Joanna Millunchick

Professor

joannamm@umich.edu

2640 CSE

T: (734) 647-8980

Bio

Publications

Group

Projects


Publications

  1. Batool, Z, Chatterjee, S, Chernikov, A, Duzik, A, Fritz, R, Gogineni, C, Hild, K, Hosea, TJC, Imhof, S, Johnson, SR, Jiang, Z, Jin, S, Koch, M, Koch, SW, Kolata, K, Lewis, RB, Lu, X, Masnadi-Shirazi, M, Millunchick, JM, Mooney, PM, Riordan, NA, Rubel, O, Sweeney, SJ, Thomas, JC, Thraenhardt, A, Tiedje, T, and Volz, K (2013). Bismuth-containing III-V semiconductors: Epitaxial growth and physical propertiesMOLECULAR BEAM EPITAXY: FROM RESEARCH TO MASS PRODUCTIONIn: , ed. by Henini, M, pp. 139-158.

  2. DeJarld, M, Reyes, K, Smereka, P, and Millunchick, JM (2013). Mechanisms of ring and island formation in lattice mismatched droplet epitaxyAPPLIED PHYSICS LETTERS, 102(13).

  3. Duzik, A, Thomas, JC, van, dVA, and Millunchick, JM (2013). Surface reconstruction stability and configurational disorder on Bi-terminated GaAs(001)PHYSICAL REVIEW B, 87(3).

  4. Grossklaus, KA, Banerjee, A, Jahangir, S, Bhattacharya, P, and Millunchick, JM (2013). Misorientation defects in coalesced self-catalyzed GaN nanowiresJOURNAL OF CRYSTAL GROWTH, 371:142-147.

  5. Lee, J, Saucer, TW, Martin, AJ, Millunchick, JM, and Sih, V (2013). Time-Resolved Two-Pulse Excitation of Quantum Dots Coupled to a Photonic Crystal Cavity in the Purcell RegimePHYSICAL REVIEW LETTERS, 110(1).

  6. Lee, J, Saucer, TW, Martin, AJ, Tien, D, Millunchick, JM, and Sih, V (2013). Ground-state exciton emission of In As quantum dots produced by focused-ion-beam-directed nucleationJOURNAL OF LUMINESCENCE, 133:117-120.

  7. Luengo-Kovac, M, Saucer, TW, Martin, AJ, Millunchick, J, and Sih, V (2013). Analyzing pattern retention for multilayer focused ion beam induced quantum dot structuresJOURNAL OF VACUUM SCIENCE \& TECHNOLOGY B, 31(3).

  8. Martin, AJ, Hunter, AH, Saucer, TW, Sih, V, Marquis, EA, and Millunchick, J (2013). Atom probe tomography analysis of different modes of Sb intermixing in GaSb quantum dots and wellsAPPLIED PHYSICS LETTERS, 103(12).

  9. Martin, AJ, Hwang, J, Marquis, EA, Smakman, E, Saucer, TW, Rodriguez, GV, Hunter, AH, Sih, V, Koenraad, PM, Phillips, JD, and Millunchick, J (2013). The disintegration of GaSb/GaAs nanostructures upon cappingAPPLIED PHYSICS LETTERS, 102(11).

  10. Martin, AJ, Saucer, TW, Sih, V, and Millunchick, JM (2013). Effects of pre-determined lateral separation on quantum dot size and dissolutionAPPLIED PHYSICS LETTERS, 102(18).

  11. Millunchick, JM, Anderson, EM, Pearson, C, Sarney, WL, and Svensson, SP (2013). Incorporation kinetics in mixed anion compound semiconductor alloysJOURNAL OF APPLIED PHYSICS, 114(23).

  12. Reyes, K, Smereka, P, Nothern, D, Millunchick, JM, Bietti, S, Somaschini, C, Sanguinetti, S, and Frigeri, C (2013). Unified model of droplet epitaxy for compound semiconductor nanostructures: Experiments and theoryPHYSICAL REVIEW B, 87(16).

  13. Thomas, JC, Van, dVA, Millunchick, JM, Modine, N, and A (2013). Considerations for surface reconstruction stability prediction on GaAs(001)PHYSICAL REVIEW B, 87(7).

  14. Zech, ES, Chang, AS, Martin, AJ, Canniff, JC, Lin, YH, Millunchick, JM, and Goldman, RS (2013). Influence of GaAs surface termination on GaSb/GaAs quantum dot structure and band offsetsAPPLIED PHYSICS LETTERS, 103(8).

