Physica B: Condensed Matter 1996: Vol 226 Index

6 Pages·1996·2.3 MB·English

417
Index of Authors and Papers
Abbi, S.C., see S. Anand 226 (1996) 331 Carlile, C.J., see F. Fillaux 226 (1996) 241
Abramian, R., see D. Badalian 226 (1996) 385 Carlile, C.J., see J. Meinnel 226 (1996) 238
Adams, M.A., see J.Z. Larese 226 (1996) 221 Carlile, C.J., see R. Mukhopadhyay 226 (1996) 171
Agrahari, S.K., P.K. Dwivedi and A. Kumar, Light- Celli, M., see U. Bafile 226 (1996) 304
induced thermal crystallization of amorphous Chahid, A., R.L. McGreevy, J. Wicks and H. Mutka,
Se,.Te3.)_,Sb, 226 (1996) 345 Critical narrowing of molten Lip ¢6.Nao.33 alloy 226
Ahlert, D., see P. Schiebel 226 (1996) 234 (1996) 36
Anand, S., P. Verma, K.P. Jain and S.C. Abbi, Temper- Chatzidimitriou-Dreismann, C.A. and J. Mayers, Anom-
ature dependence of optical phonon lifetimes in alous neutron and Raman scattering due to EPR cor-
ZnSe 226 (1996) 331 related protons in liquid water 226 (1996) 231
Andreani, C., see A. Filabozzi 226 (1996) 56 Chevalier, B., F. Fourgeot, L. Fournés, P. Gravereau, G.
Arrighi, V. and J.S. Higgins, Side group rotations in Le Caér and J. Etourneau, Complex magnetic phase
amorphous polymers 226 (1996) 1 diagram of the ternary stannide Nd,Ni,Sn 226 (1996)
Asmussen, B., M. Miller, D. Balszunat, W. Press, M. 283
Prager and C.J. Carlile, Rotational excitations of the Choi, C. and M. Pintar, Observation of simultaneous
symmetric top molecule CHD, in rare gas crystals symmetry breaking of two noninteracting methyl
226 (1996) 224 groups by level crossing NMR_ 226 (1996) 164
Asmussen, B., see D. Balszunat 226 (1996) 185 Chumakov, A., see R. Riiffer 226 (1996) 128
Asmussen, B., see J.Z. Larese 226 (1996) 221 Clark, T.D., see J.F. Ralph 226 (1996) 355
Clough, S., Trajectories in methyl rotation 226 (1996)
Badalian, D., V. Gasparian, R. Abramian, A. Khachat- 228
rian and U. Gummich, On the thermodynamics of Coddens, G. and S. Lyonnard, A method to calculate
classical spins with isotrop Heisenberg interaction in coherent quasi-elastic neutron scattering signals: Illus-
one-dimensional quasi-periodic structures 226 (1996) tration on the case of atomic hopping in quasi-crys-
385 tals 226 (1996) 28
Bafile, U., M. Celli and M. Zoppi, Deep inelastic neutron Coddens, G., see D. Balszunat 226 (1996) 185
scattering in condensed hydrogen 226 (1996) 304 Combet, J., see M. Bee 226 (1996) 15
Balasubramanian, S., see V. Gayathri 226 (1996) 351 Corval, A., see H.P. Trommsdorff 226 (1996) 244
Balszunat, D., B. Asmussen, M. Miller, W. Press, W. Cristofolini, L., K. Vavekis, K. Prassides, A. José
Langel, G. Goddens, M. Ferrand and H. Bittner, Dianoux, M. Kosaka, I. Hirosawa and K. Tanigaki,
Rotational excitations of methane molecules in porous Molecular dynamics of C¢ 9 in superconducting
media 226 (1996) 185 Na,CsC¢o 226 (1996) 41
Balszunat, D., see B. Asmussen 226 (1996) 224
Balzarini, M., L. Pavesi and A. Deriu, Restricted ge- De Bruyn Ouboter, R., see B.J. Vieeming 226(1996) 253
ometry fluid dynamics in natural porous systems by De Groot, R.A., see C.M. Fang 226 (1996) 259
QENS and NMR PGSE _ 226 (1996) 10 Dencher, N.A., see J. Fitter 226 (1996) 61
