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II-VI semiconductors
Molecular, atomic, ion, and c...
Electron states and collectiv...
Excitons and related phenomena
Low-dimensional, mesoscopic, ...
Spectroscopy of solid state d...
Spin-orbit coupling, Zeeman a...
Other semiconductor-to-semico...
Semiconductor lasers; laser d...
Magnetooptical effects
Semiconductor compounds
Quantum wells
III-V semiconductors
Charge carriers: generation, ...
III-V and II-VI semiconductors
Interface structure and rough...
1.
Novik E. G.; Pfeuffer-Jeschke A.; Jungwirth T.; Latussek V.; Becker C. R.; Landwehr G.; Buhmann H.; Molenkamp L. W.
Band structure of semimagnetic Hg1-y;MnyTe quantum wells
2.
Latussek V.; Becker C. R.; Landwehr G.; Bini R.; Ulivi L.
Deformation potentials of the semimetal HgTe
3.
Zhang X. C.; Ortner K.; Pfeuffer-Jeschke A.; Becker C. R.; Landwehr G.
Effective g factor of n-type HgTe/Hg1-x;CdxTe single quantum wells
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4.
Becker C. R.; Landwehr G.; Latussek V.; Molenkamp L. W.
Inverted band structure of type-III HgTe/Hg1-x;CdxTe superlattices and its temperature dependence
5.
Gleim Th.; Weinhardt L.; Probst M.; Ammon Ch.; Richter B.; Fleszar A.; Waag A.; Landwehr G.; Hansen L.; Umbach E.; Heske C.; Fink R.; Schmidt Th.; Steinrück H.-P.
Influence of As passivation on the electronic level alignment at BeTe/Si(111) interfaces
6.
Toropov A. A.; Nekrutkina O. V.; Nestoklon M. O.; Sorokin S. V.; Solnyshkov D. D.; Ivanov S. V.; Waag A.; Landwehr G.
Γ-X; electron level crossover in ZnSe/BeTe multiple quantum wells
7.
Zaitsev S. V.; Maksimov A. A.; Dorozhkin P. S.; Kulakovskii V. D.; Tartakovskii I. I.; Yakovlev D. R.; Ossau W.; Hansen L.; Landwehr G.; Waag A.
Electric-field effects on the radiative recombination in type-II ZnSe/BeTe heterostructures with equivalent and nonequivalent interfaces
8.
Ortner K.; Landwehr G.; Becker C. R.; Pfeuffer-Jeschke A.; Zhang X. C.; Molenkamp L. W.
Valence band structure of HgTe/Hg1-x;CdxTe single quantum wells
9.
Yakovlev D. R.; Platonov A. V.; Ivchenko E. L.; Kochereshko V. P.; Sas C.; Ossau W.; Hansen L.; Waag A.; Landwehr G.; Molenkamp L. W.
Hidden In-Plane Anisotropy of Interfaces in Zn(Mn)Se/ ;BeTe Quantum Wells with a Type-II Band Alignment
10.
Astakhov G. V.; Kochereshko V. P.; Yakovlev D. R.; Ossau W.; Nürnberger J.; Faschinger W.; Landwehr G.; Wojtowicz T.; Karczewski G.; Kossut J.
Optical method for the determination of carrier density in modulation-doped quantum wells
11.
Zhang X. C.; Pfeuffer-Jeschke A.; Ortner K.; Becker C. R.; Landwehr G.
Absence of magneto-intersubband scattering in n-type HgTe quantum wells
12.
Zaitsev S. V.; Maksimov A. A.; Kulakovskii V. D.; Tartakovskii I. I.; Yakovlev D. R.; Ossau W.; Hansen L.; Landwehr G.; Waag A.
Interface properties and in-plane linear photoluminescence polarization in highly excited type-II ZnSe/BeTe heterostructures with equivalent and nonequivalent interfaces
13.
Ortner K.; Zhang X. C.; Oehling S.; Gerschütz J.; Pfeuffer-Jeschke A.; Hock V.; Becker C. R.; Landwehr G.; Molenkamp L. W.
Growth and characterization of p-type HgTe/Hg1-x;CdxTe single quantum wells using nitrogen and arsenic
14.
Reshina I. I.; Ivanov S. V.; Mirlin D. N.; Toropov A. A.; Waag A.; Landwehr G.
Raman scattering by magnetic excitations and phonons in diluted magnetic structures formed by self-organized quantum disks of CdZn(Mn)Se in a Zn(Mn)Se matrix
15.
Zhang X. C.; Pfeuffer-Jeschke A.; Ortner K.; Hock V.; Buhmann H.; Becker C. R.; Landwehr G.
Rashba splitting in n-type modulation-doped HgTe quantum wells with an inverted band structure
16.
Marbach K.; Zeitz W.-D.; Ittermann B.; Füllgrabe M.; Heemeier M.; Kroll F.; Mai F.; Meier P.; Peters D.; Thieß H.; Ackermann H.; Stöckmann H.-J.; Wenisch H.; Hommel D.; Landwehr G.
Defect properties of ion-implanted nitrogen in ZnSe
17.