  15. Duzik, A, Thomas, JC, Millunchick, JM, Lang, J, Punkkinen, MPJ, and Laukkanen, P (2012). Surface structure of bismuth terminated GaAs surfaces grown with molecular beam epitaxySURFACE SCIENCE, 606(15-16):1203-1207.

  16. Green, KR, Pinder-Grover, T, and Millunchick, J (2012). Impact of Screencast Technology: Connecting the Perception of Usefulness and the Reality of PerformanceJOURNAL OF ENGINEERING EDUCATION, 101(4):717-737.

  17. Grossklaus, KA, Jokisaari, JR, Pan, XQ, and Millunchick, JM (2012). Electrical transport in ion beam created InAs nanospikesNANOTECHNOLOGY, 23(31).

  18. Hwang, J, Martin, AJ, Millunchick, JM, and Phillips, JD (2012). Thermal emission in type-II GaSb/GaAs quantum dots and prospects for intermediate band solar energy conversionJOURNAL OF APPLIED PHYSICS, 111(7).

  19. Martin, AJ, Saucer, TW, Rodriguez, GV, Sih, V, and Millunchick, JM (2012). Lateral patterning of multilayer InAs/GaAs(001) quantum dot structures by in vacuo focused ion beamNANOTECHNOLOGY, 23(13).

  20. Martin, AJ, Saucer, TW, Sun, K, Kim, SJ, Ran, G, Rodriguez, GV, Pan, X, Sih, V, and Millunchick, J (2012). Analysis of defect-free GaSb/GaAs(001) quantum dots grown on the Sb-terminated (2 x 8) surfaceJOURNAL OF VACUUM SCIENCE \& TECHNOLOGY B, 30(2).

  21. Nothern, DM and Millunchick, JM (2012). Template-dependent nucleation of metallic dropletsJOURNAL OF VACUUM SCIENCE \& TECHNOLOGY B, 30(6).

  22. Deng, D, Nothern, D, Liaw, D, Liu, T, Peterson, P, Gilchrist, B, and Millunchick, J (2011). Modeling, design and fabrication of a freestanding nanoporous membraneMICROELECTRONIC ENGINEERING, 88(11):3219-3223.

  23. Grossklaus, KA and Millunchick, JM (2011). Focused ion beam creation and templating of InAs and InAs/InP nanospikesNANOTECHNOLOGY, 22(35).

  24. Grossklaus, KA and Millunchick, JM (2011). Mechanisms of nanodot formation under focused ion beam irradiation in compound semiconductorsJOURNAL OF APPLIED PHYSICS, 109(1).

  25. Lee, J, Saucer, TW, Martin, AJ, Tien, D, Millunchick, JM, and Sih, V (2011). Photoluminescence Imaging of Focused Ion Beam Induced Individual Quantum DotsNANO LETTERS, 11(3):1040-1043.

  26. Saucer, TW, Lee, J, Martin, AJ, Tien, D, Millunchick, JM, and Sih, V (2011). Photoluminescence of patterned arrays of vertically stacked InAs/GaAs quantum dotsSOLID STATE COMMUNICATIONS, 151(4):269-271.

  27. Sears, L, Riposan, A, and Millunchick, JM (2010). Inverse Stranski-Krastanov growth in InGaAs/InPJOURNAL OF VACUUM SCIENCE \& TECHNOLOGY A, 28(5):1175-1180.

  28. Solomon, MJ, Zeitoun, R, Ortiz, D, Sung, KE, Deng, D, Shah, A, Burns, MA, Glotzer, SC, and Millunchick, JM (2010). Toward Assembly of Non-close-packed Colloidal Structures from Anisotropic Pentamer ParticlesMACROMOLECULAR RAPID COMMUNICATIONS, 31(2, SI):196-201.

  29. Thomas, JC, Modine, N, A, Millunchick, JM, and Van, dVA (2010). Systematic approach for determination of equilibrium atomic surface structurePHYSICAL REVIEW B, 82(16).

  30. Bickel, JE, Pearson, C, and Millunchick, JM (2009). Determining the GaSb/GaAs-(2x8) Reconstructionsubmitted to Surface Science.

  31. Bickel, JE, Pearson, C, and Millunchick, JM (2009). Sb incorporation at GaAs(001)-(2x4) surfacesSurface Science, 603(1):14-21.

  32. Lee, JY, Noordhoek, M, McKay, H, Millunchick, JM, and Smereka, P (2009). Filling of Hole Arrays by InAs Quantum Dotssubmitted to Nanotechnology(28).

  33. Pinder-Grover, T, Millunchick, JM, Bierwert, C, and Shuller, L (2009). Leveraging Screencasts to Strategically Clarify Unclear Materials Science ConceptsPaper presented at the American Society of Engineering Education.

