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9780735400320

Nanonetwork Materials: Fullerenes, Nanatubes and Related Systems : Kamakura, Japan 15-18 January 2001

by
  • ISBN13:

    9780735400320

  • ISBN10:

    0735400326

  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2001-10-01
  • Publisher: AMER INST OF PHYSICS

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Summary

The International Symposium on Nanonetwork Materials: Fullerenes, Nanotubes, and Related Systems was held in January 2001 in Kamakura to exchange the newest research results and to discuss the current status and future prospects of carbon nanotubes, fullerenes, and related network meterials which are now the subjects of the highest interest and the most intensive research in nanoscience and nanotechnology. Due to the high importance of these materials in various fields, such as physics, chemistry, and many engineering fields, scientists from all over the world attended this symposium. These proceedings cover the synthesis, electronic properties, and mechanical properties of fullerenes, nanotubes, and related covalent-bond network materials.

Table of Contents

Preface xv
Symposium Organization xvii
Conference Photograph xix
I. NANOTUBES: SYNTHESIS
SWNTs Synthesized in External Magnetic Field
3(4)
B. Jeyadevan
Y. Sato
K. Tohji
A. Kasuya
R. Hatakeyama
H. Ishida
N. Sato
K. Ueno
T. Takagi
Production of Thick Single-Walled Carbon Nanotubes by Arc Discharge in Hydrogen Ambience
7(4)
Y. Ando
X. Zhao
K. Hirahara
S. Iijima
Production and Measurements of Isolated Single-Wall Carbon Nanotubes
11(4)
S. Arepalli
P. Nikolaev
W. Holmes
V. Hadjiev
B. Files
In-Situ Spectroelectrochemical Study of Single-Wall Carbon Nanotubes
15(4)
S. Kazaoui
N. Minami
N. Matsuda
H. Kataura
Y. Achiba
Synthesis of Carbon Nanocoils Using Electroplated Iron Catalyst
19(4)
L. Pan
M. Zhang
A. Harada
Y. Takano
Y. Nakayama
Preparation of Carbon Nanotubes by Using Mesoporous Silica
23(4)
S. Kawasaki
S. Komiyama
S. Ohmori
A. Yao
F. Okino
H. Touhara
Gas Dynamic and Time Resolved Imaging Studies of Single-Wall Carbon Nanotubes Growth in the Laser Ablation Process
27(4)
R. Sen
S. Suzuki
H. Kataura
Y. Achiba
New Simple Method of Carbon Nanotube Fabrication Using Welding Torch
31(4)
H. Takikawa
Y. Tao
Y. Hibi
R. Miyano
T. Sakakibara
Y. Ando
S. Ito
K. Hirahara
S. Iijima
Temperature and Time Dependence of the Growth of Carbon Nanotubes by Thermal Chemical Vapor Deposition
35(4)
H.J. Jeong
Y. M. Shin
K. S. Kim
S. Y. Jeong
Y. S. Park
Y. C. Choi
Y. H. Lee
Effect of Ni-Surface Morphology on the Growth of Carbon Nanotubes by Microwave Plasma-Enhanced Chemical Vapor Deposition
39(4)
Y. C. Choi
Y. M. Shin
H. J. Jeong
D. J. Bae
S. C. Lim
K. H. An
Y. H. Lee
Growth Mechanism of Carbon Nanotubes Grown by Microwave Plasma-Assisted Chemical Vapor Deposition
43(4)
T. Muneyoshi
M. Okai
T. Yaguchi
S. Sasaki
Automation of Purification for Single-Walled Nanotubes
47(4)
T. Ogawa
Y. Sato
K. Shinoda
B. Jeyadevan
K. Tohji
A. Kasuya
Y. Nishina
