Publications
1.
E.F. Holländer, Príspevok
k teórii samoregulácie zváracieho oblúka
[Contribution to the theory of self-regulation of welding arcs],
Zváračský Sborník SAV
7 (1957) 235 - 246
2.
E.F. Holländer, Termodynamické
vyvodenie rovnice samoregulácie zváracieho oblúka
[Thermodynamic derivation of the self-regulation equation of welding arcs],
Zváračský Sborník SAV
7 (1958) 388 - 397
3.
E.F. Holländer, Aplikácia
termodynamiky nevratnych dejov na zvárací
oblúk
[Application of the thermodynamics of irreversible processes to welding
arcs],
Čs. Čas. Fys. 9
(1959) 66 - 73
4.
E.F. Holländer, The application of the
thermodynamics of irreversible processes to welding arcs,
Czech. J. Phys.
9 (1959) 229 - 236
5.
E.F. Holländer, On the problem of large angle
grain boundaries,
Czech. J. Phys.
9 (1959) 754 - 755
6.
E.F. Holländer, K problému
hraníc zŕn s veľkým uhlom
[On the problem of large angle grain boundaries],
Čs. Čas. Fys.
10 (1960) 3 - 15
7.
E.F. Holländer, K problému
hraníc zŕn s veľkým uhlom II
[On the problem of large angle grain boundaries II],
Čs. Čas. Fys.
10 (1960) 283 - 287
8.
E.F. Holländer, Vplyv
dusíka na skrehnutie nízkouhlíkovej ocele
[Influence of nitrogen on the embrittlement of
low-carbon steel],
Zváračský Sborník SAV
10 (1960) 257 - 275
9.
E.F. Holländer, The basic equations of the
dynamics of the continuous distribution of dislocations - I.
General theory,
Czech. J. Phys.
B10 (1960) 409 - 418
10.
E.F. Holländer, The basic equations of the
dynamics of the continuous distribution of dislocations - II. Interpretation of
generaltheory,
Czech. J. Phys.
B10 (1960) 479 - 487
11.
E.F. Holländer, The basic equations of the
dynamics of the continuous distribution of dislocations - III. Special problems,
Czech. J. Phys.
B10 (1960) 551 - 559
12.
E.F. Holländer, Štruktúra
hraníc zŕn
[Structure of grain boundaries],
Čs. Čas. Fys.
11 (1961) 154 - 170
13.
E.F. Holländer, Energia
hraníc zŕn
[Energy of grain boundaries],
Čs. Čas. Fys.
11 (1961) 257 - 271
14.
E.F. Holländer, The geometric equation of
dislocation dynamics,
Czech. J.
Phys. B12 (1962) 35 - 47
15.
S.I. Ben-Abraham, Geometry of etch pits in ZnS
crystals,
J. Appl. Phys. 36 (1965) 2096 - 2098
16.
S.I. Ben-Abraham and J. Regev, Formation of ZnS polytypes by spiral growth
around dislocation clusters,
J. Materials Sci. 1 (1966) 213 - 214
17.
S.I. Ben-Abraham, On internal stresses due to a random distribution of
dislocations,
Scipta Metallurgica 2 (1968)
9 - 11
18.
I.G. Borchardt, S.I. Ben-Abraham and L.R. Holland,
Variations of resistivity and temperature during plastic flow of copper,
in Quantitative relation between properties and microstructure,
D.G. Brandon and A. Rosen, editors (Israel Universities Press, Jerusalem1969)
63 - 65
19.
S.I. Ben-Abraham, Generalized stress and non-riemannian
geometry,
in Fundamental aspects of dislocation theory,
J.A. Simmons and R. de Wit, editors (NBS special publication 317,Washington,
D.C. 1970) 943 - 962
20.
S.I. Ben-Abraham, Kinematics of continuously distributed dislocations,
in Fundamental aspects of dislocation theory,
J.A. Simmons and R. de Wit, editors (NBS special publication 317,Washington,
D.C. 1970) 999 - 1020
21.
S.I. Ben-Abraham, A note on the importance of scale,
in Fundamental aspects of dislocation theory,
J.A. Simmons and R. de Wit, editors (NBS special publication 317,Washington,
D.C. 1970) 967 - 969
22.
