1 |
Automated pulling of large alkali halide single crystals
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[
V.I. Goriletsky;V.A. Nemenov;V.G. Protsenko;A.V. Radkevich;L.G. Eidelman
] /
J. Crystal Growth
|
2 |
Radiation Damage in GaAs Solar Cells
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[
R. Loo;G.S. Kamath;R.C. Knechtli
] /
14th IEEE Photovoltaics Specialists Conference
|
3 |
Growth of SBN single crystals by Stepanov technique for photorefractive applications
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[
L.I. Ivleva;N.V. Bogodaev;N.M. Polozkov;V.V. Osiko
] /
Optical Materials
|
4 |
Thermo-hydrodynamic oscillations in liquid metals: the cause of impurity striations in melt-grown crystals
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[
D.T.J. Hurle;H.S. Peiser(ed.)
] /
Crystal Growth
|
5 |
Impurity distribution in crystals grown by the EFG technique
/
[
S. Matsumura;T. Fukuda
] /
J. Crystal Growth
|
6 |
Fundamental aspects of Czochralski silicon growth for VLSI
/
[
K.E. Benson;W. Lin;W.E. Martin;H.R. Huff(ed.);R.J. Kriegler(ed.);Y. Takeishi(ed.)
] /
Semiconductor Silicon
|
7 |
Crystal growth and characterisation of Striation-Free <TEX>$KTa_{1-x}Nb_xO_3$</TEX>(x~0.26) solid solutions
/
[
H.J. Scheel;J. Sommerauer
] /
J. Crystal Growth
|
8 |
Solid-solution <TEX>$LiTa_xNb_{1-x}O_3$</TEX> single crystal growth by Czochralski and edge-defined film-fed growth technique
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[
T. Fukuda;H. Hirano
] /
J. Crystal Growth
|
9 |
A Precise temperature sensor for 600-1600<TEX>${\circ}C$</TEX>
/
[
H.J. Scheel;C.H. West
] /
J. Phys. E Scientif. Instr.
|
10 |
Shaped melt lowering (SML):a novel growth technique permitting <TEX>$k_{eff}$</TEX>=1
/
[
S. Miyazawa
] /
J. Crystal Growth
|
11 |
The growth of multicomponent oxide single crystals by Stepanov's technique
/
[
L.I. Ivleva;Yu. S. Kuz'sminov;V.V. Osiko:N.M. Polozkov
] /
J. Crystal Growth
|
12 |
Aehnlichkeit und Mischbarkeit anorganischer Kristalle
/
[
F. Laves
] /
Die Chemie
|
13 |
Impurities redistribution in EFG
/
[
J.P. Kalejs
] /
J. Crystal Growth
|
14 |
Automated growing of large single crystals controlled by melt level sensor
/
[
L.G. Eidelman;V.I. Goriletsky;V.A. Nemenov;V.G. Protsenko;A.V. Radkevich
] /
Crystal Res. and Technol.
|
15 |
Calculation of the region for the compositional variation-slope of <TEX>In_{1-x}Ga_xAs$</TEX> grown from In-Ga-As solution with GaAs source material
/
[
K. Nakajima
] /
J. Crystal Growth
|
16 |
/
[
F.S.Chen;J.E. Geusic;S.K. Kurtz;J.C. Skinner;S.H. Wemple
] /
J. Appl. Phys.
|
17 |
/
[
F.R.N. Nabarro;P.B. Hirsh(ed.)
] /
Solution and precipitation hardening. the Physics of Metals, Part 2, Defects
|
18 |
Similarity and miscibility or inorganic compounds
/
[
F. Laves
] /
Z. Krist
|
19 |
/
[
W.A. Bonner
] /
|
20 |
Growth of ternary <TEX>$In_{0.14}Ga_{0.86}As$</TEX> bulk crystal with uniform composition at constant temperature through GaAs supply
/
[
T. kusonoki;C. Takenaka;K. Nakajima
] /
J. Crystal Growth
|
21 |
Low frequency vibrational stirring: a new method for rapidly mixing solutions and melts during growth
/
[
W.-S. Liu;M.F. Wolf;D. Elwell;R.S. Feigelson
] /
J. Crystal Growth
|
22 |
Normal and zone solidification using the submerged heater method
/
[
A.G. Ostrogorsky;G. Muller
] /
J. Crystal Growth
|
23 |
/
[
A.J. Goss;K.E. Benson;W.G. Pfann
] /
Acta Met.