Legge M.; Bacher G.; Bader S.; Kümmell T.; Forchel A.; Nürnberger J.; Schumacher C.; Faschinger W.; Landwehr G.
Selective ultrahigh vacuum dry etching process for ZnSe-based II–VI semiconductors
18.
Yakovlev D. R.; Sas C.; König B.; Hansen L.; Ossau W.; Landwehr G.; Molenkamp L. W.; Waag A.
Magnetoluminescence of Zn(Mn)Se/Be(Mn)Te semimagnetic heterostructures with a type-II band alignment
19.
Ivanov S. V.; Nekrutkina O. V.; Sorokin S. V.; Kaygorodov V. A.; Shubina T. V.; Toropov A. A.; Kop'ev P. S.; Reuscher G.; Wagner V.; Geurts J.; Waag A.; Landwehr G.
BeCdSe as a ternary alloy for blue-green optoelectronic applications
20.
Worschech L.; Ossau W.; Nürnberger J.; Faschinger W.; Landwehr G.
Optical characterization of relaxation processes in nitrogen-doped ZnSe layers
21.
Keim M.; Toropov A.; Shubina T. V.; Sitnikova A. A.; Sorokin S.; Ivanov S.; Landwehr G.; Forchel A.; Bacher G.; Seufert J.; Korn M.; Waag A.
Be-enhanced CdSe island formation in CdSe/ZnSe heterostructures
22.
Seufert J.; Rambach M.; Bacher G.; Forchel A.; Keim M.; Ivanov S.; Waag A.; Landwehr G.
Be-induced island formation in CdSe/ZnSe heterostructures: Ensemble versus single dot studies
23.
Scherbakov A. V.; Akimov A. V.; Yakovlev D. R.; Ossau W.; Landwehr G.; Wojtowicz T.; Karczewski G.; Kossut J.
Spin-lattice relaxation in semimagnetic CdMnTe/CdMgTe quantum wells
24.
Becker C. R.; Latussek V.; Pfeuffer-Jeschke A.; Landwehr G.; Molenkamp L. W.
Band structure and its temperature dependence for type-III HgTe/Hg1-x;CdxTe superlattices and their semimetal constituent
25.
Astakhov G. V.; Kochereshko V. P.; Yakovlev D. R.; Ossau W.; Nürnberger J.; Faschinger W.; Landwehr G.
Oscillator strength of trion states in ZnSe-based quantum wells
26.
Maksimov A. A.; Bacher G.; McDonald A.; Landwehr G.; Becker C. R.; Forchel A.; Kulakovskii V. D.; Molenkamp L. W.
Magnetic polarons in a single diluted magnetic semiconductor quantum dot
27.
Schreder B.; Materny A.; Kiefer W.; Kümmell T.; Bacher G.; Forchel A.; Landwehr G.
Raman investigation of CdxZn1-x;Se/ZnSe quantum wires; Strain relaxation and excitation profile
28.
Eich D.; Hübner D.; Fink R.; Umbach E.; Ortner K.; Becker C. R.; Landwehr G.; Fleszar A.
Electronic structure of HgSe(001) investigated by direct and inverse photoemission
29.
Yakovlev D. R.; Waag A.; Keim M.; Ossau W.; Kulakovskii V. D.; Tartakovskii I. I.; Maksimov A. A.; Zaitsev S. V.; Platonov A. V.; Kochereshko V. P.; Ivchenko E. L.; Landwehr G.
Orientation of chemical bonds at type-II heterointerfaces probed by polarized optical spectroscopy
30.
von Truchseß M.; Landwehr G.; Becker C. R.; Pfeuffer-Jeschke A.; Batke E.
Electronic band structure of HgSe from Fourier transform spectroscopy
31.
Kavokin K. V.; Merkulov I. A.; Yakovlev D. R.; Ossau W.; Landwehr G.
Exciton localization in semimagnetic semiconductors probed by magnetic polarons
32.
Platonov A. V.; Kochereshko V. P.; Ivchenko E. L.; Mikhailov G. V.; Yakovlev D. R.; Keim M.; Ossau W.; Waag A.; Landwehr G.
Giant Electro-optical Anisotropy in Type-II Heterostructures
33.
Ankudinov A. V.; Titkov A. N.; Shubina T. V.; Ivanov S. V.; Kop'ev P. S.; Lugauer H.-J.; Reuscher G.; Keim M.; Waag A.; Landwehr G.
Cross-sectional atomic force microscopy of ZnMgSSe- and BeMgZnSe-based laser diodes
34.
Astakhov G. V.; Yakovlev D. R.; Kochereshko V. P.; Ossau W.; Nürnberger J.; Faschinger W.; Landwehr G.
Charged excitons in ZnSe-based quantum wells
35.
Vogelgesang R.; Liang J. J.; Wagner V.; Lugauer H. J.; Geurts J.; Waag A.; Landwehr G.
Wavelength-dependent optical degradation of green II–VI laser diodes
36.
Maksimov A. A.; Zaitsev S. V.; Tartakovskii I. I.; Kulakovskii V. D.; Yakovlev D. R.; Ossau W.; Keim M.; Reuscher G.; Waag A.; Landwehr G.
