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By M. Ali Omar

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Elementary Solid State Physics: Principles and Applications

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10m2spN1 5 2 Pa. max~15 K for p&=2’ 10-““5’ 10-l Pa. 84 Mor 1, 84 Mor 2 84 Rye 1 83 Fre 1, 83 Fre 2 83 Tak 1 83 Tak 1 82 Aku 1 Film, ReSpu (T,= NaCl (B 1) 670... 10-l Pa) Film (20. 300 nm on LiNbOa), ReSpu (773 K, Ar+N,) Film (20 . . 8... 8 14... 03 ... e. 1000 K, Ar+N,, pN2= 60 Pa) Film (40. . 100 nm), Spu, Gran Wire (0 < 10 pm), Mono, ZMel(3270 K, 6... 10 nmh-‘, p=18 atm Ar) Film (on mica), CVD 11 Micro, TEM, ED lo... 2... 4 RRR, eo, eo, a0 Attenuation of surface acoustic waves in the 700 MHz frequency range.

4.. 2 K. 87 mJ/K2 mol, On = 320 and 371 K. 1-e. e. a. l x’. 22: T, =4 K. 5 K for 20 and 40 at% MO, respectively. 40. 397 . ** 50 at% MO. 0... 2. 20 K. 9s... 4 mJ/K2 mol, On=260, 290, 320, 330, 340, 340 K for 0, 10, 25, 38, 40 and 50 at% MO. 4 K. Hc2 anisotropy decreaseswith addition of MO. 74 Yam 1 p. 642 T. 5 GPa and saturates at this value for higher pressures. 05. Decoration with disperse Fe particles in a nonuniformly deformed single crystal. The observed behaviour corresponds to the predictions of the theory of collective pinning.

NbN, bulk: critical field data and critical currents (Materials are listed in inverse chronological order and alphabetical order of the author’s name) 2132 NbN, Pow (S... 2K) = 12.. 20 T. 433 superconducting. 5 K + 1870 K/N,, after Ann (1 MPa N,, 1873 K). 5 at% 235U and doped (1670 K/22 h. N,). -. 57 “B. Z,(H) exhibits a sharp peak at F,, ao. Aala irr (1. -. 4379 = 11 T, regardless of doping. 4. 6. 10e3 on 235U doped samples). 48 nm. 3 mT. e. 14 l&m. 5 ... 0 T. 17 NaCl (Bl) 2T~~oH,2~12T. Hc2 ...

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