|
24 |
Crystal growth of <TEX>$KTa_{1-x}Nb_xO_3$</TEX> solid solutions by a slow-cooling method
/
[
D. Rytz;H.J. Scheel
] /
J. Crystal Growth
|
25 |
The distribution of solute in crystals grown from the melt
/
[
J. A. Burton;R. C. Prim;W.P. Slichter
] /
J. Chem. Phys.
|
26 |
Growth of a mixed crystal from an ideal dilute solution
/
[
W. Van Erk
] /
J. Crystal Growth
|
27 |
Crystal growth and electrooptic properties of oxide solid solutions
/
[
H.J. Scheel;P. Gunter;E. Kaldis(ed.)
] /
Crystal Growth of Electronic Materials
|
28 |
Control of epitaxial growth modes for high-performance devices
/
[
H.J. Scheel;H.J. Scheel(ed.);T. Fukuda(ed.)
] /
Crystal Growth Technology
|
29 |
/
[
W. Bardsley;J.S. Boulton;D.T.J. Hurle
] /
Sol. State Electron.
|
30 |
Influence of ultrasonic vibrations on the growth of InSb crystals
/
[
G.N. Kozhemyakin
] /
J. Crystal Growth
|
31 |
A New magnetic-field applied pulling apparatus for LEC GaAs single crystal growth
/
[
K. Terashima;T. Fukuda
] /
J. Crystal Growth
|
32 |
Experimental approach to the quantitative determination of dopant segregation during crystal growth on a microscale: Ga doped Ge
/
[
A.F. Witt;M. Lichtensteiger;H.C. Gatos
] /
J. Electrochem. Soc.
|
33 |
Turbulent free convection in Czochralski crystal growth
/
[
W.R. Wilcox;L.D. Fullmer
] /
J. Appl. Phys.
|
34 |
Temperature oscillations in molten metals and their relation to growth striae in melt-grown crystals
/
[
D.T.J. Hurle
] /
Phil. Mag.
|
35 |
Growth striations in vertically pulled oxide and fluoride crystals
/
[
B. Cockayne;M.P. Gates
] /
J. Mater. Science
|
36 |
Defect thermodynamics and phase diagram in compound crystal growth
/
[
H. Wenzl;W.A. Oates;K. Mika;D.T.J. Hurle(ed.)
] /
Hondbook of Crystal Growth
|
37 |
Theoretical and experimental solutions of the striation problem
/
[
H.J. Scheel;H.J. Scheel(ed.);T. Fukuda(ed.)
] /
Crystal Growth Technology
|
38 |
Stirring a crystal growing melt in a sealed system
/
[
J.B. Gunn
] /
OBM Techn. Discl. Bull.
|
39 |
/
[
A.N. Kirgintsev;E.G. Avvakumov
] /
Sov. Phys. Cryst.
|
40 |
Use of optical diffraction effects in crystals for growth characterisation
/
[
J. Donecker;B. Lux;P. Reiche
] /
J. Crystal Growth
|
41 |
/
[
M.J. Lighthill;G.B. Whitham
] /
Proc. Roy. Soc.
|
42 |
/
[
Y. Hayakawa;M. Kumagawa
] /
Crystal Res. and Technol.
|
43 |
Effect of controlled low-frequency vibrations on melt in growth of yttrium-scandium-gallium garnet single crystals
/
[
N.A. Verezub;E.V. Zharikov;S.P.Kalitin;S.V. Lavrishchev;A.Z. Myal'dun;Yu. M. Papin;A.I. Prostomolotov;N.R. Storozhev
] /
Crystallography Reports
|
44 |
Nonmixing cells due to crucible rotation during Czochralski crystal growth
/
[
J.R. Carruthers;K. Nassau
] /
J. Appl. Phys.
|
45 |
Resistivity striations in germanium crystals
/
[
P.R. Camp
] /
J. Appl. Phys.
|
46 |
Optimum convection conditions for Czochralski growth of semiconductors
/
[
H.J. Scheel;J.T. Sielawa
] /
Proceedings Internatl. Sympos.on High-Purity Materials
|
47 |
On the kinematic theory of crystal growth and dissolution processes
/
[
F.C. Frank;R.H. Doremus(ed.);B.W. Roberts(ed.);D. Turnbull(ed.)