Kinetics of radiative recombination in strongly excited ZnSe/BeTe superlattices with a type-II band alignment
37.
Merkulov I. A.; Wojtowicz T.; Karczewski G.; Landwehr G.; Waag A.; Geurts J.; Ossau W.; Keller A.; Yakovlev D. R.; Kossut J.
Kinetic Exchange between the Conduction Band Electrons and Magnetic Ions in Quantum-Confined Structures
38.
Bacher G.; Kümmell T.; Eisert D.; Forchel A.; König B.; Ossau W.; Becker C. R.; Landwehr G.
Buried single CdTe/CdMnTe quantum dots realized by focused ion beam lithography
39.
Scherbakov A. V.; Akimov A. V.; Yakovlev D. R.; Ossau W.; Waag A.; Landwehr G.; Wojtowicz T.; Karczewski G.; Kossut J.
Heating of the spin system by nonequilibrium phonons in semimagnetic (Cd,Mn,Mg)Te quantum wells
40.
König B.; Zehnder U.; Yakovlev D. R.; Waag A.; Keim M.; Gerhard T.; Ossau W.; Landwehr G.
Magneto-optical properties of Zn0.95Mn0.05Se/Zn0.76Be0.08Mg0.16Se quantum wells and Zn0.91Mn0.09Se/Zn0.972Be0.028Se spin superlattices
41.
Bacher G.; Eisert D.; Kümmell T.; Forchel A.; Kühnelt M.; Wagner H. P.; Landwehr G.
Implantation induced changes in II-VI semiconductor heterostructures
42.
Li Ming; Faschinger W.; Landwehr G.; Mai Z. H.
Comment on “Uniqueness of the complex diffraction amplitude in x-ray Bragg diffraction”
43.
Shen J. X.; Oka Y.; Ossau W.; Fischer F.; Waag A.; Landwehr G.
Enlarged paramagnetism by electron–electron exchange interactions in ;n-type modulation doped Cd1-x;MnxTe/Cd1-x-y;MnxMgyTe single quantum wells
44.
Albert D.; Nürnberger J.; Hock V.; Ehinger M.; Faschinger W.; Landwehr G.
Influence of p-type doping on the degradation of ZnSe laser diodes
45.
Walter T.; Schunk P.; Landwehr G.; Waag A.; Gerhard T.; Fischer F.; Gerthsen D.; Wittmann R.; Rosenauer A.; Schimmel T.
Structural properties of BeTe/ZnSe superlattices
46.
Shen J. X.; Oka Y.; Hu C. Y.; Ossau W.; Landwehr G.; Friedland K.-J.; Hey R.; Ploog K.; Weimann G.
Photoluminescence in modulation-doped GaAs/Ga1-x;AlxAs heterojunctions
47.
Ivanov S. V.; Toropov A. A.; Sorokin S. V.; Shubina T. V.; Sedova I. V.; Sitnikova A. A.; Kop'ev P. S.; Alferov Zh. I.; Lugauer H.-J.; Reuscher G.; Keim M.; Fischer F.; Waag A.; Landwehr G.
CdSe fractional-monolayer active region of molecular beam epitaxy grown green ZnSe-based lasers
48.
Tyazhlov M. G.; Waag A.; Yakovlev D. R.; Filin A. I.; Kulakovskii V. D.; Landwehr G.
Mn spin domains in highly photoexcited (Cd,Mn)Te/(Cd,Mg)Te quantum wells
49.
Ehinger M.; Koch C.; Korn M.; Albert D.; Nürnberger J.; Hock V.; Faschinger W.; Landwehr G.
High quantum efficiency II–VI photodetectors for the blue and blue-violet spectral range
50.
Gui Yongsheng; Li Biao; Zheng Guozhen; Guo Shaoling; Chu Junhao; Oehling S.; Becker C. R.; Landwehr G.
Transport properties of Hg0.80Mg0.20Te grown by molecular beam epitaxy
51.
Oehling S.; Ehinger M.; Gerhard T.; Becker C. R.; Landwehr G.; Schneider M.; Eich D.; Neureiter H.; Fink R.; Sokolowski M.; Umbach E.
Termination, surface structure and morphology of the molecular beam epitaxially grown HgTe(001) surface
52.
Lunz U.; Becker C. R.; Faschinger W.; Landwehr G.
Comment on “Quaternary alloy ;Zn1-x;MgxSySe1-y;”
53.
Nagelstraßer M.; Dröge H.; Steinrück H.-P.; Fischer F.; Litz T.; Waag A.; Landwehr G.; Fleszar A.; Hanke W.
Band structure of BeTe: A combined experimental and theoretical study
54.
Ivanov S.; Toropov A.; Sorokin S.; Shubina T.; Lebedev A.; Kop'ev P.; Alferov Zh.; Lugauer H.-J.; Reuscher G.; Keim M.; Fischer F.; Waag A.; Landwehr G.
ZnSe-based blue-green lasers with a short-period superlattice waveguide
55.
