field . disambig de Magnetischer Pol eo Magneta poluso ru ...   more details



  1. Magnetic inductance

    MagneticCircuitSegments Magnetic inductance is not to be confused with Magnetic induction , which usually refers to Magnetic field . Magnetic inductance inductive magnetic reactance SI Unit Omega sup 1 sup is a component in the gyrator capacitor model for magnetic systems. For phasor analysis the magnetic inductive reactance is math x L omega L M math Where math L M math is the magnetic inductivity SI Unit s Omega sup 1 sup math omega math is the angular frequency of the magnetic circuit In the complex form it is a positive imaginary number math jx L j omega L M math The magnetic potential energy sustained by magnetic inductivity varies with the frequency of oscillations in electric fields. The average power in a given period is equal to zero. Due to its dependence on frequency, magnetic inductance is mainly observable in magnetic circuits which operate at Very high frequency VHF and or Ultra high frequency UHF frequencies. The notion of magnetic inductivity is employed in analysis and computation of circuit behavior in the grator capacitor model in a way analogous to inductance in electrical circuits. References Pohl R. W. ELEKTRIZIT TSLEHRE. Berlin G ttingen Heidelberg SPRINGER VERLAG, 1960. Popov V. P. The Principles of Theory of Circuits. M. Higher School, 1985, 496 p. In Russian . Category Magnetic circuits electromagnetism stub ar ...   more details



  1. Magnetic developer

    Orphan date February 2009 Image MagDev Apply.jpg thumb right Applying Magnetic Developer to a magnetic stripe Image MagDev EncodingDamaged.jpg thumb right An example of damaged magnetic encoding. A magnet was run across this stripe. The encoding has been made visible by applying a Magnetic Developer solution Magnetic developer is a fluid which makes the magnetism magnetic information written on magnetic tape or the magnetic stripe of a credit card or ATM card visible to the naked eye. Magnetic developer can be found in liquid or aerosol form. When applied to a magnetic stripe, suspended metal particles will be attracted to the magnetically charged regions of the stripe as the liquid evaporates. Magnetic developer can be used to troubleshoot problems with magnetic stripes and the equipment that encodes and reads them. By making the encoding visible, one can see how encoding head alignment affects the position of the data tracks, and observe any possible magnetic damage that has occurred on the magnetic stripe. External links http www.genevainc.com Products Professional Prod Professional Prod professional prod 5.html Geneva Group web site http www.sprague magnetics.com audio.htm magdev Sprague Magnetics web site http www.q card.com info developer.asp Q Card web site http www.cardserv.com.au catalog kyread.php Kyread from CardServ web site tech stub Category Magnetic devices ...   more details



  1. Storage ring

    either dipole electrostatic or dipole magnetic fields, but because most storage rings store special relativity relativistic charged particles it turns out that it is most practical to utilise magnetic ... The 216  m circumference storage ring dominates this image of the interior of the Australian Synchrotron facility. In the middle of the storage ring is the booster ring and Linear accelerator linac A storage ring is a type of circular particle accelerator in which a continuous or pulsed particle beam may be kept circulating for a long period of time, up to many hours. Storage of a particular Elementary ... being stored. Most commonly, storage rings are to store electron s, positron s, or proton s. The most common application of storage rings is to store electrons which then radiate synchrotron radiation . There are over 50 facilities based on electron storage rings in the world today, used for a variety of studies in chemistry and biology. Storage rings are used to produce polarized high energy electron beams through the Sokolov Ternov effect . Arguably the best known application of storage ... speaking, a storage ring is a type of synchrotron . However, a conventional synchrotron ... cavities a storage ring, as the name suggests, keeps particles stored at a constant energy, and radio ... processes. Gerard K. O Neill proposed the use of storage rings as building blocks for a collider in 1956. A key benefit of storage rings in this context is that the storage ring can accumulate a high beam flux from an injection accelerator that achieves a much lower flux. ref Gerard K. O Neill, Storage ... for particle beam storage Magnets Image Aust. Synchrotron, Storage Ring Magnets, 14.06.2007.jpg right 250px thumb Different types of magnet s used in the storage ring of the Australian Synchrotron ... rare, however. Dipole magnets alone only provide what is called weak focusing , and a storage ring composed of only these sorts of magnetic elements results in the particles have a relatively ...   more details