] /
Growth and Perfection of Crystals
|
48 |
The growth of crystals from solution
/
[
N. Cabrera;D.A. Vermilyea;R.H. Doremus(ed.);B.W. Roberts(ed.);D. Turnbull(ed.)
] /
Growth and Perfection of Crystals
|
49 |
Process and device for pulling crystals according to the Czochralski method
/
[
H.J. Scheel
] /
US patent 5,471,943
|
50 |
/
[
Zhong Zeng
] /
private communication
|
51 |
Transition to faceting in multilayer liquid phase epitaxy of GaAs
/
[
H.J. Scheel
] /
Appl. Phys. Lett.
|
52 |
/
[
K. Kakimoto
] /
private communication
|
53 |
Some features on the growth of single crystals of the <TEX>$Y_3Fe_{5-x}Cr_xO_{12}$</TEX> system
/
[
R. Krishnan
] /
J. Crystal Growth
|
54 |
Extremely flat surfaces by liquid phase epitaxy
/
[
A.A. Chernov;H.J. Scheel
] /
J. Crystal Growth
|
55 |
How does the flow within the boundary layer influence morphological stability of a vicinal Face?
/
[
A.A. Chernov
] /
J. Crystal Growth
|
56 |
K voprosu o volnoobraznom kharaktere raspredelenija primesi vdol'dliny rastush-hego monokristalla
/
[
A.I. Landau
] /
Fiz. Metallov Metalloved
|
57 |
Substrates for epitaxial garnet layers: crystal growth and quality
/
[
D. Mateika;E. Kaldis(ed.)
] /
Current topics in Materials Science
|
58 |
Evaluation of experimental parameters for growth of homogeneous solid solutions
/
[
H.J. Scheel;R.H. Swendsen
] /
J. Crystal Growth
|
59 |
Segregation of two solutes, with particular reference to semiconductors
/
[
W.G. Pfann
] /
Trans. AIME
|
60 |
Crystal growth of <TEX>${\alpha}-Fe_2O_3$</TEX> and GaFeO<TEX>$_3$</TEX> by the flux method and segregation studies of <TEX>$Fe^{3+}$</TEX> in <TEX>$Ga_{2-x}Fe_xO_3$</TEX> crystals
/
[
M. Schieber
] /
J. Appl. Phys.
|
61 |
/
[
D. Elwell;H.J. Scheel
] /
Crystal Growth from High-temperature Solutions
|
62 |
Accelerated crucible rotation: a novel stirring technique in high-temperature solution growth
/
[
H.J. Scheel
] /
J. Crystal Growth
|
63 |
Bulk growth of cadmium mercury telluride (CMT) using the bridgman/accelerated crucible rotation technique(ACRT)
/
[
P. Capper;C. Maxey;C. Butler;M. Grist;J. Price
] /
14th International Conference on Crystal Growth Grenoble
|
64 |
Phase diagram of the system KNbO<TEX>$_3\;KTaO_3$</TEX> by the method of differential thermal and resistance analysis
/
[
A. Reisman;S. Triebwasser;F. Holtzberg
] /
J. Amer. Chem. Soc.
|
65 |
Crystal growth of <TEX>$KTa_{1-x}Nb_xO_3$</TEX> solid solutions by a slow-cooling method
/
[
D. Rytz;H.J. Scheel
] /
J. Crystal Growth
|
66 |
The flow to a rotating disc
/
[
W.G. Cochran
] /
Proc. Combridge Phil. Soc.
|
67 |
Distribution of solute in crystals grown from the Melt. II. experimental
/
[
J.A. Burton;E.D. Kolb;W.P. Slichter;J.D. Struthers
] /
J. Chem. Phys.
|
68 |
Theorie der Reaktionsgeschwindigkeit in heterogenen systemen
/
[
W. Nernst
] /
Z. Phys. Chem.
|
69 |
Nonlinear optical phenomena and materials
/
[
R.L. Byer
] /
Ann. Rev. Mater. Sci.
|
70 |
Chemistry and physics of lithium niobate
/
[
A. Rauber;E. Kaldis(ed.)
] /
Current Topics in Materials Science
|
71 |
/
[
P. Reiche;R. Schlage;J. Bohm;D. Schultze
] /
Kristall und Technik
|
72 |
Accelerated crucible rotation:hydrodynamics and stirring effect
/
[
E.O. Schulz-DuBois
] /
J. Crystal Growth
|
73 |
Indium inhomogeneity in <TEX>$In_xGa_{1-x}Sb$</TEX> ternary crystals grown by floating crucible Czochralski method
/
[
G.N. Kozhemyakin
] /
J. Crystal Growth
|