Fiederling R.; Yakovlev D. R.; Ossau W.; Landwehr G.; Merkulov I. A.; Kavokin K. V.; Wojtowicz T.; Kutrowski M.; Grasza K.; Karczewski G.; Kossut J.
Exciton magnetic polarons in (100)- and (120)-oriented semimagnetic digital alloys (Cd,Mn)Te
56.
Worschech L.; Ossau W.; Behr Th.; Nürnberger J.; Landwehr G.
Polarized luminescence from ZnSe-based laser structures and the role in laser operation
57.
Lovisa S.; Cox R. T.; Baron T.; Keim M.; Waag A.; Landwehr G.
Optical creation of a metastable two-dimensional electron gas in a ZnSe/BeTe quantum structure
58.
Fischer F.; Waag A.; Baron T.; Reuscher G.; Keim M.; Lugauer H. J.; Litz T.; Behr T.; Gerhard T.; Keller M.; Landwehr G.
Reduction of the extended defect density in molecular beam epitaxy grown ZnSe based II-VI heterostructures by the use of a BeTe buffer layer
59.
Hu C. Y.; Ossau W.; Yakovlev D. R.; Landwehr G.; Wojtowicz T.; Karczewski G.; Kossut J.
Optically detected magnetic resonance of excess electrons in type-I quantum wells with a low-density electron gas
60.
Kümmell T.; Bacher G.; Forchel A.; Lermann G.; Kiefer W.; Jobst B.; Hommel D.; Landwehr G.
Size dependence of strain relaxation and lateral quantization in deep etched CdxZn1-x;Se/ZnSe quantum wires
61.
Lunz U.; Keim M.; Waag A.; Faschinger W.; Landwehr G.
Transverse magnetic field studies in ZnSe/BeTe resonant tunneling structures
62.
Nagelstrasser M.; Dröge H.; Fischer F.; Litz T.; Waag A.; Landwehr G.; Steinrück H.-P.
Band discontinuities and local interface composition in BeTe/ZnSe heterostructures
63.
Herz K.; Kümmell T.; Bacher G.; Forchel A.; Jobst B.; Hommel D.; Landwehr G.
Biexciton formation in CdxZn1-x;Se/ZnSe quantum-dot and quantum-well structures
64.
Yakovlev D. R.; Kochereshko V. P.; Suris R. A.; Schenk H.; Ossau W.; Waag A.; Landwehr G.; Christianen P. C. M.; Maan J. C.
Combined Exciton-Cyclotron Resonance in Quantum Well Structures
65.
Akimov A. V.; Scherbakov A. V.; Zhmodikov A. L.; Kochereshko V. P.; Yakovlev D. R.; Ossau W.; Landwehr G.; Wojtowicz T.; Karczewski G.; Kossut J.
Luminescence detection of nonequilibrium phonons in CdTe/Cd0.6Mn0.4Te semimagnetic quantum wells
66.
Li M.; Gall R.; Becker C. R.; Gerhard T.; Faschinger W.; Landwehr G.
Strains in HgTe/Hg0.1Cd0.9Te superlattices grown on (211)B Cd0.96Zn0.04Te substrates
67.
Kümmell T.; Bacher G.; Forchel A.; Nürnberger J.; Faschinger W.; Landwehr G.; Jobst B.; Hommel D.
Low damage thermally assisted electron cyclotron resonance etch technology for wide bandgap II-VI materials
68.
Yakovlev D. R.; Kavokin K. V.; Waag A.; Göbel E. O.; Hellmann R.; Ossau W.; Mackh G.; Merkulov I. A.; Landwehr G.
Picosecond dynamics of magnetic polarons governed by energy transfer to the Zeeman reservoir
69.
Li M.; Becker C. R.; Gall R.; Faschinger W.; Landwehr G.
X-ray reciprocal space mapping of a (112) oriented HgTe/Hg0.1Cd0.9Te superlattice
70.
Lermann G.; Bischof T.; Materny A.; Kiefer W.; Kümmell T.; Bacher G.; Forchel A.; Landwehr G.
Wire-width dependence of the LO-phonon splitting and photoluminescence energy in ZnSe/Cd0.35Zn0.65Se quantum wires
71.
Bacher G.; Hommel D.; Jobst B.; Forchel A.; Breitwieser O.; Kümmell T.; Spiegel R.; Landwehr G.
Relaxation of hot excitons in inhomogeneously broadened CdxZn1-x;Se/ZnSe nanostructures
72.
Eisert D.; Bacher G.; Legge M.; Forchel A.; Nürnberger J.; Schüll K.; Faschinger W.; Landwehr G.
Wavelength control in II–VI laser diodes with first order distributed Bragg reflectors
73.
Fabrication of dry etched CdZnSe/ZnSe quantum wires by thermally assisted electron cyclotron resonance etching
74.
Sirenko A. A.; Ruf T.; Cardona M.; Yakovlev D. R.; Ossau W.; Waag A.; Landwehr G.
Electron and hole g factors measured by spin-flip Raman scattering in CdTe/Cd1-x;MgxTe single quantum wells
75.