  1. Storage virtualization

    Management Information repository Magnetic tape data storage Spindle computer Spindle Repository disambiguation ...Storage virtualisation is a concept and term used within computer science. Specifically, storage systems ... advanced features within the storage system. Broadly speaking, a storage system is also known as a storage array or Disk array or a filer. Storage systems typically utilize specialised hardware and software along with disk drives in order to provide very fast and reliable storage for computing and data processing. Storage systems are complex, and may be thought of as a special purpose computer designed to provide storage capacity along with advanced data protection features. Disk drives are only one element within a storage system, along with hardware and special purpose embedded software within the system. Storage systems can provide either block accessed storage, or file accessed storage .... Within the context of a storage system, there are two primary types of virtualisation that can ... separation of logical disk logical storage from disk drive physical storage so that it may be accessed without regard to physical storage or heterogeneous structure. This separation allows the administrators of the storage system greater flexibility in how they manage storage for end ... are physically stored. This provides opportunities to optimize storage utilization and server consolidation ... remapping Virtualisation of storage helps achieve location independence by abstracting the physical location of the data. The virtualisation system presents to the user a logical space for data storage ... small subset multiples of megabytes or gigabytes of the physical disk. In a block based storage environment ... the mapping information for the virtualized storage. This mapping information is often called ... storage systems deployed today, it is common to utilize three layers of virtualization. ref ... management of multi vendor storage devices within the scope of a given implementation s support ...   more details



  1. Magnetic reactance

    orphan date January 2010 Magnetic reactance is the parameter of a passive magnetic circuit or its element, which is equal to the square root of the difference of squares of the full and effective magnetic resistance for a magnetic current , taken with the sign plus, if the magnetic current lags behind the Magnetic tension force magnetic tension in phase, and with the sign minus, if the magnetic current leads the magnetic tension in phase. Magnetic reactance 1 3 is the component of complex magnetic impedance of the alternating current circuit, which produces the phase shift between a magnetic current and magnetic tension in the circuit. It is measuring in units math frac 1 Omega math and is denoting math x math or math X math . It may be inductive math x L omega L M math or capacitive math x C frac 1 omega C M math , where math omega math is the angle frequency of a magnetic current, math L M math is the magnetic inductivity of a circuit, math C M math is the magnetic capacitivity of a circuit. The magnetic reactance of an undeveloped circuit with the inductivity and the capacitivity, which are connected in series, is equal math x x L x C omega L M frac 1 omega C M math . If math x L x C math , then the sum reactance math x 0 math and in the circuit the resonance takes place. In the general case math x sqrt z 2 r 2 math . When an energy loss are absent math r 0 math math x z math . The angle of the phase shift in a magnetic circuit math phi arctan frac x r math . On a complex plane the magnetic reactance appears as the side of the resistance triangle for circuit of an alternating current. References 1 Pohl R. W. ELEKTRIZIT TSLEHRE. Berlin Gottingen Heidelberg SPRINGER VERLAG, 1960. 2 Popov V. P. The Principles of Theory of Circuits. M. Higher School, 1985, 496 p. In Russian . 3 K pfm ller K. Einf hrung in die theoretische Elektrotechnik, Springer Verlag, 1959. DEFAULTSORT Magnetic Reactance Category Electromagnetism Physics stub ...   more details



  1. Heat storage

    Articles on Heat storage include Energy storage Thermal energy storage Seasonal thermal store Storage heater Steam accumulator Fireless locomotive disambig ...   more details




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