Smart Materials for Ranging Systems

Jaap Franse

ISBN 10: 1402046456 / ISBN 13: 9781402046452

Editore: Springer, Springer, 2006

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Druck auf Anfrage Neuware - Printed after ordering - The problem of determining the location of an object, which is usually called ranging, attracts at present much attention in many different areas of applications, among them in ecological and safety devices. Electromagnetic waves along with sound waves are widely used for this purpose. Familiar examples of ranging systems are radar, sonar, GPS positioning, speed meters, etc. Most are echo-type of devices, generating a wave and interpreting its echo from the object of interest. GPS is a cooperative system, in which the receiver observes timing signals from sources at known locations, and locates itself in reference to them. Passive ranging makes use of waves generated by the object to be located that are picked up by an observer. As indicated, there are three kinds of ranging systems, successively described as echo, cooperative and passive systems. Echo ranging is by far the most common method in practice. The observer at a certain point emits a wave of some physical nature at a certain time. When the outgoing wave front strikes the object, a scattered wave front is launched, which is detected at the observer point a certain time interval later.

Codice articolo 9781402046452

Dati bibliografici

• Titolo: Smart Materials for Ranging Systems
• Editore: Springer, Springer
• Data di pubblicazione: 2006
• Lingua: Inglese
• ISBN 10: 1402046456
• ISBN 13: 9781402046452
• Rilegatura: Taschenbuch
• Condizione: Neu
• Dimensioni: 233 L x 155 A x 16 P (millimetri) 233 millimetri di larghezza per 155 millimetri di altezza per 16 millimetri di profondità
• Peso: 443 grammi

Descrizione articolo

Riassunto

The problem of determining the location of an object, which is usually called ranging, attracts at present much attention in many different areas of applications, among them in ecological and safety devices. Electromagnetic waves along with sound waves are widely used for this purpose. Familiar examples of ranging systems are radar, sonar, GPS positioning, speed meters, etc.. Most are echo-type of devices, generating a wave and interpreting its echo from the object of interest. GPS is a cooperative system, in which the receiver observes timing signals from sources at known locations, and locates itself in reference to them. Passive ranging makes use of waves generated by the object to be located that are picked up by an observer. As indicated, there are three kinds of ranging systems, successively described as echo, cooperative and passive systems. Echo ranging is by far the most common method in practice. The observer at a certain point emits a wave of some physical nature at a certain time. When the outgoing wave front strikes the object, a scattered wave front is launched, which is detected at the observer point a certain time interval later.

Contenuti

List of Contributors.- Preface.- Magnetic dynamics of co nanospheres: origin of the enhanced anisotropy; J. Bartolomé et al.- Nanoparticles in oxide glasses: magnetic resonance studies; J. Kliava, R. Berger.- Effect of magnetic field on the magnetic state of copper metaborate; G. Petrakovskii et al.- Intrinsically inhomogeneous magnetic states in antiferromagnets in the vicinity of phase transitions induced by magnetic field; V. Eremenko, V. Sirenko.- NMR study of the successive phase transitions in CuB2O4; M. Chiba et al.- Magnetic properties of cuprate perovskites; A. Sherman.- Quantum critical phenomena and the anomalous low-temperature properties of the U(Pt, Pd)3 system; J.J.M. Franse.- The periodic Anderson model in the generating functional approach; Yu.A. Izyumov, D.S. Alexeev.- Orbital ordering and phase separation phenomena in lightly doped manganites; I.O. Troyanchuk et al.- Interface and magnetic characterization of FM/AF/FM multilayers; V.R. Shah et al.- Squid-based magnetic microscope; S. Bondarenko, N. Nakagawa.- Femtosecond ellipsometry: a new tool for the measurement of hot electron momentum relaxation times in metals; V.V. Kruglyakl, R.J. Hicken.- Ferromagnetic shape memory alloys Ni2+xMn1; A.N. Vasiliev et al.- Magnetostriction of manganites and cobaltites; H. Szymczak, R. Szymczak.- Structural study of magnetostrictive superconducting compounds; V.V. Eremenko et al.- Subject index.