Kuttler M.; Strassburg M.; Stier O.; Pohl U. W.; Bimberg D.; Kurtz E.; Nürnberger J.; Landwehr G.; Behringer M.; Hommel D.
Doping dependent ZnCdSe/ZnSe-superlattice disordering
76.
Waag Andreas; Litz Th.; Fischer Frank; Lugauer H.-J.; Gunshor Robert L.; Landwehr Gottfried
Beryllium-containing materials for II-VI laser diodes
77.
Spiegel R.; Hommel D.; Jobst B.; Forchel A.; Bacher G.; Landwehr G.
Polarization-dependent formation of biexcitons in (Zn,Cd)Se/ZnSe quantum wells
78.
Nürnberger J.; Faschinger W.; Schmitt R.; Korn M.; Ehinger M.; Landwehr G.
Optimization of p-contacts on ZnSe diodes
79.
Li M.; Ress H.; Cui S. F.; Landwehr G.; Gerhard T.; Mai Z. H.
A semi-kinematic approach to x-ray diffraction of real crystals with small defects
80.
Resonant micro-Raman investigations of the ZnSe–LO splitting in II–VI semiconductor quantum wires
81.
Waag A.; Fischer F.; Schüll K.; Baron T.; Lugauer H.-J.; Litz Th.; Zehnder U.; Ossau W.; Gerhard T.; Keim M.; Reuscher G.; Landwehr G.
Laser diodes based on beryllium-chalcogenides
82.
Watanabe K.; Litz M. Th.; Korn M.; Ossau W.; Waag A.; Landwehr G.; Schüssler U.
Optical properties of ZnTe/Zn1-x;MgxSeyTe1-y; quantum wells and epilayers grown by molecular beam epitaxy
83.
Lunz U.; Kuhn J.; Goschenhofer F.; Schüssler U.; Einfeldt S.; Becker C. R.; Landwehr G.
Temperature dependence of the energy gap of zinc‐blende CdSe and Cd;1-;xZnxSe epitaxial layers
84.
Lunz U.; Keim M.; Reuscher G.; Fischer F.; Schüll K.; Waag A.; Landwehr G.
Resonant electron tunneling in ZnSe/BeTe double‐barrier, single‐quantum‐well heterostructures
85.
Kuttler M.; Strassburg M.; Türck V.; Heitz R.; Pohl U. W.; Bimberg D.; Kurtz E.; Landwehr G.; Hommel D.
Laterally structured ZnCdSe/ZnSe superlattices by diffusion induced disordering
86.
Kulakovskii V. D.; Tyazhlov M. G.; Filin A. I.; Yakovlev D. R.; Waag A.; Landwehr G.
Hierarchy of relaxation times in the system of Mn‐ion spins in photoexcited semimagnetic quantum wells
87.
Li Ming; Möller M. O.; Landwehr G.
Fitting of x‐ray or neutron specular reflectivity of multilayers by Fourier analysis
88.
Mackh G.; Ossau W.; Waag A.; Landwehr G.
Effect of the reduction of dimensionality on the exchange parameters in semimagnetic semiconductors
89.
Kulakovskii V. D.; Tyazhlov M. G.; Dite A. F.; Filin A. I.; Forchel A.; Yakovlev D. R.; Waag A.; Landwehr G.
Interparticle interaction in spin‐aligned and spin‐degenerate exciton systems and magnetoplasmas in II‐VI quantum wells
90.
Waag A.; Laubender J.; Lunz U.; Zehnder U.; Ossau W.; Fischer F.; Lugauer H. J.; Litz Th.; Möller M.; Gerhardt T.; Landwehr G.
Molecular‐beam epitaxy of beryllium‐chalcogenide‐based thin films and quantum‐well structures
91.
Jobst B.; Hommel D.; Lunz U.; Gerhard T.; Landwehr G.
E0 band‐gap energy and lattice constant of ternary Zn;1-;xMgxSe as functions of composition
92.
Reuscher G.; Keim M.; Fischer F.; Waag A.; Landwehr G.
Resonant tunneling in CdTe/Cd1-;xMgxTe double‐barrier single‐quantum‐well heterostructures
93.
Cundiff S. T.; Knox W. H.; Landwehr G.; Waag A.; Mackh G.; Koch M.; Hellmann R.; Göbel E. O.
Excitonic dephasing in semimagnetic semiconductors
94.
Schenk H.; Wolf M.; Mackh G.; Waag A.; Ossau W.; Zehnder U.; Landwehr G.
Influence of the negative thermal‐expansion coefficient on the luminescence properties of (CdMnMg)Te
95.
Schuell Karl; Spahn Wolfgang; Hock V.; Lunz U.; Ehinger M.; Faschinger Wolfgang; Landwehr Gottfried
Investigation of electrical properties and thermal stability of ohmic contacts to n-ZnSe for planar contacts on blue-green laser diodes
96.
Spahn Wolfgang; Ress H.; Fischer C.; Ebel R.; Faschinger Wolfgang; Ehinger M.; Landwehr Gottfried
Growth of pseudomorphic ZnSSe on Te-terminated GaAs
97.