Baruchel, J., see P. Rejmankova 226 (1996) 293 Deriu, A., see A. Filabozzi 226 (1996) 56
Bee, M., J. Combet, F. Guillaume, N.-D. Morelon, M. Deriu, A., see D. Di Cola 226 (1996) 46
Ferrand, D. Djurado and A.J. Dianoux, Neutron scat- Deriu, A., see M. Balzarini 226 (1996) 10
tering studies of linear chains in an organic inclusion Di Cola, D., A. Deriu and M. Sampoli, Molecular dy-
compound 226 (1996) 15 namics study of single-particle motion in supercooled
Bennington, S.M., see B. Hauer 226 (1996) 210 water. Memory function approach and comparison
Biildt, G., see J. Fitter 226 (1996) 61 with quasi-elastic neutron scattering 226 (1996) 46
Bittner H.G, see D. Balszunat 226 (1996) 185 Dianoux, A.J., see P. Girard 226 (1996) 66
Bittner, H., see GJ. Kearley 226 (1996) 199 Dianoux, A.J., see B. Hauer 226 (1996) 210
Dianoux, A.J., see M. Bee 226 (1996) 15
Canfield, P.C., see K. Koyama 226 (1996) 363 Diezemann, G. and W. Hausler, Symmetry species ex-
Carlile, C., see J.Z. Larese 226 (1996) 221 change in rotational tunnelling systems 226 (1996)
Carlile, C.J., see B. Asmussen 226 (1996) 224 189
418 Index of Authors and Papers
Djurado, D., see M. Bée 226 (1996) 15 Haeberlen, U., see S. Szymanski 226 (1996) 161
Dwivedi, P.K., see S.K. Agrahari 226 (1996) 345 Hasegawa, M., W.-J. Jang and H. Takei, Magnetic states
of tetragonal La,NiO,,; (6 = 0.156, 0.181, 0.186)
Ebbsjo, I., see R.L. McGreevy 226 (1996) 107 single crystals with excess oxygen in peroxide form
Etourneau, J., see B. Chevalier 226 (1996) 283 226 (1996) 375
Hauer, B., R. Hempelmann, D. Richter, T.J. Udovic, J.J.
Fang, C.M., G.A. Wiegers, A. Meetsma, R.A. De Groot Rush, S.M. Bennington and A.J. Dianoux, Ground
and C. Haas, Crystal structure and band structure state and excited hydrogen tunnelling in Nb, _,Ti,H,
calculations of Pb,,,;TaS, and Sn,,,NbS, 226 (1996) 226 (1996) 210
259 Havighorst, M. and M. Prager, Rotation translation
Fang, Y.-Z., see Y.-C. Zhou 226 (1996) 413 coupling in the quantum regime: NH; on MgO{100}
Farago, B., Spin echo studies of microemulsions 226 surfaces and in Hofmann clathrates 226 (1996) 178
(1996) 51 He, G.-P., see Y.-C. Zhou 226 (1996) 413
Ferrand, M., see D. Balszunat 226 (1996) 185 Hempelmann, R., Hydrogen diffusion mechanism in pro-
ton conducting oxides 226 (1996) 72
Ferrand, M., see J.Z. Larese 226 (1996) 221
Ferrand, M., see M. Bee 226 (1996) 15 Hempelmann, R., see B. Hauer 226 (1996) 210
Filabozzi, A., A. Deriu and C. Andreani, Temperature Higgins, J.S., see V. Arrighi 226 (1996) 1
dependence of the dynamics of superoxide dismutase Hirosawa, I., see L. Cristofolini 226 (1996) 41
by quasi-elastic neutron scattering 226 (1996) 56 Hohlwein, D., see P. Schiebel 226 (1996) 234
Fillaux, F., G.J. Kearley and C.J. Carlile, Inelastic neu- Hong, N.M., Volume dependence of magnetic interac-
tron scattering study of isotopic mixtures of lithium tions in R,Fe,, and R,Fe,,B and their interstitial
acetate with partially deuterated CH,D groups and compounds with H,C and Ns 226 (1996) 391
sine-Gordon dynamics 226 (1996) 241 Horsewill, A.J. and A. Ikram, Experimental investiga-
Fillaux, F., see G.J. Kearley 226 (1996) 199 tions of the quantum dynamics of the hydrogen bond
