Superconductivity Theory and Applications Part 1 pot

... = 13 K. Superconductor Year TC Reference NbO 19 33 1. 5 Sleight, 19 95 KxWO3 19 67 6.0 Remeika et al., 19 67 LiTi2 + xO4 19 73 1. 2 Johnston et al., 19 73 BaPb 1 - xBi xO3 19 75 ... BiSrCaCu2O6 + x 19 88 10 5 Maeda et al., 19 88 Tl2Ba2Ca2Cu3O9 + x 19 88 11 0 Shimakawa et al., 19 88 HgBa2Ca2Cu3O8 + x 19 93 13 0 Schilling & Cantoni, 19 93 NdFeAsO 1- x 2008 54 ... Superconductivity, 15 2, pp. 17 1- 216 Emin, D. (19 91) . Large bipolarons and superconductivity. Physica C: Superconductivity, 18 5- 18 9, Part 3, pp. 15 93 -15 94 Foltin, J. (19 88). Attractive interaction between...

Superconductivity Theory and Applications Part 3 pot

... weighted sum phases: 12 11 22,,cc  (14 ) for the free energy density (1) -(3) we obtain 2424 11 11 22 22222 12 2 12 12 222 12 22 2 21 1 212 12 12 11 222cos222cos222cos.Fdmm ...  Where 224 11 1 11 1 1 11 222eFiAmc    (1) 224222 22 22 11 222eFiAmc    (2) and  12 12 1 2 1 2 12 2222eeiAiAccFeeiAiAcc ... F=23 12 12()8HFFF dr  with respect to 1 , 2 and A we obtain the differential GL equations for two-band superconductor 222 11 111 1 2 2 1 222222222 1 12 12 202 12 202eeiA...

Superconductivity Theory and Applications Part 4 potx

... measurements at T=4.5 K are summarised in Figs .12 (a), Fig .12 (b), Fig. 13 (a) and Fig .13 (b). The stack of left hand panels in Figs. 12 (a), 12 (b), 13 (a) and 13 (b) show the normalized V(t)/V0 versus ... Creation and Annihilation of Metastable Vortex Phase as a Source of Excess Noise. Europhysics Letters Vol. 58, No. 1, pp 11 2 -11 8 Shi, A. C. & Berlinsky, A. J. (19 91) . Pinning and I-V characteristics ... Physical Review Letters Vol. 10 3, No. 16 , pp 16 70 01( 1) -16 70 01( 4) Mohan, S., (2009b). In: Instabilities in the vortex state of type II superconductors. Thesis. Department of Physics. Indian...

Robust Control Theory and Applications Part 1 potx

... Robust stability Let the linear system be given by the transfer function 1 110 1 110 11 11 () () (1) () (1) sLssLLmmTmmnnnnmmTTmnnnbs b s bs bGs eas a s as assnnbeV ... Topology and Different Kinds of Node Dynamics 423Sabato ManfrediChapter 8Chapter 9 Part 4Chapter 10 Chapter 11 Chapter 12 Chapter 13 Chapter 14 Chapter 15 Chapter 16 Chapter 17 Chapter 18 free ... -1 0 1 2 3 4 5-2.5-2 -1. 5 -1 -0.500.5 1 1.522.50 dB -10 dB-6 dB-4 dB-2 dB 10 dB6 dB4 dB2 dBNy quis t DiagramReal A x isImaginary Axis-30 -20 -10 0 10 20 30-50-40-30-20 -10 0 10 203040500...

Magnetic Bearings Theory and Applications Part 1 potx

... Bearings, Theory and Applications, Edited by Boštjan Polajžer p. cm. ISBN 978-953-307 -14 8-0Magnetic Bearings, Theory and Applications4 3. System Identification 3 .1 System Identification and ... lead compensator Design and implementation of conventional and advanced controllers for magnetic bearing system stabilization 1 Design and implementation of conventional and advanced controllers ... Shi and Wee Sit LeeX Design and implementation of conventional and advanced controllers for magnetic bearing system stabilization Juan Shi and Wee Sit Lee School of Engineering and...

