Molecular beam epitaxy and heterostructures/ by Chang, Leroy L., Ploog, Klaus, NATO Advanced Study Institute on Molecular Beam Epitaxy (MBE) and Heterostructures (1983 : Erice, Italy)

Subjects: “…Molecular beam epitaxy…”

Silicon molecular beam epitaxy by Leong, Weng Yee

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Molecular beam epitaxy of antiperovskite oxides by H. Nakamura, D. Huang, H. Takagi

“…This Perspective describes the molecular beam epitaxy (MBE) growth of oxide antiperovskites Sr3PbO and Sr3SnO. …”
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Perspective: Oxide molecular-beam epitaxy rocks! by Darrell G. Schlom

“…Molecular-beam epitaxy (MBE) is the “gold standard” synthesis technique for preparing semiconductor heterostructures with high purity, high mobility, and exquisite control of layer thickness at the atomic-layer level. …”
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Superconductivity in hyperdoped Ge by molecular beam epitaxy by Patrick J. Strohbeen, Aurelia M. Brook, Wendy L. Sarney, Javad Shabani

“…Here, we present our studies on the growth of one layer of hyperdoped superconducting germanium thin film via molecular beam epitaxy. We observe a fragile superconducting phase, which is extremely sensitive to processing conditions and can easily phase-segregate, forming a percolated network of pure gallium metal. …”
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Molecular beam epitaxy : from research to mass production / by Mohamed Henini

Subjects: “…Molecular beam epitaxy…”

GaAs Molecular Beam Epitaxy on (110)-Oriented Substrates by Evgeniy Klimov, Aleksey Klochkov, Sergey Pushkarev, Galib Galiev, Rinat Galiev, Nataliya Yuzeeva, Aleksey Zaitsev, Yury Volkovsky, Alexey Seregin, Pavel Prosekov

“…Molecular-beam epitaxial growth of Si-doped GaAs single-crystal layers on (110)-oriented GaAs substrates has been studied. …”
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Photoluminescence of ingaas/inp grown by molecular beam epitaxy by Harmand Jean Christophe, Luiz Alberto Cury, Paulo Sérgio Soares Guimarães, Dari Oliveira Toginho Filho, Edson Laureto, José Leonil Duarte, Ivan Frederico Lupiano Dias, Luiz Carlos Poças, Élder Mantovani Lopes

“…As layer, grown by Molecular Beam Epitaxy on an InP substrate. The origins of the several luminescence processes observed at low temperature were determined by studying their different behaviors with increasing temperature and excitation power and by comparing the results with the data found in the literature. …”
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Hybrid molecular beam epitaxy of germanium-based oxides by Fengdeng Liu, Tristan K. Truttmann, Dooyong Lee, Bethany E. Matthews, Iflah Laraib, Anderson Janotti, Steven R. Spurgeon, Scott A. Chambers, Bharat Jalan

“…Here, a hybrid molecular beam epitaxy is demonstrated for the growth of both rutile Sn1-x Ge x O2 and perovskite SrSn1-x Ge x O3 films.…”
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Gas Source Molecular Beam Epitaxy of Compound Semiconductors by Kolodziejski, Leslie A., Mnushkina, Irina, Petrich, Gale S., Coronado, Christopher A., Fisher, Philip A., Ho, Easen, House, Jody L., Geraci, James R., Lim, Kuo-Yi, Lu, Kan, Haus, Hermann A., Smith, Henry I., Damask, Jay N., Fonstad, Clifton G., Jr., Ahadian, Joseph F., Thompson, Carl V., Donovan, Sean M.

Subjects: “…Gas Source Molecular Beam Epitaxy of Compound Semiconductors…”
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Gas Source Molecular Beam Epitaxy of Compound Semiconductors by Kolodziejski, Leslie A., Petrich, Gale S., Fisher, Philip A., Ho, Easen, House, Jody L., Geraci, James R., Lu, Kan, Haus, Hermann A., Smith, Henry I., Damask, Jay N., Marley, Elisabeth A., Fonstad, Clifton G., Jr., Ahadian, Joseph F., Shenoy, Krishna V., Joannopoulos, John D., Reif, L. Rafael, Lim, Kuo-Yi, Tang, Xiaofeng, Thompson, Carl V., Donovan, Sean M.

Subjects: “…Gas Source Molecular Beam Epitaxy of Compound Semiconductors…”
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Gas Source Molecular Beam Epitaxy of Compound Semiconductors by Kolodziejski, Leslie A., Petrich, Gale S., Ho, Easen, House, Jody L., Warlick, Emily L., Lopatnikova, Anna, Ippen, Erich P., Dougherty, David J., Fonstad, Clifton G., Jr., Ahadian, Joseph F., Patterson, Steven G., Shenoy, Krishna V., Hall, Katherine L., Donnelly, Joseph P., Marley, Elisabeth A., Milikow, Jeremy M., Haus, Hermann A., Smith, Henry I., Damask, Jay N., Joannopoulos, John D., Reif, L. Rafael, Villeneuve, Pierre R., Lim, Kuo-Yi, Fan, Shanhui, Chen, Jerry C., Tang, Xiao-feng

Subjects: “…Gas Source Molecular Beam Epitaxy of Compound Semiconductors…”
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Characterisation of compound semiconductors grown by molecular beam epitaxy by Zhang, Peng Hua

“…In this thesis, molecular beam epitaxy (MBE)growth, the optical and luminescence properties and crystalline quality of Ini.x.yGaxAlyAs layers on InP (100)substrates are studied.…”
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Molecular Beam Epitaxy Growth of Quantum Wires and Quantum Dots by Xiaohui Li, Qian Xu, Ziyang Zhang

“…Molecular beam epitaxy technology has a significant advantage in semiconductor technology due to its strong controllability, especially for the preparation of materials such as quantum wires and quantum dots [...]…”
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Growth of strontium ruthenate films by hybrid molecular beam epitaxy by Patrick B. Marshall, Honggyu Kim, Kaveh Ahadi, Susanne Stemmer

“…We report on the growth of epitaxial Sr2RuO4 films using a hybrid molecular beam epitaxy approach in which a volatile precursor containing RuO4 is used to supply ruthenium and oxygen. …”
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INVESTIGATION OF Ge SUBSTRATES FOR MCT GROWN BY MOLECULAR-BEAM EPITAXY by A. L. Sizov, I. D. Burlakov, N. I. Yakovleva, E. D. Korotaev, A. E. Mirofyanchenko

Subjects: “…mct, germanium, substrate, molecular beam epitaxy, heteroepitaxial structures, surface, structural properties.…”
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Molecular beam epitaxial growth of semiconductor heterostructures for THz electronics by Ustinov Victor M.

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Molecular beam epitaxy--a mesoview of Japanese research organization

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LabVIEW based automation to laser molecular beam epitaxy by Teo, Janice Qin Yun.

“…The laser molecular beam epitaxy system has been established and realized in the Sensors and Actuators Laboratory located in Nanyang Technological University, School of Electrical and Electronic Engineering. …”
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Artificially designed ferroelectromagnetic superlattices by laser molecular beam epitaxy by Yang, Zhen

“…In the present research work, attempts of realizing magnetoelectricity are made for laser molecular beam epitaxial grown single crystalline multiferroic superlattices. …”
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