Fillaux, F., see J. Tomkinson 226 (1996) 213 using single crystal NMR_ 226 (1996) 202
Fitter, J.. R.E. Lechner, G. Biildt and N.A. Dencher, Howells, W.S., The use of Fourier transforms in the
Temperature dependence of molecular motions in the analysis of QENS data 226 (1996) 78
membrane protein bacteriorhodopsin from QINS
226 (1996) 61 Ikeda, K., see S. Orimo 226 (1996) 370
Fitter, J.. see R.E. Lechner 226 (1996) 86 Ikeda, S., Hydrogen potentials in hydrogen bonded com-
Fourgeot, F., see B. Chevalier 226 (1996) 283 pounds 226 (1996) 207
Fournes, L., see B. Chevalier 226 (1996) 283 Ikeda, S., see S. Takeda 226 (1996) 174
Franz, R.U., see P. Schiebel 226 (1996) 234 Ikram, A., see A.J. Horsewill 226 (1996) 202
Friedrich, H., S. Grieger, K. Guckelsberger, R. Scherm Imai, M., see T. Kanaya 226 (1996) 82
and W. Press, Measurement of total cross-section and
spin conversion in solid methane 226 (1996) 218 Jain, K.P., see S. Anand 226 (1996) 331
Fujii, H., see K. Koyama 226 (1996) 363 Jang, W.-J., see M. Hasegawa 226 (1996) 375
Fujii, H., see S. Orimo 226 (1996) 370 Jayasankar, C.K. and V.V. Ravi Kanth Kumar, Optical
properties of Nd** ions in cadmium borosulphate
Gabrys, B.J., see W. Zajac 226 (1996) 144 glasses and comparative energy level analyses of Nd°*
Gasparian, V., see D. Badalian 226 (1996) 385 ions in various glasses 226 (1996) 313
Gayathri, V. and S. Balasubramanian, Effect of spatial Jianxin, W., see L. Xianming 226 (1996) 399
dispersion of the dielectric on the binding energy of D™ Jingsheng, Z., see L. Xianming 226 (1996) 399
ion in Si and Ge 226 (1996) 351 Johnson, M., see H.P. Trommsdorff 226 (1996) 244
Girard, P., F. Guillaume and A.-J. Dianoux, Molecular Johnson, M.R. and H.P. Trommsdorff, Rotational tun-
dynamics of guest molecules in the channels of urea nelling studies by optical hole burning at high pres-
inclusion compounds investigated by means of IQNS sure 226 (1996) 194
spectroscopy 226 (1996) 66 José Dianoux, A., see L. Cristofolini 226 (1996) 41
Godard, J., see J. Meinnel 226 (1996) 238
Gravereau, P., see B. Chevalier 226 (1996) 283 Kaji, K., see T. Kanaya 226 (1996) 82
Grieger, S., see H. Friedrich 226 (1996) 218 Kanaya, T., M. Imai and K. Kaji, Low-energy excitations
Guckelsberger, K., see H. Friedrich 226 (1996) 218 of amorphous and _ semicrystalline poly(ethylene
Guillaume, F., see M. Bée 226 (1996) 15 terephthalate)s 226 (1996) 82
Guillaume, F., see P. Girard 226 (1996) 66 Kasperczyk, J., see I.V. Kityk 226 (1996) 381
Gummich, U., see D. Badalian 226 (1996) 385 Katacka, H., see S. Takeda 226 (1996) 174
Kearley, G.J., H.G. Biittner, F. Fillaux and M.F. Lautie,
Hausler, W., see G. Diezemann 226 (1996) 189 NH, free rotors in Hofmann clathrates 226 (1996)
Haas, C., see C.M. Fang 226 (1996) 259 199
Index of Authors and Papers 419
Kearley, G.J., see F. Fillaux 226 (1996) 241 Mukhopadhyay, R., J. Tomkinson and C.J. Carlile,
Kearley, G.J., see J. Tomkinson 226 (1996) 213 Nuclear spin conversion in the mixed ammonium—
Khachatrian, A., see D. Badalian 226 (1996) 385 alkali halide systems: Time resolved inelastic neutron
Kityk, I.V., M.K. Zamorskii and J. Kasperczyk, Energy scattering study 226 (1996) 171