Bacher G.; Tönnies D.; Eisert D.; Forchel A.; Möller M. O.; Korn M.; Jobst B.; Hommel D.; Landwehr G.; Söllner J.; Heuken M.
Thermal stability of (Zn,Cd)(Se,S) heterostructures grown on GaAs
98.
Oehling S.; Becker C. R.; Waag A.; Zehnder U.; Heinke H.; Schmitt M.; Lugauer H. J.; Landwehr G.
p‐type doping of CdTe with a nitrogen plasma source
99.
Spiegel R.; Bacher G.; Herz K.; Illing M.; Kümmell T.; Forchel A.; Jobst B.; Hommel D.; Landwehr G.; Söllner J.; Heuken M.
Excitonic lifetimes in (Zn,Cd)Se/ZnSe and ZnSe/Zn(Se,S) quantum wires
100.
Spiegel R.; Waag A.; Litz T.; Forchel A.; Herz K.; Bacher G.; Landwehr G.
Recombination and thermal emission of excitons in shallow CdTe/Cd1-;xMgxTe quantum wells
101.
Eisert D.; Bacher G.; Mais N.; Reithmaier J. P.; Forchel A.; Jobst B.; Hommel D.; Landwehr G.
First order gain and index coupled distributed feedback lasers in ZnSe‐based structures with finely tunable emission wavelengths
102.
Jobst B.; Lunz U.; Zerlauth S.; Cerva H.; Hommel D.; Landwehr G.
Molecular‐beam‐epitaxial growth and characterization of Zn;1-;xCaxSySe1-;y alloys for blue‐green laser applications
103.
Oehling S.; Ehinger M.; Spahn W.; Waag A.; Becker C. R.; Landwehr G.
Mechanisms of molecular beam epitaxial growth of (001) HgTe
104.
Germanenko A. V.; Minkov G. M.; Larionova V. A.; Rut O. E.; Becker C. R.; Landwehr G.
Two‐dimensional states at the HgTe/Hg;0.05Cd0.95Te interface as determined from the tunneling investigations
105.
Worschech L.; Ossau W.; Landwehr G.
Characterization of a strain‐inducing defect in CdTe by magnetoluminescence spectroscopy
106.
Illing M.; Bacher G.; Kümmell T.; Forchel A.; Hommel D.; Jobst B.; Landwehr G.
Fabrication of CdZnSe/ZnSe quantum dots and quantum wires by electron beam lithography and wet chemical etching
107.
Yakovlev D. R.; Mackh G.; Hellmann R.; Landwehr G.; Waag A.; Ossau W.; Kuhn-Heinrich B.; Göbel E. O.
Exciton magnetic polarons in short‐period CdTe/Cd;1-;xMnxTe superlattices
108.
Dorozhkin S. I.; Emeleus C. J.; Whall T. E.; Landwehr G.
Tuning of the quantum‐Hall‐effect‐state–insulator transition by tilting of magnetic field
109.
Bäume P.; Gutowski J.; Wiesmann D.; Heitz R.; Hoffmann A.; Kurtz E.; Hommel D.; Landwehr G.
Intensity‐dependent energy and line shape variation of donor–acceptor‐pair bands in ZnSe;N at different compensation levels
110.
Becker Charles R.; Latussek V.; Spahn Wolfgang; Goschenhofer F.; Oehling S.; Landwehr Gottfried
Molecular beam epitaxial growth and optical properties of (001) HgTe/Hg1-xCdxTe superlattices
111.
Yakovlev D. R.; Ossau W.; Waag A.; Landwehr G.; Ivchenko E. L.
Double 2s‐1;s resonance in LO‐phonon‐assisted secondary emission of quantum‐well structures
112.
Illing M.; Bacher G.; Forchel A.; Hommel D.; Jobst B.; Landwehr G.
First order distributed feedback operation in ZnSe based laser structures
113.
Illing M.; Bacher G.; Kümmell T.; Forchel A.; Andersson T. G.; Hommel D.; Jobst B.; Landwehr G.
Lateral quantization effects in lithographically defined CdZnSe/ZnSe quantum dots and quantum wires
114.
Hellmann R.; Euteneuer A.; Hense S.G.; Feldmann J.; Thomas P.; Göbel E.O.; Yakovlev D.R.; Waag A.; Landwehr G.
Low‐temperature anti‐Stokes luminescence mediated by disorder in semiconductor quantum‐well structures
115.
von Truchseβ M.; Sizmann R.; Batke E.; Landwehr G.; Becker C. R.; Goschenhofer F.; Latussek V.; Helgesen P.
Magneto‐optics and valence‐band discontinuity in a HgTe‐Hg;1-;xCdxTe superlattice
116.
Stühler J.; Schaack G.; Dahl M.; Waag A.; Landwehr G.; Kavokin K. V.; Merkulov I. A.
Erratum: Multiple Mn2+‐spin‐flip Raman scattering at high fields via magnetic polaron states in semimagnetic quantum wells [Phys. Rev. Lett. ;74, 2567 (1995)]
117.
Lunz U.; Jobst B.; Einfeldt S.; Becker C. R.; Hommel D.; Landwehr G.