Time and Space Evolution of Carbon Species Generated with a Laser Furnace Technique
51(4)
S. Suzuki
H. Yamaguchi
R. Sen
H. Kataura
W. Kratschmer
Y. Achiba
Synthesis of Vertically Aligned Carbon Nanotubes on a Large Area Using Thermal Chemical Vapor Deposition
55(4)
C. J. Lee
K. H. Son
T. J. Lee
S. C. Lyu
J. E. Yoo
Synthesis of Aligned Carbon Nanotubes by C2H2 Decomposition on Fe(CO)5 as a Catalyst Precursor
59(4)
J. H. Han
J. E. Yoo
S. C. Yoo
C. J. Lee
K.-H. Lee
Formation of Radioactive Fullerenes by Using Nuclear Recoil
63(4)
T. Ohtsuki
K. Ohno
K. Shiga
Y. Kawazoe
Y. Maruyama
K. Shikano
K. Masumoto
Open Nanotubes of Insulating Boron Nitride
67(4)
D. Golberg
Y. Bando
K. Kurashima
T. Sato
Inter-Process Measurement of MWNT Rigidity and Fabrication of MWNT Junctions Through Nanorobotic Manipulations
71(4)
L. Dong
F. Arai
T. Fukuda
Selective Lateral Nano-Bridging of Carbon Nanowire between catalytic Contact Electrodes
75(6)
Y. H. Lee
Y. T. Jang
C. H. Choi
E. K. Kim
B. K. Ju
D. H. Kim
C. W. Lee
J. K. Shin
S. T. Kim
II. NANOTUBES: ELECTRONIC AND MECHANICAL PROPERTIES
Quantum Oscillations for the Spectral Moments of Raman Spectra from SWCNT
81(6)
H. Kuzmany
M. Hulman
W. Plank
A. Grueneis
C. Kramberger
H. Peterlik
T. Pichler
H. Kataura
Y. Achiba
Electronic Structure Studies of Carbon Nanotubes: Aligned, Doped, and Filled
87(8)
J. Fink
X. Liu
H. Peisert
T. Pichler
M. Knupfer
M. S. Golden
D. M. Walters
H. Kataura
Lithium Storage in Single Wall Carbon Nanotubes
95(6)
B. Gao
H. Shimoda
X. P. Tang
A. Kleinhammes
L. Fleming
Y. Wu
O. Zhou
Electronic Structure and Quantum Conductance of Nanotube Structure: Defects, Crossed-Tube Junctions, and Nanopeapods
101(6)
S. G. Louie
Electromechanical Properties of Multiwall Carbon Nanotubes
107(6)
A. Zettl
J. Cumings
Field Emission from Carbon Nanotubes with Clean Surface and Adsorbed Molecules
113(4)
K. Hata
A. Takakura
Y. Saito
Hydrogen Insertion and Extraction Mechanism in Single-Walled Carbon Nanotubes
117(4)
S. M. Lee
Y. H. Lee
G. Seifert
T. Frauenheim
Optical Anisotropy of Aligned Single-Walled Carbon Nanotubes in Polymer
121(4)
M. Ichida
S. Mizuno
H. Kataura
Y. Achiba
A. Nakamura
Polarized Absorption Spectra of 0.4nm-Sized Single-Wall Carbon Nanotube Arrays Formed in Channels of AIPO4-5 Single Crystals
125(4)
Z. K. Tang
Z. M. Li
G. D. Li
N. Wang
H. J. Liu
C. T. Chan
Structural (n, m) Determination of Isolated Single Wall Carbon Nanotubes by Resonant Raman Scattering
129(4)
A. Jorio
R. Saito
J. H. Hafner
C. M. Lieber
M. Hunter
T. McClure
G. Dresselhaus
M. S. Dresselhaus
High Energy-Resolution EELS Study of the Electronic Structure of Boron Nitride Cones
133(4)
M. Terauchi
M. Kawana
M. Tanaka
K. Suzuki
A. Ogino
K. Kimura
Electrical Contact with Titanium Carbide to an Individual Single-Walled Carbon Nanotube
137(4)
F. Nihey
T. Ichihashi
M. Yudasaka
S. Iijima
Multiwalled Carbon Nanotubes as Single Electron Transistors
141(4)
M. Ahlskog
R. Tarkiainen
L. Roschier
M. Paalanen
P. Hakonen
Conduction Mechanism in Multiwall Carbon Nanotubes
145(4)
S. Roche
F. Triozon
D. Mayou
A. Rubio
Electrical Transport through Crossed Carbon Nanotube Junctions