band structure of Bi,,SiO,,. and Bi,,GeO,, single Mutka, H., see A. Chahid 226 (1996) 36
crystals 226 (1996) 381
Knight, K.S., see J. Meinnel 226 (1996) 238 Nagao, M. see S. Orimo 226 (1996) 370
Kondoh, F., see S. Takeda 226 (1996) 157 Nakamura, N., see S. Takeda 226 (1996) 157
Kosaka, M., see L. Cristofolini 226 (1996) 41 Neumann, M., see H.P. Trommsdorff 226 (1996) 244
Koyama, K., H. Fujii and P.C. Canfield, Magneto-
crystalline anisotropy of a Nd,Fe,,singlecrystal 226 Olejniczak, Z., see S. Szymanski 226 (1996) 161
(1996) 363 Omelyanchouk, A.N., see B.J. Vieeming 226 (1996) 253
Kumar, A., see S.K. Agrahari 226 (1996) 345 Orimo, S., H. Seto, K. Ikeda, M. Nagao and H. Fujii,
Small angle neutron scattering measurements of
a nanostructured Mg,Ni—-D system 226 (1996) 370
Langel, W., see D. Balszunat 226 (1996) 185
Larese, J.Z., B. Asmussen, M.A. Adams, C. Carlile, D.
Pavesi, L., see M. Balzarini 226 (1996) 10
Martin and M. Ferrand, Rotational tunneling studies
Pintar, M., see C. Choi 226 (1996) 164
of methane films adsorbed on MgO: Crossover from
Prager, M., see B. Asmussen 226 (1996) 224
two-to-three dimensions? 226 (1996) 221
Prager, M., see M. Havighorst 226 (1996) 178
Lautie, M.F., see G.J. Kearley 226 (1996) 199
Prance, H., see J.F. Ralph 226 (1996) 355
Le Caér, G., see B. Chevalier 226 (1996) 283
Prance, R.J., see J.F. Ralph 226 (1996) 355
Lechner, R.E., R. Melzer and J. Fitter, First QINS
Prandl, W., see P. Schiebel 226 (1996) 234
results from the TOF-spectrometer NEAT 226(1996)
Prassides, K., see L. Cristofolini 226 (1996) 41
86
Press, W., see B. Asmussen 226 (1996) 224
Lechner, R.E., see J. Fitter 226 (1996) 61
Press, W., see D. Balszunat 226 (1996) 185
Li, C.-F., A note on the boundary condition in the
Press, W., see H. Friedrich 226 (1996) 218
Aharonov-Bohm scattering for «=integer 226
(1996) 406
Ralph, J.F., T.D. Clark, R.J. Prance and H. Prance,
Lyonnard, S., see G. Coddens 226 (1996) 28
Self-capacitance of the superconducting condensate
226 (1996) 355
Magazu, S., IQENS — dynamic scattering comple- Ravi Kanth Kumar, V.V., see C.K. Jayasankar 226
mentarity on hydrogenous systems 226 (1996) 92 (1996) 313
Martin, D., see J.Z. Larese 226 (1996) 221 Rejmankova, P., J. Baruchel and P. Moretti, Investiga-
Mattssons, B., see W. Zajac 226 (1996) 144 tion of hydrogen implanted LiNbO, crystals under DC
Mayers, J., see C.A. Chatzidimitriou-Dreismann 226 electric field by synchrotron radiation
(1996) 231 topography 226 (1996) 293
McGreevy, R., see W. Zajac 226 (1996) 144 Richter, D., see B. Hauer 226 (1996) 210
McGreevy, R.L., J.X.M. Zheng-Johansson and I. Ebbsjo, Riiffer, R. and A. Chumakov, Quasi-elastic and inelastic
Molecular dynamics simulation of quasi-elastic neu- scattering using nuclear resonance techniques 226
tron scattering from the fast conductor Cul 226 (1996) 128
(1996) 107 Rush, J.J., see B. Hauer 226 (1996) 210
McGreevy, R.L., see A. Chahid 226 (1996) 36
Meetsma, A., see C.M. Fang 226 (1996) 259 Sampoli, M., see D. Di Cola 226 (1996) 46
Meinnel, J., C.J. Carlile, K.S. Knight and J. Godard, Scherm, R., see H. Friedrich 226 (1996) 218
Assignment of tunnelling lines by single crystal neutron Schiebel, P., D. Ahlert, R.U. Franz, D. Hohlwein, W.
