I: Publications in Scientific Journals and Reviewed Contributions to Symposium Series
II: Review Articles and Book Chapters
III: Extended Abstracts in Conference Proceedings
Contributions to Symposium Series
|
91 |
Novel 2,7-linked Carbazole
Trimers as Model Compounds for Conjugated Carbazole Polymers |
|
90 |
Synthesis of conjugated
carbazole trimers and pentamers by Suzuki coupling |
|
89 |
Formation of macrocycles in the synthesis of poly(N-(2-ethylhexyl)carbazol-3,6-diyl), J. Ostrauskaite, P. Strohriegl, Macromol. Chem. Phys. 204, 1713 (2003) |
|
88 |
Efficient Synthesis of a
Multifunctional Dye Conjugate for Photorefractive Applications |
87
|
Vitryfying
star-shaped liquid crystals: synthesis and application in cholesteric polymer
networks
|
|
86 |
Synthesis of
poly(fluorenevinylene-co-phenylenevinylene) by Suzuki coupling |
85 |
Reactive Mesogens: Synthesis and
Application in Optoelectronic Devices
|
|
84 |
Influence of the charge transport
characteristics on the holographic respons eof organic photorefractive
materials |
83
|
Vitrifying cholesteric materials with photopolymerizable groups –
synthesis and
|
|
82 |
Long-range
energy transfer of singlet and triplet excitations in dye-doped
tris(phenylquinoxaline) |
|
81 |
Polarized electroluminescence
in double layer LEDs with perpendiculary oriented polymers |
|
80 |
STM-investigation
of vapor deposition polymerization |
|
79 |
Cholesteric polymer
networks with steroids as chiral compounds |
|
78 |
Polarized electroluminescence
from photocrosslinkable nematic fluorene bisacrylates |
|
77 |
Amorphous
monolithic triphenylamine derivatives with fast holographic response times |
|
76 |
Photopolymerizable
Cholesteric Liquid Crystals – New Materials for Holographic Applications, |
|
75 |
Correlation Between Dispersivity of Charge Transport and
Holographic Response Time in an Organic Photorefractive Material |
|
74 |
Highly Polarized Blue Electroluminescence from
Homogeneously Aligned Films of Poly(9,9-dioctylfluorene |
|
73 |
A Study of Different Structural Phases
of the Polymer Poly(9,9'-dioctylfluorene) using Raman Spectroscopy |
72 |
Dispersive Hole Transport in Organic
Photorefractive Glasses
|
|
71 |
Optical Storage Effect Due
to Photopolymerization of Mesogenic Twin Molecules |
|
70 |
Polymerizable Liquid
Crystalline Twin Molecules, Synthesis and Thermotropic Properties |
|
69 |
Build-up Dynamics of fast
Organic Photorefractive Glasses |
|
68 |
Bifunctional Cyclosiloxanes
with Photorefractive properties |
|
67 |
Photorefractive
triphenylamine-based glass: a multifunctional low molecular weight compound
with fast holographic response |
|
66 |
Polarized Electroluminescence from Rubbing-Aligned
Poly(p-phenylene vinylene) M. Jandke, P.