149(4)
T. Nakanishi
T. Ando
Energy Barriers in Carbon Nanotube Junctions
153(4)
R. Tamura
M. Tsukada
Scanning Tunneling Spectroscopic Characterization of Single Walled Carbon Nanotubes in Bundles
157(4)
K. Suzuki
Y. Maruyama
M. Nagayama
T. Kumagai
F. Kosha
K. Tohji
H. Takahashi
A. Kasuya
Y. Nishna
Estimation of the Mechanical Strength of Nanotube Bundle
161(4)
Y. Nishina
T. Maeda
A. Kasuya
K. Tohji
Y. Sato
Optical Properties of Fullerne-Peapods
165(4)
H. Kataura
T. Kodama
K. Kikuchi
K. Hirahara
S. Iijima
S. Suzuki
W. Kratschmer
Y. Achiba
Electron Transport in Carbon Nanotubes Encapsulating Fullerenes
169(4)
D-H. Kim
H-S. Sim
K. J. Chang
Electronic Structure and Energetics of Carbon Nanotubes Encapsulating C60
173(4)
S. Okada
S. Saito
A. Oshiyama
Y. Miyamoto
Intercalation of SWNTs as Investigated by Raman and X-ray Photoemission Spectroscopy
177(4)
T. Ito
Y. Yatsu
H. Fudo
Y. Iwasa
T. Mitani
H. Kataura
Y. Achiba
Adsorption and Desorption of Weakly Bonded Adsorbates from Single-Wall Carbon Nanotube Bundles
181(4)
T. Hertel
J. Kriebel
G. Moos
R. Fasel
Chirality Dependent G-Band Raman Intensity of an Individual Single Wall Carbon Nanotube
185(4)
R. Saito
A. Jorio
J. H. Hafner
C. M. Lieber
M. Hunter
T. McClure
G. Dresselhaus
M. S. Dresselhaus
Photoconductivity of Single-Walled Carbon Nanotubes
189(4)
A. Fujiwara
Y. Matsuoka
H. Suematsu
N. Ogawa
K. Miyano
H. Kataura
Y. Maniwa
S. Suzuki
Y. Achiba
Electronic Structure of Multi-Walled Carbon Nanotubes Studied by Photoemission Spectroscopy
193(4)
S. Suzuki
C. Bower
Y. Watanabe
S. Heun
T. Kiyokura
K. G. Nath
T. Ogino
W. Zhu
O. Zhou
STM/STS on Carbon Nanotubes at Low Temperature
197(4)
K. Nomura
M. Osawa
K. Ichimura
H. Kataura
Y. Maniwa
S. Suzuki
Y. Achiba
Dielectric Function of C60-Encapsulating Nanotube
201(4)
N. Hamada
M. Yamaji
S. Okada
S. Saito
Structural and Electronic Property Changes of Single-Walled Carbon Nanotubes under Pressure
205(4)
L. C. Qin
J. Tang
T. Sasaki
M. Yudasaka
A. Matsushita
S. Iijima
Preparation of Mechanically Aligned Carbon Nanotube Films and Their Anisotropic Transport Phenomena
209(4)
D. J. Bae
K. S. Kim
Y. S. Park
K. H. An
J. M. Moon
S. C. Lim
Y. H. Lee
Polarization Characteristics of Zeolite Single Crystals Containing Carbon Nanotubes
213(4)
N. Nagasawa
I. Kudryashov
S. Tsuda
Z. K. Tang
Electrochemical Hydrogen Storage in Single-Walled Carbon Nanotubes
217(4)
W. S. Kim
K. H. An
Y. S. Park
Y. H. Lee
Saturation of Emission Current from Carbon Nanotube Field Emission Array
221(4)
S. C. Lim
H. J. Jeong
Y. M. Shin
K. S. Kim
W. S. Kim
Y. S. Park
Y. C. Choi
K. H. An
D. J. Bae
Y. H. Lee
Characteristic Interactions of Gases in Solid Carbon Nanotubes
225(4)
C. W. Jin
K. Ichimura
K. Imaeda
H. Inokuchi
Chemical Interaction of Rare Gases in Solid Carbon Nanotubes
229(4)
K. Ichimura
K. Imaeda
H. Inokuchi
The Effect of Solvent on Electrical Transport Properties in Single-Wall Carbon Nanotubes
233(4)
S. Masubuchi
H. Masubuchi
S. Kazama
H. Kataura
Y. Maniwa
S. Suzuki
Y. Achiba
Analysis of C60 Insertion into Single Wall Carbon Nanotube by Molecular Dynamics Simulation