Optical properties of Zn1-;xMgxSySe1-;y epitaxial layers for blue‐green laser applications
118.
Illing M.; Bacher G.; Forchel A.; Litz T.; Waag A.; Landwehr G.
Photoluminescence efficiency study of wet chemically etched CdTe/Cd1-;xMgxTe wires
119.
Multiple Mn2+‐spin‐flip Raman scattering at high fields via magnetic polaron states in semimagnetic quantum wells
120.
Einfeldt S.; Goschenhofer F.; Becker C. R.; Landwehr G.
Optical properties of HgSe
121.
Neukirch Ulrich; Wundke Kai; Weckendrup D.; Gutowski Juergen; Hommel D.; Landwehr Gottfried
Ultrafast differential-transmission spectroscopy of excitons in strained ZnSe layers and Zn1-xCdxSe/ZnSe quantum wells
122.
Tönnies D.; Bacher G.; Eisert D.; Forchel A.; Waag A.; Litz Th.; Landwehr G.
Ion‐implantation induced interdiffusion in CdTe/CdMgTe quantum wells
123.
Hellmann R.; Waag A.; Yakovlev D. R.; Kuhn-Heinrich B.; Göbel E. O.; Feldmann J.; Koch M.; Cundiff S. T.; Landwehr G.
Exciton dynamics in disordered quantum wells: Localized and delocalized regimes
124.
Mackh G.; Hilpert M.; Yakovlev D. R.; Ossau W.; Heinke H.; Litz T.; Fischer F.; Waag A.; Landwehr G.; Hellmann R.; Göbel E. O.
Exciton magnetic polarons in the semimagnetic alloys Cd1-;x-;yMnxMgyTe
125.
Kuhn-Heinrich B.; Ossau W.; Litz T.; Waag A.; Landwehr G.
Determination of the band offset in semimagnetic CdTe/Cd1-;xMnxTe quantum wells; A comparison of two methods
126.
Gerthsen D.; Meertens D.; Heinke H.; Waag A.; Litz T.; Landwehr G.
Structural properties of CdMgTe/CdTe superlattices
127.
Waag A.; Bacher G.; Jakobs A.; Forchel A.; Landwehr G.
Stimulated emission from a (CdMg)Te separate confinement quantum well laser
128.
Mackh G.; Ossau W.; Yakovlev D. R.; Waag A.; Landwehr G.; Hellmann R.; Göbel E. O.
Localized exciton magnetic polarons in Cd1-;xMnxTe
129.
Tönnies D.; Bacher G.; Forchel A.; Waag A.; Landwehr G.
Photoluminescence study of strong interdiffusion in CdTe/CdMnTe quantum wells induced by rapid thermal annealing
130.
Waag A.; Fischer F.; Gerschütz J.; Scholl S.; Landwehr G.
n‐type doping of the wide gap ternary alloy (CdMg)Te during molecular beam epitaxy
131.
Becker Charles R.; Latussek V.; Heinke H.; Regnet M. M.; Goschenhofer F.; Einfeldt S.; He Li; Bangert E.; Kraus M. M.; Landwehr Gottfried
Molecular beam epitaxial growth and characterization of (001) Hg1-xCdxTe-HgTe superlattices
132.
Kuhn-Heinrich B.; Ossau W.; Heinke H.; Fischer F.; Litz T.; Waag A.; Landwehr G.
Optical investigation of confinement and strain effects in CdTe/(CdMg)Te quantum wells
133.
Hellmann R.; Pohlmann A.; Göbel E. O.; Yakovlev D. R.; Waag A.; Bicknell-Tassius R. N.; Landwehr G.
Time resolved photoluminescence studies of perpendicular transport in CdTe/Cd1-;xMnxTe short‐period superlattices
134.
Becker C. R.; He L.; Regnet M. M.; Kraus M. M.; Wu Y. S.; Landwehr G.; Zhang X. F.; Zhang H.
The growth and structure of short period (001) Hg1-;xCdxTe‐HgTe superlattices
135.
Hellmann R.; Koch M.; Feldmann J.; Cundiff S. T.; Göbel E. O.; Yakovlev D. R.; Waag A.; Landwehr G.
Homogeneous linewidth of excitons in semimagnetic CdTe/Cd1-;xMnxTe multiple quantum wells
136.
Scholl S.; Schäfer H.; Waag A.; Hommel D.; von Schierstedt K.; Kuhn-Heinrich B.; Landwehr G.
Two‐dimensional Shubnikov–de Haas oscillations in modulation‐doped CdTe/CdMnTe quantum‐well structures
137.
Wu Y. S.; Becker C. R.; Waag A.; Schmiedl R.; Einfeldt S.; Landwehr G.
Oxygen on the (100) CdTe surface
138.
Herrmann K. H.; Happ M.; Kissel H.; Möllmann K.-P.; Tomm J. W.; Becker C. R.; Kraus M. M.; Yuan S.; Landwehr G.
A new model for the absorption coefficient of narrow‐gap (Hg,Cd)Te that simultaneously considers band tails and band filling
139.
He L.; Becker C. R.; Bicknell-Tassius R. N.; Scholl S.; Landwehr G.