Strohriegl, W. Brütting, J. Gmeiner, M. Schwoerer |
|
65 |
Glass forming nematic twin
molecules: Synthesis and polymerization kinetics |
|
64 |
Novel photoconductive
polymers |
|
63 |
Characterization of charge
generation and transport in a photorefractive organic glass: Comparison
between conventional and holographic time-of flight experiments |
|
62 |
Growth of ordered thin
films of tris(phenylquinoxaline) by organic molecular beam deposition |
|
61 |
Poly(phenylquinoxaline)s by
vapor deposition polymerization |
|
60 |
Polarized
electroluminescence from rubbing aligned poly (p-phenylenevinylene) |
|
59 |
Electron transport in
starburst quinoxalines |
|
58 |
Novel nematic
bis-1,5-hexadiene monomers: Synthesis and photopolymerization to cholesteric
polymer networks |
|
57 |
Novel functional materials
based on triarylamines - Synthesis and Application in electroluminescent
devices and photorefractive systems |
|
56 |
Holographic and
photoelectric characterization of a novel photorefractive organic glass |
|
55 |
Nematic twin molecules and
their application in cholesteric polymer networks |
|
54 |
Synthesis and
characterization of novel photorefractive low molecular weight glasses |
|
53 |
Phenylquinoxaline polymers
and low molar mass glasses as electron transport materials in organic LEDs |
|
52 |
High performance
polysiloxane based photorefractive polymers with nonlinear optical azo,
stilbene,and tolane chromophores |
|
51 |
Networks with a cholesteric
structure from acrylate-vinyl ether hybrid monomers |
|
50 |
New photorefractive
polymers for real-time holography |
|
49 |
Synthetic approaches to
photorefractive polymers and low molar mass glasses |
|
48 |
Oxadiazoles and
phenylquinoxalines as electron transport materials |
|
47 |
Electron transport in a
starburst oxadiazole |
|
46 |
Polymethacrylates with
pendant oxadiazole units: Synthesis and applications |
|
45 |
STM-induced luminescence
study of poly(p-phenylenevinylene) by conversion under ultraclean conditions |
|
44 |
Polymer networks containing
cholesteryl compounds of different functionality |
|
43 |
Aromatic polyethers with
oxadiazole units- Synthesis and application in |
|
42 |
Dendrimers with
1,3,4-oxadiazole units |
|
41 |
Charge transport and
electroluminescence in PPV mono-and heterolayer |
|
40 |
Oxadiazole containing polymers
and their use in polymer LEDs |
|
39 |
Synthesis and optical
characterization of cholesteric polymer networks |
|
38 |
Poling and orientational relaxation:
Comparison of nonlinear optical main-chain |
|
37 |
Efficient synthesis of
starburst oxadiazole compounds |
|
36 |
Nonlinear optical active
polymethacrylates with high glass transition temperatures |
|
35 |
Polysiloxane based
photorefractive polymer with high optical gain and diffraction efficiency |
|
34 |
Photobleaching in side
chain NLO-polymers |
|
33 |
Nonlinear optical active
polymethacrylates |
|
32 |
Heterolayer light emitting
diodes based on new oxadiazole polymers |
|
31 |
Polymer light emitting
diodes |
|
30 |
Enhanced efficiency of
polymer light emitting diodes utilizing oxadiazole polymers |
|
29 |
Electrooptical properties
and poling stability of high glass transition polymers |
|
28 |
NLO-active
polymethacrylates with high glass-transition temperatures |
|
27 |
Synthesis of
poly(9-hexyl-3,6-carbazolyleneetynylene) and its model compounds |
|
26 |
In situ absorption studies
of nonlinear optically active side-chain polymers |
|
25 |
Synthesis, electrical
conductivity and electroluminescence of poly (phenylene vinylene) prepared by
the precursor route |
|
24 |
Novel method for the
preparation of polymethacrylates with nonlinear optically |
|
23 |
Esterification of polymers
with acid chloride groups: A new route to polymethacrylates with nonlinear
optically active side groups |
|
22 |
Novel nonlinear optically
active polymers with photocrosslinkable cinnamoyl groups, H. Müller, I. Müller, O. Nuyken, P. Strohriegl, |
|
21 |
A novel method for the
preparation of polymethacrylates with nonlinear optically |
|
20 |
The higher homologues of
triphenylamine: Model compounds for |
|
19 |
Water soluble photoresins
based on azosulfonates |
|
18 |
The asymmetrical