237(4)
T. Ishii
K. Esfarjani
Y. Hashi
Y. Kawazoe
S. Iijima
Supercapacitors Using Singlewalled Carbon Nanotube Electrodes
241(4)
K. H. An
W. S. Kim
Y. S. Park
H. J. Jeong
Y. C. Choi
J. M. Moon
D. J. Bae
S. C. Lim
Y. H. Lee
Resonances in Deformed Carbon Nanotubes
245(4)
H. S. Sim
C. J. Park
K. J. Chang
Electrochemical Lithium Insertion of Heat Treated and Chemically Modified Multi-Wall Carbon Nanotubes
249(4)
H. Touhara
I. Mukhopadhyay
F. Okino
S. Kawasaki
T. Kyotani
A. Tomita
W. K. Hsu
Spin Valve Effect in Magnetically Doped Nanotube-Based Transistors
253(4)
K. Esfarjani
Z. Chen
A. A. Farajian
Y. Kawazoe
Charge Oscillation at Doped Nanotube Junctions
257(4)
A. A. Farajian
K. Esfarjani
M. Mikami
Effective-Mass Theory of Capped Carbon Nanotubes
261(4)
T. Yaguchi
T. Ando
Observation of Coulomb Blockade in a Ti/Multi-Wall Carbon Nanotube/Ti Structure
265(4)
A. Kanda
K. Tsukagoshi
Y. Ootuka
Y. Aoyagi
Energy Gap Induced by Lattice Deformation in Carbon Nanotubes
269(4)
H. Suzuura
T. Ando
Low Temperature Magneto-Transport in Multi-Wall Carbon Nanotubes
273(4)
R. Enomoto
N. Aoki
K. Ishibashi
Y. Ochiai
Structural Transformations in Single Wall Carbon Nanotube Bundles
277(4)
V. Kumar
M. Sluiter
Y. Kawazoe
In-situ Atomistic Observation of Carbon Nanotube during Field Emission
281(4)
T. Kuzumaki
Y. Horiike
T. Kizuka
Processing of Individual Carbon Nanotubes - Cutting and Joining
285(6)
T. Kizuka
T. Kuzumaki
III. FULLERENES AND FULLERIDES
C60 as Building Block for New Interesting Carbon Structures and Species
291(6)
W. Kratschmer
Superconductivity in Fullerene Systems
297(8)
M. L. Cohen
Electronic Structure of Ba4C60 and Cs4C60
305(4)
K. Umemoto
S. Saito
EPR in RbC60 Under Pressure
309(4)
S. Kobayashi
H. Sakamoto
K. Mizoguchi
M. Kosaka
K. Tanigaki
Behaviors of Metals in Production of Nanonetwork Materials Investigated by Radiochemical Technique
313(4)
K. Sueki
K. Akiyama
C. Kurata
K. Oogama
Y. L. Zhao
M. Katada
S. Enomoto
S. Ambe
F. Ambe
H. Nakahara
K. Kikuchi
Ferromagnetic Transition in Europium Fullerides EuxSr6-xC60
317(4)
K. Ishii
A. Fujiwara
H. Suematsu
Y. Kubozono
C60 Molecular Configurations Leading to Ferromagnetic Exchange Interactions in TDAE-C60
321(4)
B. Narymbetov
A. Omerzu
V. V. Kabanov
M. Tokumoto
H. Kobayashi
D. Mihailovic
Metallic Phases in Sodium Fulleride NaxC70
325(4)
T. Hara
M. Kobayashi
Y. Akahama
H. Kawamura
Production of C59N: C60 Solid Solution
329(4)
F. Fulop
A. Rockenbauer
F. Simon
S. Pekker
L. Korecq
S. Garaj
A. Janossy
Dynamic Jahn-Teller Mechanism of Superconductivity in Alkali-Metal-Doped C60
333(4)
S. Suzuki
S. Okada
K. Nakao
Theoretical Study on the Photoemission Spectra of A3C60 (A=K and Rb)
337(4)
T. Chida
S. Suzuki
K. Nakao
Phase Diagrams of Alkali-Metal-Doped C60: Spin- and Orbital-Polarized States
341(4)
J. Hirosawa
S. Suzuki
K. Nakao
Study on the Physical Properities of Na4C60
345(4)
Y. Takabayashi
Y. Kubozono
S. Fujiki
S. Kashino
K. Ishii
H. Suematsu
H. Ogata
Fabrication of C60/Amorphous Carbon Superlattice Structures
349(4)
N. Kojima
Y. Ohshita