spectroscopy 226 (1996) 238 Prandl, K. Siemensmeyer and K. Wulf, Partial conver-
Melzer, R., see R.E. Lechner 226 (1996) 86 sion of neutron incoherent into coherent scattering by
Micoulaut, M., A simple dynamical model for the de- NH, quantum rotators 226 (1996) 234
scription of binary glass-forming systems 226 (1996) Seto, H., see S. Orimo 226 (1996) 370
268 Siemensmeyer, K., see P. Schiebel 226 (1996) 234
Middendorf, H.D., Neutron studies of the dynamics of Szymanski, S., Z. Olejniczak and U. Haeberlen, A consis-
biological water 226 (1996) 113 tent treatment of coherent and incoherent nuclear ex-
Mishra, S., see D.N. Tripathy 226 (1996) 338 change in a CD; group) 226 (1996) 161
Morelon, N.-D., see M. Bee 226 (1996) 15
Moretti, P., see P. Reymankova 226 (1996) 293 Takeda, S., F. Kondoh, N. Nakamura and K. Yama-
Miiller, M., see B. Asmussen 226 (1996) 224 guchi, Proton tunneling and local symmetry of the
Miller, M., see D. Balszunat 226 (1996) 185 hydrogen bond in Rb3H(SO,), 226 (1996) 157
420 Index of Authors and Papers
Takeda, S., H. Kataoka, S. Ikeda and K. Yamaguchi, Wicks, J., see A. Chahid 226 (1996) 36
Rotational tunneling of methyl groups’ of Wiegers, G.A., see C.M. Fang 226 (1996) 259
Sc(CH3;COO); and Sc(CD3;COO); 226 (1996) 174 Wu, S.-Y., see W.-C. Zheng 226 (1996) 409
Takei, H., see M. Hasegawa 226 (1996) 375 Wulf, K., see P. Schiebel 226 (1996) 234
Tanigaki, K., see L. Cristofolini 226 (1996) 41
Tomkinson, J., F. Fillaux and G.J. Kearley, Proton trans- Xianming, L., W. Jianxin and Z. Jingsheng, Photoemis-
fer: Recent results from neutron vibrational spectro- sion study on formation of Y—Cu intermetallic com-
scopy 226 (19962)1 3 pound on Cu(100) surface 226 (1996) 399
Tomkinson, J., see R. Mukhopadhyay 226 (1996) 171
Tripathy, D.N. and S. Mishra, Can there be a T? In Yamaguchi, K., see S. Takeda 226 (1996) 157
T kind of behaviour of the low temperature specific Yamaguchi, K., see S. Takeda 226 (1996) 174
heat of liquid *He without the paramagnons? 226
(1996) 338 Zajac, W., B.J. Gabrys, R. McGreevy and B. Mattssons,
Trommsdorff, H.P., M. Neumann, M. Johnson, A. Cor- Dynamics of the polymer matrix in PPO: NaClO, and
val and L. von Laue, Optical probes of proton tunnel- PPO: LiClO, complexes studied by QENS 226
ing in molecular solids 226 (1996) 244 (1996) 144
Trommsdorff, H.P., see M.R. Johnson 226 (1996) 194 Zakarian, A.V., see B.J. Vieeming 226 (1996) 253
Zamorskii, M.K., see I.V. Kityk 226 (1996) 381
Udovic, T.J., see B. Hauer 226 (1996) 210 Zheng, W.-C. and S.-Y.Wu, A study of the temperature
dependence of g factor for MgO:V** crystal 226
Vavekis, K., see L. Cristofolini 226 (1996) 41 (1996) 409