diacetylene derivatives FBS/TFMBS and DNP/MNP: Synthesis |
|
17 |
Photoconductivity in
polymers: Chemical structures and physical mechanisms |
|
16 |
Polymers with pendant
carbazolyl groups, 5: Photoconducting properties of some |
|
15 |
A novel synthesis of
polyacrylates and polymethacrylates with pendant |
|
14 |
Piezoelectric properties of
diacetylene single crystals |
|
13 |
Dielectric properties of
the unsymmetrically substituted diacetylenes |
|
12 |
Dielectric and pyroelectric
properties of disubstituted diacetylenes |
|
11 |
Polymers with pendant
carbazolyl groups, 4, Photoconductive properties of some polysiloxanes with
pendant carbazolyl groups |
|
10 |
Fluorescence properties of
some polysiloxanes with pendant carbazolyl groups |
|
9 |
Polysiloxanes with pendant
carbazole groups, Preparation and photoconductivity |
|
8 |
Synthesis and
polymerization of the asymmetric diacetylene derivative |
|
7 |
Preparation, crystal
structure and dielectric properties of the new unsymmetrically substituted
diacetylenes NP/R2 |
|
6 |
Dielectric properties of
new unsymmetrically substituted diacetylenes: DNP/R2 |
|
5 |
Polymers with pendant
carbazolyl groups, 2 |
|
4 |
Pyroelectric
properties for single crystals
of the disubstituted diacetylene DNP |
|
3 |
Polymers with pendant
carbazole groups, 1 |
|
2 |
Preparation and properties
of poly (methyliminocarbonyl-1,4 phenylene) |
|
1 |
Polycondensation using
silicon tetrachloride: A new route to aromatic polyamides |
II: Review Articles and
Book Chapters
|
10 |
Carbazole-Containing Polymers: Synthesis, Properties and
Applications |
|
9 |
Charge-transporting Molecular Glasses |
|
8 |
Photoconductive polymers |
|
7 |
Charge-Transporting Polymers and Molecular
Glasses |
|
6 |
Organic film-forming photoconductors |
|
5 |
Photoconductive polymers |
|
4 |
Esterification and amidation of polymeric
acid chlorides: A new route to polymeth- |
|
3 |
Photoconductive polymers |
|
2 |
Poly (acryloyl chloride) and poly
(methacryloyl chloride) |
|
1 |
Poly (N-vinylcarbazole) |
III: Extended
Abstracts in Conference Proceedings
|
24 |
Thermally stimulated processes in
heterocyclic materials suitable for heterolayer organic light emitting
devices |
|
23 |
Ultraviolet photoelectron spectroscopy on
new heterocyclic materials for multilayer organic light emitting diodes |
|
22 |
Synthesis of Polyfluorenevinylenes for Optoelectronic Applications
via Suzuki Coupling |
|
21 |
Novel Fluorene Compounds for Optoelectronic
Applications |
|
20 |
Cross Polarized Electroluminescence in
Double Layer LEDs with Perpendiculary Oriented Polymers |
|
19 |
Linearly Polarized Electroluminescence from
Polyfluorene and Poly(phenylenevinylene) |
|
18 |
Electronic transport properties of
heterocyclic materials for heterolayer organic light emitting devices, M.B. Casu, P.
Imperia, S. Schrader, B. Falk, M. Jandke, P. Strohriegl, Proceedings of the
ICSM Conference, Bad Gastein 2000 |
|
17 |
Valence electronic structure of
oxadiazoles and quinoxaline model compounds |
16
|
Novel
starshaped molecules based on fluorene |
15
|
Quinoxaline Films for
Hetero-Layer Light Emitting Devices
|
14
|
Optical Storage Effect
due to Photopolymerization of Mesogenic Twin Molecules
|
|
13 |
Polarization Holography in
Photopolymerizable Cholesteric Liquid Crystals |
|
12 |
Photopolymerization Kinetics of Nematic
Twin Molecules and Bis-1,5 hexadiene Compounds |
|
11 |
Ultraviolet Photoelectron Spectroscopic
Study of Heterocyclic Model Compounds |
|
10 |
Novel low-molar-mass glasses for
photorefractive and electroluminescent applications |
|
9 |
Low-molar-mass glass forming twin
molecules |
|
8 |
Synthesis of nematic twin molecules and
their application in cholesteric networks |
|
7 |
Cholesteric polymer networks from
diacrylates, divinyl ethers and hybrid monomers |
|
6 |
Efficient synthesis of starburst
oxadiazole compounds |
|
5 |
High-Tech applications of polymeric azo
compounds |
|
4 |
Flüssigkristalline
Photoleiter mit 1,3,4-Oxadiazol-Seitengruppen |
|
3 |
Influence of the mesophase on the
photoconductive properties of a calamitic liquid crystal |
|
2 |
Entwicklung neuer
photoleitender Polymersysteme |
|
1 |
Dielectric and pyroelectric properties of
substituted diacetylenes |