Journal of Physics and Chemistry of Solids

Cu-C₆₀ interaction and nano-composite structures
pp. 995-998(4)
Authors: Hou J.G.; Li X.; Wang H.; Wang B.

The Monte Carlo simulation on the glass transition of C₆₀ crystal
pp. 999-1002(4)
Authors: Yan F.; Wang Y.; Liu J.S.

The influence of O₂ on the phase transition of C₆₀ crystal
pp. 1003-1007(5)
Authors: Yan F.; Wang Y.

Semimetallic and semiconductor properties of some superhard and ultrahard fullerites in the range 300-2K
pp. 1009-1015(7)
Authors: Buga S.G.; Blank V.D.; Dubitsky G.A.; Edman L.; Zhu X.-M.; Nyeanchi E.B.; Sundqvist B.

Elastic modules of solid C₆₀: measurement and relationship with nanostructure
pp. 1017-1024(8)
Authors: Levin V.M.; Blank V.D.; Prokhorov V.M.; Soifer J.M.; Kobelev N.P.

Measuring physical and mechanical properties of individual carbon nanotubes by in situ TEM
pp. 1025-1030(6)
Authors: Wang Z.L.; Poncharal P.; de Heer W.A.

Large scale synthesis of single-wall carbon nanotubes by arc-discharge method
pp. 1031-1036(6)
Authors: Shi Z.; Lian Y.; Liao F.H.; Zhou X.; Gu Z.; Zhang Y.; Iijima S.; Li H.; Yue K.T.; Zhang S.-L.

High-yield preparation of dimetallofullerenes by the improved DC arc discharge method
pp. 1037-1040(4)
Authors: Lian Y.F.; Shi Z.J.; Zhou X.H.; Gu Z.N.; Xiao H.Z.; Wang J.Z.

Cyclacene tubes having silaannulenic peripheries-AM1 treatment
pp. 1041-1045(5)
Authors: Turker L.; Bayer I.

Observation of condensed structure of C60 assembled from solution
pp. 1047-1050(4)
Authors: Ogawa S.; Furusawa H.; Watanabe T.; Yamamoto H.

Formation and infrared studies of boron-doped C₆₀
pp. 1051-1054(4)
Authors: Zou Y.; Chen G.; Yan H.

Single-walled tubes and encapsulated nanoparticles: comparison of structural properties of carbon nanoclusters prepared by three different methods
pp. 1055-1067(13)
Authors: Jiao J.; Seraphin S.

Ultrafast optical Kerr effect of the C₆₀-PAN copolymer film
pp. 1069-1073(5)
Authors: Qian S.; Ma G.; Chen Y.; Cai R.; Qian W.; Lin L.; Zou Y.

Synthesis and photophysical characterization of a new crown ether-bearing [70]fulleropyrrolidine derivative
pp. 1075-1079(5)
Authors: Ge Z.; Li Y.; Shi Z.; Bai F.; Zhu D.

A novel reaction: [60,70]fullerene reacting with 4,4,5,5-tetramethylimidazoline-2-thione and -aminoacids as carbene reaction
pp. 1081-1088(8)
Authors: Xu J.-H.; Li Y.-L.; Guo Z.-X.; Li F.-Y.; Shi Z.-Q.; Pan C.-Y.; Zhu D.-B.

Langmuir-Blodgett films and optical second-harmonic generation of a crowned [60]fulleropyrrolidine
pp. 1089-1093(5)
Authors: Guo Z.; Li Y.; Bai F.; Yan J.; Ge Z.; Zhu D.; Si J.; Ye P.; Wang L.; Li T.

Covalently linked [60,70] fullerenes-nitroxide unit for synthesis and characterization
pp. 1095-1099(5)
Authors: Shi Z.; Li Y.; Xu J.; Ge Z.; Zhu D.

Synthesis and optical limiting properties of polycarbonates containing fullerene derivative
pp. 1101-1103(3)
Authors: Li F.; Li Y.; Ge Z.; Zhu D.; Song Y.; Fang G.

Preparation and characterization of the endohedral metallofullerene Lu@C₈₂
pp. 1105-1110(6)
Authors: Huang H.; Yang S.

Synthesis and characterization of a novel [60]fullerene-tetrathiafulvalene dyad
pp. 1111-1117(7)
Authors: Pengju Zeng; Yunqi Liu; Deqing Zhang; Chunhe Yang; Yongfang Li; Daoben Zhu

Mechanically driven phase transition of fullerene
pp. 1119-1122(4)
Authors: Liu Z.G.; Ohi H.; Masuyama K.; Tsuchiya K.; Umemoto M.

Electron spin resonance of carbon nanotubes prepared under two kinds of inert gas ambient
pp. 1123-1125(3)
Authors: Zhang H.; Liu S.; Wei A.; He Y.; Tang X.; Xue X.; Liang L.; Wu C.

Structural transformation in fullerene solids C₆₀ and C₇₀ at low temperatures-new insights
pp. 1127-1136(10)
Authors: Radhakrishnan T.S.; Sridharan V.; Ghosh G.

Sluggishness in the phase transformation in solid C₇₀
pp. 1137-1140(4)
Authors: Ghosh G.; Sengupta S.; Sastry V.S.; Sundar C.S.; Radhakrishnan T.S.

The third-order optical nonlinearity of C₆₀ and biphenyl derivatives
pp. 1141-1144(4)
Authors: Song Y.; Jiang L.; Zhu D.; Wang C.; Zhao K.; Xia Z.; Zou Y.

Synthesis of oligoadducts of malonic acid C₆₀ and their scavenging effects on hydroxyl radical
pp. 1145-1148(4)
Authors: Cheng F.; Yang X.; Zhu H.; Sun J.; Liu Y.

ESR study of PET between C₆₀ and amine derivatives in -CD aqueous solution
pp. 1149-1152(4)
Authors: Sun J.; Liu Y.; Chen D.; Zhang Q.

Mechanical and physical properties on carbon nanotube
pp. 1153-1158(6)
Authors: Xie S.; Li W.; Pan Z.; Chang B.; Sun L.

Electrical transport property of polymerized KC₆₀ and RbC₆₀
pp. 1159-1164(6)
Authors: Zhou W.Y.; Xie S.S.; Lu L.; Liu E.S.; Peng Z.

Photothermal deflection spectra of crystalline C₆₀S_x and RbC₆₀
pp. 1165-1169(5)
Authors: Zhou W.; Xie S.; Qian S.; Wang G.; Qian L.; Sun L.; Tang D.; Liu Z.

Synthesis of silicon nanowires using AuPd nanoparticles catalyst on silicon substrate
pp. 1171-1174(4)
Authors: Liu Z.Q.; Pan Z.W.; Sun L.F.; Tang D.S.; Zhou W.Y.; Wang G.; Qian L.X.; Xie S.S.

The electrical behavior of carbon nanotubes under high pressure
pp. 1175-1178(4)
Authors: Tang D.S.; Bao Z.X.; Wang L.J.; Chen L.C.; Sun L.F.; Liu Z.Q.; Zhou W.Y.; Xie S.S.

Carbon films with high density nanotubes produced using microwave plasma assisted CVD
pp. 1179-1183(5)
Authors: Zhang Q.; Yoon S.F.; Ahn J.; Gan B.; Rusli; Yu M.-B.

Enhanced electrical transport between the metal nano-particles by covering of monolayer C₆₀
pp. 1185-1188(4)
Authors: Wang H.; Li X.; Wang B.; Hou J.G.