Verma, P., see S. Anand 226 (1996) 331 Zheng-Johansson, J.X.M., see R.L. McGreevy 226
Vleeming, B.J., A.V. Zakarian, A.N. Omelyanchouk and (1996) 107
R. De Bruyn Ouboter, Macroscopic quantum interfer- Zhou, Y.-C., Y.-Z. Fang and G.-P. He, Effect of the
ence phenomena in a 4-terminal SQUID 226 (1996) Aharonov-Bohm potential on the optical polaron in
253 a one-dimensional ring 226 (1996) 413
Vogl, G., QENS and quasielastic Méssbauer spectro- Zoppi, M., see U. Bafile 226 (1996) 304
scopy for studying diffusion 226 (1996) 135
Von Laue, L., see H.P. Trommsdorff 226 (1996) 244
421
Subject Index
a-Cul 107 Concentration fluctuations 36 Hydrogen bond 157
a,@-dibromoalkane 66 Critical narrowing 36 Hydrogen bond dynamics 244
B-sheet protein 56 Crystal structure 259, 283 Hydrogen bond tunneling 202
B-Zr(HPO,), 86 Crystal-field theory _ 409 Hydrogen diffusion 78
y-Cul 107 Cu, Zn superoxide dismutase 56 Hydrogen tunneling 210
2-methyl-2-mutanol 92 Hydrogen, condensed 304
Dion 351 Hydrostatic pressure 194
Adamantane 86 Deuterated proteins 113
Agarose 113 Deuterium NMR _ 161, 174 Implantation 293
Aharonov-Bohm potential 413 Diffusion coefficient 10 Incident wave functions 406
Aharonov-Bohm scattering 406 Dipolar spectroscopy 202 Inelastic neutron scattering 174,
Alyo.3Pd214Mng.3 28 Dolomia carbonate 10 207, 241, 304
Alg2Fe;2.sCuz.5 28 Droplet phase 51 Inter-diffusion coefficient 36
Alkyl chains 15 Dynamic light scattering 92 Intermetallics 399
Ammonia 199 Interstitial compounds 391
Amorphous Poly(ethelene Electron—phonon interaction 409 Isomeric alcohols 92
terephthalate), PET 82 Elementary diffusion jump Isotopes 207
Amorphous polymers 1 mechanism 135
Angell’s classification 92 Energy band structure 381 Josephson devices 355
Anhydrous zirconium phosphate 86 EPR 231, 409
Antiferromagnetism 283 KDP 207
Atomic hopping 28 Fast ion conductor 107 KHCO,3 207
FesoAls, 135 Kirkwood correlation factor 92
Bacteriorhodopsin 61 Fe72,Al,, 135 Kohlrausch—Williams—Watts
Band structure 259 Fe3Si 135 (KWW) 78, 144
Bayesian analysis 78, 144 Film adsorption 221
Bending rigidity 51 Free diffusion coefficient 72 La,NiO4+s5 375
Berea sandstone 10 Free rotation 199 Level crossing 164
Bi, »>GeO29 381 Fullerenes 28, 41 Lip.62Nao.38 36
Bi,2S102>9 381 Fully hydrated molecules 113 LiNbO; 293
Binding energy 351 Limestone 10
Biomolecular hydration processes Ginzburg—Landau theory 355 Linear chains 15
113 Glasses 268, 313 Lithium acetate 241
Globular proteins 56, 113 Low energy excitations 82
C-phycocyanine 113 Grotthus mechanism 72 Low temperatures 338
C60 28, 41 Group representation theory 28
CD; 161 Guest motions 66 Magnetic diagram 283
CH, 221 Magnetic interaction 391
CH, 185 H,0 46 Magnetic moments 363