Molecular beam epitaxial growth and evaluation of intrinsic and extrinsically doped Hg0.8Cd0.2Te on (100) Cd0.96Zn0.04Te
140.
Wu Y. S.; Becker C. R.; Waag A.; von Schierstedt K.; Bicknell-Tassius R. N.; Landwehr G.
Surface sublimation of zinc blende CdTe
141.
Qiu Yueming; He Li; Li Jie; Yuan Shixin; Becker C. R.; Landwehr G.
Infrared photoconductor fabricated with HgTe/CdTe superlattice grown by molecular beam epitaxy
142.
Polhmann A.; Hellmann R.; Göbel E. O.; Yakovlev D. R.; Ossau W.; Waag A.; Bicknell-Tassius R. N.; Landwehr G.
Exciton lifetimes in CdTe/CdMnTe single quantum wells
143.
Möller M. O.; Bicknell-Tassius R. N.; Landwehr G.
Theoretical x‐ray Bragg reflection widths and reflectivities of II‐VI semiconductors
144.
Kavokin A. V.; Kochereshko V. P.; Bicknell-Tassius R. N.; Landwehr G.; Yakovlev D. R.; Uraltsev I. N.; Posina G. R.; Waag A.
Effect of the electron Coulomb potential on hole confinement in II‐VI quantum wells
145.
Litz Th.; Behr Th.; Hommel D.; Waag A.; Landwehr G.
Growth mechanisms of CdTe during molecular beam epitaxy
146.
Hommel D.; Waag A.; Scholl S.; Landwehr G.
Chlorine: A new efficient n‐type dopant in CdTe layers grown by molecular beam epitaxy
147.
Ivchenko E. L.; Kavokin A. V.; Kochereshko V. P.; Posina G. R.; Uraltsev I. N.; Yakovlev D. R.; Bicknell-Tassius R. N.; Waag A.; Landwehr G.
Exciton oscillator strength in magnetic‐field‐induced spin superlattices CdTe/(Cd,Mn)Te
148.
Kavokin Alexey V.; Kochereshko Vladimir P.; Bicknell-Tassius Robert N.; Landwehr Gottfried; Yakovlev Dmitrii R.; Uraltsev Igor N.; Pozina Galina R.; Waag Andreas
Effect of Coulomb potential well on exchange-induced properties of CdTe/(Cd,Mn)Te quantum wells
149.
Kavokin Kirill V.; Landwehr Gottfried; Yakovlev Dmitrii R.; Uraltsev Igor N.; Kavokin Alexey V.; Pohlmann A.
Two-dimensional exciton magnetic polaron dynamics in thin CdTe/(Cd,Mn)Te quantum wells
150.
Kraus M. M.; Regnet M. M.; Becker C. R.; Bicknell-Tassius R. N.; Landwehr G.
Comparison of band structure calculations and photoluminescence experiments on HgTe/CdTe superlattices grown by molecular beam epitaxy
151.
Wu Y. S.; Becker C. R.; Waag A.; Bicknell-Tassius R. N.; Landwehr G.
Thermal effects on (100) CdZnTe substrates as studied by x‐ray photoelectron spectroscopy and reflection high energy electron diffraction
152.
Waag A.; Schmeusser S.; Bicknell-Tassius R. N.; Yakovlev D. R.; Ossau W.; Landwehr G.; Uraltsev I. N.
Molecular beam epitaxial growth of ultrathin CdTe–CdMnTe quantum wells and their characterization
153.
Wu Y. S.; Becker C. R.; Waag A.; Kraus M. M.; Bicknell-Tassius R. N.; Landwehr G.
Correlation of the Cd‐to‐Te ratio on CdTe surfaces with the surface structure
154.
Landwehr Gottfried; Waag Andreas; Hofmann K.; Kallis Norbert; Bicknell-Tassius Robert N.
Recent progress in device-oriented II-VI research at the University of Wuerzburg
155.
The effects of laser illumination and high energy electrons on molecular‐beam epitaxial growth of CdTe
156.
Landwehr Gottfried
Florida Un‐Sitely for Magnet Lab
157.
Waag A.; Wu Y. S.; Bicknell-Tassius R. N.; Gonser-Buntrock C.; Landwehr G.
Investigation of molecular‐beam epitaxially grown CdTe on GaAs by x‐ray photoelectron spectroscopy
158.
Kuhn T. A.; Ossau W.; Bicknell-Tassius R. N.; Landwehr G.
Linear polarized luminescence from CdTe epilayers
159.
Waag A.; Wu Y. S.; Bicknell-Tassius R. N.; Landwehr G.
Investigation of CdTe surfaces by x‐ray photoelectron spectroscopy
79
Waag, Andreas
40
Ossau, W
38
Yakovlev, DR
37
Becker, Charles R.
28
Forchel, Alfred
27
Bacher, G
23
Hommel, Detlef
18
Faschinger, W
15
Fischer, F
Keim, M
14
Kümmell, T
13
Nürnberger, J
11
Kochereshko, VP
9
Lugauer, H.-J.
Reuscher, G