M. Yamaguchi
AC Conductivity of Alkali Doped C60Compounds Across the Superconductor-Insulator Transition
353(4)
A. Maeda
H. Kitano
R. Matsuo
K. Miwa
T. Takenobu
Y. Iwasa
T. Mitani
Study on the Origin of Pressure-Induced Superconductivity of Cs3C60
357(4)
S. Fujiki
Y. Kubozono
Y. Takabayashi
S. Kashino
M. Kobayashi
K. Ishii
H. Suematsu
Structure and Properties of RE2.75C60
361(4)
J. Takeuchi
K. Tanigaki
B. Gogia
Unusual Magnetic Properties of High-Temperature Reaction Products of Cerium Metal and C60 Solid
365(4)
S. Motohashi
Y. Maruyama
K. Watanabe
K. Suzuki
S. Takagi
H. Ogata
NMR Studies of Ammoniated Alkali Fullerides
369(4)
H. Tou
N. Muroga
Y. Maniwa
T. Takenobu
H. Shimoda
Y. Iwasa
T. Mitani
Orientational and Magnetic Transitions in Ammoniated Alkali Metal Fullerides
373(4)
T. Takenobu
M. Miyake
T. Muro
Y. Iwasa
T. Mitani
NMR Studies of Alkali-Doped C60 Superconductors with Small Lattice Constants
377(4)
K. Kitazume
H. Tou
Y. Maniwa
M. Kosaka
K. Tanigaki
Magnetic Properties of TDAE-C60 under Pressure
381(4)
K. Mizoguchi
M. Machino
H. Sakamoto
T. Kawamoto
M. Tokumoto
A. Omerzu
D. Mihailovic
Synthesis and Structure of Alkaline Earth and Rare Earth Metal Doped C70
385(4)
T. Takenobu
Y. Iwasa
T. Ito
T. Mitani
Structural and Physical Properties of Lithium Fullerides LixC70
389(4)
H. Kumada
M. Kobayashi
Y. Akahama
H. Kawamura
The Structural and Magnetic Properties in TDAE-Fullerene System
393(4)
K. Oshima
Y. Nogami
T. Kambe
N. Nagao
M. Fujiwara
Synthesis and Structure of All-Carbon Bisfullerene C121
397(4)
H. Shimotani
J. Wang
N. Dragoe
K. Kitazawa
Photoinduced Polymerization in Crystalline C60 via Multi-Photoexcitation: Lattice-Relaxation and Energy-Transfer of Excitons
401(4)
M. Suzuki
The Morphology of Vapor Grown C60 Crystals as an Ideal Example of the Gibbs-Wulff's Law
405(4)
E. Schonherr
K. Matsumoto
K. Murakami
Synthesis and Crystal Structure of Cocrystallite with Silver Octaethylporphyrin and C70
409(4)
T. Ishii
R. Kanehama
N. Aizawa
M. Yamashita
H. Matsuzaka
H. Miyasaka
T. Kodama
K. Kikuchi
I. Ikemoto
Y. Iwasa
M. Shiro
Photosensitized Oxygenation of Alkenes in the Presence of Bisazafullerene (C59N)2 and Hydroazafullerene C59HN
413(4)
N. Tagmatarchis
H. Shinohara
Transition of the Heterofullerene (C59N)X to the Monomeric Phase of C59N
417(4)
W. Plank
T. Pichler
S. Baes-Fischlmair
M. Krause
H. Kuzmany
N. Tagmatarchis
H. Shinohara
Survey of Natural Fullerenes in Southwestern China
421(4)
E. Osawa
M. Ozawa
K. Chijiwa
K. Hoyanagi
K. Tanaka
M. Kusunoki
Effect of Chemical Treatment on the Structure of Ultradisperse Diamond and Onion-Like Carbon
425(4)
A. E. Alexenskii
M. V. Baidakova
A. T. Dideikin
V. Y. Osipov
E. Osawa
M. Ozawa
A. I. Shames
V. I. Siklitsky
A. Y. Vul'
Studies of Porphyrin-Fullerene Dyads with Oligoethylene Glycols Spacers in Solution
429(4)
R. Ogura
T. Toida
K. Tsunoda
H. Yajima
T. Ishii
Magnetic-Field Induced Ferromagnetism in Bissilylated C60 by Pyrolysis
433(4)
Y. Kajihara
K. Tanigaki
T. Akasaka
Characterization of Actinide Metallofullerenes
437(6)
K. Akiyama
K. Sueki
Y. L. Zhao
