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Stabilization of superconducting magnetic systems

Author: V A Alʹtov; V B Zenkevich; M G Kremlev; V V Sychev
Publisher: New York : Plenum Press, [1977] ©1977
Series: International cryogenics monograph series.
Edition/Format:   eBook : Document : EnglishView all editions and formats

There was a general feeling in the early 1960s that the intermetallic compounds and alloys that were found to retain superconductivity in the presence of high magnetic fields would make the  Read more...


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Genre/Form: Electronic books
Additional Physical Format: Print version:
Stabilizat︠s︡ii︠a︡ sverkhprovodi︠a︡shchikh magnitnykh sistem.
Stabilization of superconducting magnetic systems.
New York : Plenum Press, ©1977
(DLC) 77008618
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: V A Alʹtov; V B Zenkevich; M G Kremlev; V V Sychev
ISBN: 9781461341154 1461341159
OCLC Number: 852788505
Language Note: Translated from Russian.
Description: 1 online resource (xiv, 338 pages) : illustrations.
Contents: I Superconductivity and Its Applications.- 1. The future of superconductivity in modern technology.- 1.1. Introduction.- 1.2. Superconducting magnetic systems.- 2. The nature of superconductivity.- 2.1. General principles.- 2.2. Superconductors of the first and second kinds.- 2.3. Creep and jumps in magnetic flux in nonideal Superconductors of the second kind.- 2.4. Resistive state of nonideal superconductors of the second kind.- 3. Protection of superconducting magnetic systems.- 3.1. General principles.- 3.2. Transformer method.- 3.3. Discharge into an external load.- 3.4. Reasons for the development of a normal zone.- 3.5. Stabilization of superconductors in their various forms.- II Method of Thermal Stabilization.- 4. Equilibrium of the normal zone in combined conductors under isothermal conditions.- 4.1. Stekly model of a stabilized superconductor.- 4.2. Influence of contact thermal resistance at a superconductor-substrate boundary.- 4.3. Influence of the finite thermal conductivity of a superconductor on the stability of combined conductors.- 4.4. Influence of the boiling crisis in liquid helium on the conditions of thermal equilibrium in a combined conductor.- 4.5. Equilibrium of a combined conductor in the normal state.- 4.6. Volt-ampere characteristics of combined conductors.- 4.7. Method of the low-resistance shunt.- 4.8. Experimental results.- 5. Equilibrium of the normal zone in combined conductors in the presence of a longitudinal temperature gradient.- 5.1. General principles.- 5.2. Combined conductor with a longitudinal temperature gradient.- 5.3. Effect of the boiling crisis on the equilibrium conditions.- 5.4. Effect of electrical contact resistance.- 5.5. Stability of a combined conductor for an arbitrary longitudinal temperature distribution.- 5.6. Experimental results.- 6. Propagation of the normal zone in a superconducting coil.- 6.1. Method of studying the propagation of the normal zone.- 6.2. Propagation of the normal zone in a thinly packed coil.- 6.3. Influence of cooling the coil with superfluid helium.- 6.4. Rate of propagation of the normal zone along a combined conductor.- 7. Combined conductors with forced cooling.- 7.1. General principles.- 7.2. Theory of the combined conductor with forced cooling.- 7.3. Conditions of thermal equilibrium of the normal zone.- 8. Equilibrium and propagation of the normal zone in a close-packed superconducting coil.- 8.1. Principal characteristics of close-packed superconducting coils.- 8.2. Experimental results.- 8.3. Transition of a superconducting solenoid into the normal state.- 8.4. Comparison of the parameters of transient processes in close and thinly packed coils.- III Combined Conductors with Internal Stabilization.- 9. Stability of superconductors of the second kind with respect to flux jumps.- 9.1. General principles.- 9.2. Magnetization of nonideal superconductors of the second kind.- 9.3. Stability of the screening currents in a superconductor of the second kind.- 9.4. Criterion of adiabatic stability in the presence of a transport current.- 9.5. Stability of the transport current in relation to finite flux jumps.- 10. Multiple-core straight conductors.- 10.1. Model of a multiple-core straight conductor.- 10.2. Criteria of the adiabatic stability of a straight combined conductor.- 10.3. Criterion of electrodynamic stability for combined conductors.- 11. Twisted and coiled combined conductors.- 11.1. Penetration of a magnetic field into a coiled combined conductor.- 11.2. Distribution of transport current in twisted conductors and the stability of the latter.- 11.3. Plaited (transposed) combined conductors.- 11.4. Combined conductors for obtaining rapidly-varying magnetic fields.- Appendix: Dimensionless volt-ampere characteristics of combined conductors.- References.
Series Title: International cryogenics monograph series.
Other Titles: Stabilizat︡siia︡ sverkhprovodia︡shchikh magnitnykh sistem.
Responsibility: V.A. Al'tov, V.B. Zenkevich, M.G. Kremlev, and V.V. Sychev ; edited by V.V. Sychev ; translated from Russian by G.D. Archard ; translation editor, K.D. Timmerhaus ; with a foreword by B.W. Birmingham.


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