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10 research outputs found

Magnetic ordering processes in the quasi-one-dimensional metamagnets RbFeCl

Author: A. Guinier
A. M. C. Tinus
A. van der Bilt
E. Frikkee
E. J. Nijhof
H. A. Groenendijk
H. Th. Le Fever
H. Th. Le Fever
H. Th. Le Fever
J. A. J. Basten
J. M. Kincaid
J. P. M. Smeets
J. P. M. Smeets
K. Kopinga
K. Kopinga
M. Chirwa
M. Tinkham
Q. A. G. van Vlimmeren
Q. A. G. van Vlimmeren
R. C. Thiel
W. J. M. de Jonge
Y. Kuramitsu
Publication venue: 'American Physical Society (APS)'
Publication date
Field of study

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ESR Due to Propagating Domain Walls in One-Dimensional Ising-Like Antiferromagnets

Author: Adachi K.
Berim G. O.
Breitling W.
Buyers W. J. L.
Date M.
Ishimura N.
Johnstone I. W.
Kubo R.
Mekata M.
Satija S. K.
Shiba H.
van Vlimmeren Q. A. G.
Villain J.
Yoshizawa H.
Publication venue: 'Japan Society of Applied Physics'
Publication date
Field of study

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ESR Study of Quasi-One-Dimensional Ising-Like Antiferromagnet CsCoCl 3

Author: Achiwa N.
Adachi K.
Ajiro Y.
Ajiro Y.
Breitling W.
Breitling W.
Buyers W. J. L.
Date M.
Date M.
des Cloizeaux J.
Euler N. B.
Fowler M.
Fujii N.
Herweijer A.
Hirakawa K.
Ishimura N.
Kubo T.
Mekata M.
Mekata M.
Melamud H.
Rinneberg H.
Satija S. K.
Shiba H.
Shiba H.
Tellenbach U.
van Vlimmeren Q. A. G.
Villain J.
Yoshizawa H.
Yoshizawa H.
Publication venue: 'Japan Society of Applied Physics'
Publication date
Field of study

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Carbon nanotubes reinforced chitosan films: mechanical properties and cell response of a novel biomaterial for cardiovascular tissue engineering

Author: A Abarrategi
A Martino Di
A. E. Zisimopoulou
A. Kroustalli
AR Reddy
B Tschoeke
B Zhao
D. Deligianni
D. Mavrilas
E Pagoulatou
ED Yildirim
G Zünd
G. Athanassiou
GM Spinks
H Fan
H Liao
HS Kim
J Venkatesan
JK Savaiano
JM Chupa
JM Wörle-Knirsch
K Sahithi
L Carson
L. Rongen
M. Kokozidou
MAA Vlimmeren van
MT Byrne
MZ Albanna
N Fang
Q Zhao
S Hirano
S. Diamantouros
S. Jockenhoevel
S. Koch
SF Wang
T Tsukahara
TW Chung
U Khan
VKK Upadhyayula
W Tutak
YC Huang
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

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Hexagonally Perforated Lamella-to-Cylinder Transition in a Diblock Copolymer Thin Film under an Electric Field

Author: Amundson K.
Amundson K.
Amundson K.
Ashok B.
Böker A.
Böker A.
Doi M.
Fleer G. J.
Fredrickson G. H.
Hamley I. W.
Hashimoto T.
Honda T.
Honda T.
Honda T.
Huinink H. P.
Kawakatsu T.
Knoll A.
Knoll A.
Kyrylyuk A. V.
Kyrylyuk A. V.
Landau L. D.
Lin C.-Y.
Lin C.-Y.
Ludwigs S.
Ly D. Q.
Lyakhova K. S.
Matsen M. W.
Matsen M. W.
Matsen M. W.
Matsen M. W.
Mihajlovic M.
Morozov A. N.
Narayanan B.
Onuki A.
Onuki A.
Papadakis C. M.
Pinna M.
Pinna M.
Schmidt K.
Schmidt K.
Sevink G. J. A.
Shima T.
Tsarkova L. A.
Tsori Y.
Tsori Y.
van Vlimmeren B. A. C.
Wang C. Y.
Xu T.
Xu T.
Xu T.
Yamada K.
Zalusky A. S.
Zvelindovsky A. V.
Zvelindovsky A. V.
Zvelindovsky A. V.
Zvelindovsky A. V.
Publication venue: 'American Chemical Society (ACS)'
Publication date: 01/06/2008
Field of study

Using self-consistent-field simulation, a perforated lamella (PL) is investigated under an applied electric field. The perforated lamella is obtained by confining a cylinder-forming diblock copolymer melt in a thin film with a thickness of the spacing between cylinders in the bulk equilibrium state. Upon application of an electric field, the perforated lamella transforms to laying or standing cylinders depending on the direction of the electric field

University of Lincoln Institutional Repository

CLoK

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