H. Haba
K. Tsukada
T. Kodama
K. Kikuchi
T. Ohtsuki
Y. Nagame
H. Nakahara
M. Katada
IV. FULLERENE POLYMERS
NMR Studies of Alkali-Doped C60 Polymers
443(4)
Y. Maniwa
H. Ikejiri
H. Tou
S. Masubuchi
S. Kazama
M. Yasukawa
S. Yamanaka
Dimer Structure of Sm3C70
447(4)
H. C. Dam
X. H. Chen
T. Takenobu
T. Itou
Y. Iwasa
T. Mitani
E. Nishibori
M. Takata
M. Sakata
Photopolymerization of C60 Crystal under High Pressure
451(4)
M. Sakai
M. Ichida
A. Nakamura
Out-of-Plane and In-Plane Structures of the Cast Films of Long Alkyl Chain-Linked C60 via Phenyl Ring
455(6)
M. Chikamatsu
K. Kikuchi
T. Kodama
H. Nishikawa
I. Ikemoto
N. Yoshimoto
T. Hanada
Y. Yoshida
N. Tanigaki
K. Yase
V. ENDOHEDRALS
Structure of IPR-Violated Fullerene, Sc2@C66
461(4)
E. Nishibori
M. Takata
M. Sakata
C. R. Wang
M. Inakuma
H. Shinohara
Chemistry of Endohedral Metallofullerene Ions
465(4)
T. Akasaka
T. Wakahara
S. Nagase
K. Kobayashi
M. Waelchli
K. Yamamoto
M. Kondo
S. Shirakura
Y. Maeda
T. Kato
M. Kako
Y. Nakadaira
X. Gao
E. Van Caemelbecke
K. M. Kadish
Spin Dynamics of Lanthanum Metallofullerenes
469(4)
S. Okubo
T. Kato
Valence Change of Tm Atom in Metallofullenes
473(4)
K. Kikuchi
K. Sakaguchi
N. Ozawa
T. Kodama
H. Nishikawa
I. Ikemoto
K. Kohdate
D. Matsumura
T. Yokoyama
T. Ohta
Electronic Structure of Eu@C60
477(4)
S. Suzuki
M. Kushida
S. Amamiya
S. Okada
K. Nakao
Electronic Structures of the La@C82 Crystals by the Relativistic LCAO Method
481(4)
S. Amamiya
S. Okada
S. Suzuki
K. Nakao
Low-Energy Electron Energy Loss Spectroscopy of Monolayer and Thick La@C82 Films Grown on MoS2 Substrates
485(4)
K. Ueno
Y. Uchino
K. Iizumi
A. Koma
K. Saiki
Y. Inada
K. Nagai
Y. Iwasa
T. Mitani
Photophysical and Photochemical Properties of Higher Fullerenes and Endohedral Metallofullerenes
489(6)
O. Ito
M. Fujitsuka
T. Akasaka
K. Yamamoto
VI. CLATHRATES
Silicon and Germanium Clathrates with Magnetic Elements
495(4)
K. Tanigaki
T. Kawaguchi
A. Nagai
M. Yasukawa
A New Silicon Clathrate Compound: I8Si46-xIx
499(4)
E. Reny
S. Yamanaka
C. Cros
M. Pouchard
NMR Studies of Silicon Clathrate Compounds
503(4)
H. Sakamoto
H. Tou
Y. Maniwa
H. Ishii
E. Reny
S. Yamanaka
A Sign of Superconductivity in Li-Doped α-Rhombohedral Boron
507(6)
A. Oguri
K. Kimura
A. Fujiwara
M. Terauchi
M. Tanaka
VII. OTHER MOLECULAR MATERIALS
Laser Induced Dissociation of Linear C6 and Reorientation of Trapping Sites in Solid Neon
513(4)
T. Wakabayashi
A. L. Ong
W. Kratschmer
Spiral Carbon Nanoparticles
517(4)
M. Ozawa
E. Osawa
H. Goto
Electronic Structures of Carbyne Model Compounds
521(4)
S. Hino
Y. Okada
K. Iwasaki
M. Kijima
H. Shirakawa
Magnetic Properties of K-Absorbing Zeolite LTA
525(4)
H. Kira
H. Tou
Y. Maniwa
Y. Murakami
Mechanism of Magnetism in Stacked Nanographite: Theoretical Study
529(4)
K. Harigaya
N. Kawatsu
T. Enoki
List of Participants 533(18)
Author Index 551

Supplemental Materials

What is included with this book?

The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.

The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.

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