S.I. Ben-Abraham, Plastic flow – an unsolved problem,
in Fundamental aspects of dislocation theory,
J.A. Simmons and R. de Wit, editors (NBS special publication 317,Washington,
D.C. 1970) 969 - 973
23.
S.I. Ben-Abraham, Simple model for tachyons,
Phys. Rev. Lett. 22 (1970)
1245 - 1246
24. S.I. Ben-Abraham, Paragas,
Am. J. Phys. 38 (1970) 1335 - 1345
25.
S.I. Ben-Abraham, Generalized Peierls-Nabarro dislocation model,
Israel J. Technology 10 (1972) 429 - 432
26.
S.I. Ben-Abraham and A. Lonke, Quantization of a
general dynamicalsystem,
J. Math. Phys. 14 (1973) 1935 - 1937
27.
S.I. Ben-Abraham, Nonlinear effects in liquid crystals,
Phys. Rev. A14 (1976) 1251 - 1257
28.
S.I. Ben-Abraham, Exact solution to the sine-Gordon equationin
two space dimensions,
Phys. Lett. 55A (1976) 383 - 384
29.
S.I. Ben-Abraham, Scaling in the sine-Gordon theory,
Phys. Lett. 56A (1976) 67 - 69
30.
S.I. Ben-Abraham, A. Rabinovitch and J. Pelleg, Relations between vacancy migration and
formation energies,
Debye temperature and melting point,
Phys. Stat. Sol. (b) 84 (1977) 435 - 441
31.
S.I. Ben-Abraham, Squint – a nonlinear feature of flow patterns
in nematics,
J. Physique 40 (1979) C3 - 259 - 262
32.
S.I. Ben-Abraham, Effect of nonlinearity upon the symmetry of nematic flow patterns,
in Symmetries and broken symmetries in condensed matter physics,
N. Boccara, editor (IDSET,
Paris 1981) 491 - 494
33.
J.S. Barley, E. Gelerinter and S.I. Ben-Abraham, Observation
of squint -a nonlinear feature of flow patterns in nematics,
Mol. Cryst. Liq. Cryst. 87 (1982) 251 - 257
34.
S.I. Ben-Abraham and P. Oswald, Undulation instability under shear in smectic A liquid crystals,
J. Physique 43 (1982) 1193 - 1197
35.
S.I. Ben-Abraham and P. Oswald, Dynamic aspects of the undulation
instability in smectic A liquid crystals,
Mol. Cryst. Liq. Cryst. 94 (1983) 383 - 399
36.
S.I. Ben-Abraham, Development of defect textures in smectic
A liquid crystals: a nonlinear model,
Mol. Cryst. Liq. Cryst. 123 (1985) 77 - 100
37.
S.I. Ben-Abraham, Vertex configurations in three-dimensional Penrose patterns,
Z. Kristallographie 185 (1988) 440
39.
M. Baake, S.I. Ben-Abraham, P. Kramer and M. Schlottmann, The
vertices of the ideal 3-D icosahedral quasicrystal,
in Quasicrystals and incommensurate structures in condensed matter,
M.J. Yacaman, D. Romeu, V. Castańo and A. Gómez, editors
(World Scientific, Singapore 1990) 85 - 95
40.
S.I. Ben-Abraham, Defective vertex configurations in icosahedral
quasicrystals,
in Proc. Anniversary Adriatico Research Conference on
Quasicrystals,
M.V. Jarić and D. Gratias,
editors (World Scientific, Singapore1990) 260 - 267
41.
S.I. Ben-Abraham and A. Joseph, Hierarchy of vertices in imperfect icosahedral quasicrystals,
in Modulated structures, polytypes and
quasicrystals,
M. Farkas-Jahnke and E. Pal, editors, Phase
Transitions 44 (1993) 51 - 57
42.
S.I. Ben-Abraham, M. Baake, P. Kramer and M. Schlottmann,
Regular and defective vertex configurations in icosahedral
structures,
in Quasicrystals 4,
K.F. Kelton, P.C. Gibbons and A.I. Goldman, editors,
J. Non-Cryst. Solids 153&154 (1993) 132 - 136
43.