MIMO Systems Theory and Applications Part 1 pot

... Diversity 415 Kadir M.F. A., Suaidi M.K. and Aziz M. Z. A.Chapter 8 Part 3Chapter 9Chapter 10 Chapter 11 Chapter 12 Chapter 13 Part 4Chapter 14 Chapter 15 Chapter 16 Chapter 17 Part 5Chapter 18 free ... modulated.0 5 10 15 10 −6 10 −5 10 −4 10 −3 10 −2 10 1 100SNR(dB)BER RayleighTx1Rx1AlamoutiTx2Rx1AlamoutiTx2Rx2Fig. 5. BER curves for BPSK modulated signal with Alamouti coding 10 MIMO Systems, ... González-López, Luis Castedo and Javier Garcia-FriasChapter 19 Chapter 20Chapter 21 Chapter 220 2 4 6 8 10 10 −6 10 −5 10 −4 10 −3 10 −2 10 1 100SNR(dB)BER OFDM Theory BERNoOFDMFig. 7....

Superconductivity Theory and Applications Part 2 ppt

... correlations. 1 10 10 00 10 20Tc Bilayer hydrate Monolayer hydrate unhydrous Na0.35CoO2 1 / T 1 T ( s -1 K -1 )T ( K )(b)0 .1 1 10 10 00 .1 1 10 10 0 10 00~ T~ T 3 1/ T 1 ( s -1 )T ... Nax(H3O)zCoO2·yH2O13 1 10 10 00204060MLH M1 sample M2 sample IM sample SC sample 1 / T 1 T ( s -1 K -1 )T ( K )(b)Nax(H3O)zCoO2- yH2O59Co NQR 1 10 10 00204060 1 / T 1 T ( s -1 ... in 11 0 10 2030 5 T 7 T 8 T 9 T 10 T 13 T 14 T NQR * 0.9 1/ T 1 T ( s -1 K -1 )T ( K ) 13 T 10 T9 T8 T7 T5 TNax(H3O)zCoO2 yH2OFig. 9. Temperature dependence of 1/ T 1 T...

Superconductivity Theory and Applications Part 5 pptx

... high-pure (lel∼ 10 0 μm) single-crystal normal metals Cu 10 0 Superconductivity – Theory and Applications Superconductivity – Theory and Applications 94connecting J1 and J2. With proper ... 640-643 , ISSN: 10 51- 8223. Narayana S. (2 011 ). Large scale integration issues in superconducting circuits, Proquest dissertations and theses, ISBN 97 811 2404 211 4. Nielsen M.A. and Chuang I.L. ... μmindiameterandL ≈ 50 μminlength,withLm≈ 10 0 μm. At theconstriction surface, BIamounted to ≈ 10 0 G at I = 1 A. The bulk elastic mean free path in the 10 8 Superconductivity – Theory and Applications 2...

Superconductivity Theory and Applications Part 6 pptx

... 0,,sinIIIIII, and  1 222,0sinIII n impi   (28) From Eqs. (26) and (27) one obtains then the following expression for the critical temperature 0 11 1 111 1 1 ln 1 24 ... effect for the major portion of electrons. 11 4 Superconductivity – Theory and Applications Superconductivity – Theory and Applications 13 0 view (Mathur, 19 98; Saxena, 2000). Near this quantum ... anormal-metal-insulator-superconductor junction. Phys. Rev. B,Vol.52,No.6, (19 95) 4467-4472. 12 8 Superconductivity – Theory and Applications Superconductivity – Theory and Applications 13 6 where the pairing interaction is represented...

Superconductivity Theory and Applications Part 7 docx

... 14 2 010 17 :33:09VECTORSTEP =1 SUB =1 TIME =1 FXELEM =14 58MIN= .15 7E-08MAX= .14 1E-03 1 .353E -10 .10 3E-06.206E-06.308E-06. 411 E-06. 514 E-06. 617 E-06.720E-06.822E-06.925E-06JUL 14 2 010 17 :39 :10 VECTORSTEP =1 SUB ... 2 010 17 :39 :10 VECTORSTEP =1 SUB =1 TIME =1 MXELEM =14 59MIN=.353E -10 MAX=.925E-06 1 3.865669.99 13 3620022668333440 01 466753335999JUL 14 2 010 17 :15 :56VECTORSTEP =1 SUB =1 TIME =1 JXNODE =13 7MIN=3.865MAX=5999 ... 15 9 Fig. 3. Force, torque and current density distributions per surface element. 1 .15 7E-08 .15 7E-04. 314 E-04.471E-04.628E-04.785E-04.942E-04 .11 0E-03 .12 6E-03 .14 1E-03JUL 14 ...

Xem thêm