CioH,s 86 3He, liquid 338 Magnetocrystalline anisotropy 363
CsH,;7;CO,H 66 Heat capacity 385 Membrane protein 61
CH,D 241 Helfrich stabilization 51 Memory function approach 46
CHD, 224 Hofmann clathrates 178, 199 Metal hexammine 234
CyH,;.NO, 15 Hyaluronate 113 Methyl 228
Chudley—Elliott model 72 Hydrogen 207 Methyl group rotations 1, 15
422 Subject Index
Methyl group tunneling 174, 244 PMMA 11, 78 Scandium acetate 174
Mg,Ni-D 370 Poly(ethelene oxide) 92 Schlegel diagram 28
MgO 178, 221 Poly(ethelene terephthalate), PET SDS 51
MgO:V?* 409 82 Se79Te39_,Sb, 345
Microemulsions 51 Poly(propylene oxide), PPO 144 Shallow impurities 351
Molecular dynamics 41, 46, 66, 107 Poly(vinyl methyl ether) 1 Side group rotations 1
Molecular rotations 218 Polymer matrix 144 Simple liquid structure 268
Mossbauer scattering 128 Polymer poly(methyl methacrylate), Single crystals 238, 381
PMMA 1, 78 Sn,3NbS, 259
NH, 178 Polymeric aqueous solutions 92 SOD 56
n-alkalene/urea 66 Polysaccharide gels 113 Specific heat 338
n-nonanoic carboxylic acid 66 Porous media 185 Spectroscopy 238
Nanostructures 370 PPO 1 Spin conversion 171, 218, 234
PPO-LiClO, 144 Spin glass 375
Na zCsCeo 41
Nb, -,Ti,H, 210 PPO-NaClO, 144 SQUID 253
Nd?* 313 Pressure effects 391 SrCeo.95Ybo.05Ho0.0202.085 72
Nd>Fe,7 single crystal 363 Protein crystals 113 Stannides 283
Neutron diffraction 234 Protein dynamics 61 Superconductivity 253, 355
Neutron scattering 171, 231, 238, Proton conducting oxides 72 Supercooled water 46
370 Proton dynamics 46 Symmetry breaking 164, 355
Neutron spectroscopy 210, 213 Proton transfer 202, 213, 244 Symmetry species 189
Ni3Sb 135 Proton tunneling 157, 244 Synchrotron radiation 128, 293
NMR __157, 164, 202 Pulsed field gradient spin echo 10 Syndiotactic PMMA 1
Normal pentanol 107 Purple membrane 61
Nuclear resonance spectroscopy PVME 1 tano/1-bromodecane 15
128 tano/1-bromohexadecane 15
Quantum interference 253 tano/heptane 15
One-dimensional ring 413 Quantum rotator 234 tano/octane 15
Optical hole burning 194 Quantum tunneling 171 Thermal crystallization 345
Optical phonons 331 Quasi-elastic Mossbauer Thermodynamics 385
Optical polarons 413 spectroscopy 135 Trajectories 228
Optical properties 313 Quasicrystals 28, 385 Tribromomesitylene 238
Organic inclusion compounds 15 Tunneling 161, 218, 238
Raman scattering 10, 92, 231
Urea inclusion compounds 66
Pb,/3TaS, 259 Rare gas clusters 224
Perovskites 72 Rb3H(SO,). 157
Water 231
Peroxide 375 Relativity 228
PET 82 Rotation 228
Y—Cu compound 399
PGSE 10 Rotation translation coupling 178
Yb-doped SrCeO3 72
Phase transformation 345 Rotational excitations 185, 224
Photoemission 399 Rotational tunneling 189, 194, 221 ZnSe 331