S.I. Ben-Abraham, Curious properties of simple random walks,
J. Stat. Phys. 73 (1993) 441 - 445
44.
M. Baake, S.I. Ben-Abraham, R. Klitzing,
P. Kramer and M. Schlottmann, Classification of
local configurations in quasicrystals,
Acta Cryst. A50 (1994) 553 - 566
45.
M. Baake, S.I. Ben-Abraham, D. Joseph, P. Kramer and
M. Schlottmann,
Defective vertices in perfect icosahedral
quasicrystals,
Acta Cryst. A51 (1995) 587 - 588
46.
Y. Avishai, S.I. Ben-Abraham, J. Cohen and A. Joseph,
Quantum-mechanical ac conductance of aperiodic chains,
in Aperiodic '94,
G. Chapuis and W. Paciorek,
editors, (World Scientific, Singapore 1995) 195 - 201
47.
A. Joseph and S.I. Ben-Abraham, Abundancy
of vertices in quasicrystals,
in Proc. 5th International Conference on Quasicrystals,
C. Janot and R. Mosseri,
editors, (World Scientific, Singapore 1996) 273 - 276
(World Scientific, Singapore 1995) 195 - 201
48.
S.I. Ben-Abraham and A. Joseph, Quantum-mechanical ac conductance of pisot and non-pisot chains
in Proc. 5th International Conference on Quasicrystals,
C. Janot and R. Mosseri,
editors, (World Scientific, Singapore 1996) 621 - 624
49.
P. Kramer, U. Beck and S.I. Ben-Abraham, Automorphisms
and discrete fiber bundles,
in Symmetries in Science IX,
B. Gruber and M. Ramek, editors,
(Plenum Press, New York 1997) 179 - 192
50.
S.I. Ben-Abraham, Allophases in aperiodic crystalline structures,
in Aperiodic '97,
M. de Boissieu, J.L. Verger-Gaugry, and R. Currat, editors, (World Scientific,
Singapore 1998) 87 - 91
51.
S.I. Ben-Abraham and F. Gähler, Covering cluster description of octagonal
MnSiAl quasicrystals,
Phys. Rev. B60 (1999) 860 - 864
52.
S.I. Ben-Abraham and A. Nudelman,
Antiferromagnetic mean-field model with
unusual precritical exponents,
Phys. Rev. B60 (1999) 11 887 - 11 890
53. Boaz Rubinstein and S.I. Ben-Abraham, The
'random' square-triangle tiling: simulation of growth, Materials
Sci. and Engng. 294-296(2000)418
- 420
54.
S.I. Ben-Abraham, P. Gummelt, R. Lück
and F. Gähler,
Dodecagonal tilings almost covered by a single cluster,
Ferroelectrics 250 (2001) 313 - 316
55.
F. Gähler, R. Lück, S.I. Ben-Abraham and P. Gummelt,
Dodecagonal tilings as maximal cluster coverings,
Ferroelectrics 250 (2001) 335 - 338
56.
Boaz Rubinstein and S.I. Ben-Abraham,
Vertex frequencies of the hierarchical dodecagonal tiling,
Ferroelectrics 250 (2001) 417 - 419
57.
F. Gähler, P. Gummelt and S.I. Ben-Abraham,
Generation of quasiperiodic order by maximal cluster covering,
in Coverings of discrete quasiperiodic sets:
theory and applications to quasicrystals,
Z. Papadopolos and P. Kramer, editors, (Springer,
Berlin Heidelberg 2003) 63 -95
58.
S.I. Ben-Abraham, Y. Lerer and Y. Snapir,
Constructing a dodecagonal structure by projection in two stages,
J. Non-Cryst. Solids 334&335 (2004) 71 - 76
59.
S.I. Ben-Abraham, Constructing
a octagonal structure by projection in two stages,
Ferroelectrics
305 (2004) 29 - 32
60.
A. Quandt and S.I. Ben-Abraham,
Quasiperiodic-periodic structures constructed by projection in two stages:
an illustrative example,
Z. Kristallogr.
221 (2006) 759 - 761
61. S.I. Ben-Abraham and A. Quandt,
Hybrid quasiperiodic-periodic structures constructed by projection in two
stages, Acta Cryst. A. (2006) in
press