  34. Pinder-Grover, T, Millunchick, JM, Bierwert, C, and Shuller, L (2009). The Efficacy of Screencasts on Diverse Students in a Large Lecture CoursePaper presented at the American Society of Engineering Education.

  35. Sears, L, Riposan, A, and Millunchick, JM (2009). Inverse Stranski Krastanov Growth in InGaAs/InPsubmitted to Journal of Crystal Growth.

  36. Thomas, JC, Millunchick, JM, Modine, NA, and Ven, AVd (2009). Surface Order of Nanostructured Compound III-V Semiconductor Alloyssumbitted to Physical Review B.

  37. Bickel, J, Modine, NA, Ven, AVd, Pearson, C, and Millunchick, JM (2008). Atomic size mismatch strain induced surface reconstructionsApplied Physics Letters, 92(6).

  38. Bickel, JE, Modine, NA, Pearson, C, and Millunchick, JM (2008). Elastically induced coexistence of surface reconstructionsPhys. Rev. B, 77(12).

  39. Cionca, C, Riposan, A, Kumah, DP, Walko, NSHDA, Yacoby, Y, Millunchick, JM, and Roy Clarke (2008). Strain and composition mapping of epitaxial nanostructuresApplied Physics Letters, 92(15).

  40. Kumah, JD, Riposan, A, Cionca, C, Husseini, N, Clarke, R, Lee, J, Millunchick, JM, Yacoby, Y, Schlepuetz, C, Bjorck, M, and Willmott, P (2008). Resonant Coherent Bragg Rod Analysis of Strained Epitaxial HeterostructuresApplied Physics Letters, 93(8).

  41. Lee, JY, Pearson, C, and Millunchick, JM (2008). Arsenic dependence on the morphology of ultra-thin GaAs layers on InGaAs/InP(001)Journal of Applied Physics, 103(10).

  42. Pinder-Grover, 5T, Millunchick, JM, and Bierwert, C (2008). Work in progress: Using screecasts to enhance student learning in a large lecture Materials Science and Engineering coursePaper presented at the 38th IEEE/ASEE Frontiers in Education.

  43. Sears, L, Millunchick, J, and Pearson, C (2008). The Coexistence of Surface Reconstruction Domains on Strained Heteroepitaxial FilmsJournal of Vacuum Science and Technology B, 26(6):1948-1948.

  44. Sung, K, Mukhija, D, Vanapalli, S, McKay, H, Millunchick, J, Burns, M, and Solomon, M (2008). Programmable fluidic synthesis of microparticles with configurable anisotropyJournal of the American Chemical Society, 130:1335-1340.

  45. Vanapalli, SA, Iacovella, CR, Sung, KE, Mukhija, D, Millunchick, JM, Burns, MA, Glotzer, SC, and Solomon, MJ (2008). Fluidic Assembly and Packing of Microspheres in Confined ChannelsLangmuir, 24:3661-3670.

  46. Cionca, C, Walko, DA, Yacoby, Y, Dorin, C, Millunchick, JM, and Clarke, R (2007). Interfacial Structure, Bonding and Composition of InAs and GaSb Thin Films Determined Using Coherent Bragg Rod AnalysisPhysical Review B, 75(11).

  47. McKay, HA, Dehne, A, Lee, JY, and Millunchick, JM (2007). Focused-ion-beam-directed nucleation of InAs quantum dotsApplied Physics Letters, 90(16).

  48. McKay, HA, Dehne, A, Rudzinski, P, and Millunchick, JM (2007). Focused ion beam modification of surfaces for directed self assembly of InAs/GaAs(001) quantum dotsNanotechnology, 18(45).

  49. Riposan, A, Pearson, C, and Millunchick, JM (2007). Critical film thickness dependence on As flux in In0.27Ga0.73As/GaAs(001)Applied Physics Letters, 90(9).

  50. Riposan, A, Millunchick, JM, and Pearson, C (2006). Strain mediated reconstructions and indium segregation on InGaAs/GaAs(001) alloy surfaces at intermediate lattice mismatchJournal of Vacuum Science and Technology, 24(6):2041-2048.

  51. Rodriguez, BP and Millunchick, JM (2006). Dislocation dynamics in strain relaxation in GaAsSb/GaAs heteroepitaxyJournal of Applied Physics, 100(4).

  52. Clarke, R, Cionca, C, Dorin, C, Rodriguez, BP, Millunchick, JM, Walko, DA, and Yacoby, Y (2005). Proceedings of SPIEThe International Society for Optical Engineering, 5838(10).

  53. Dorin, C, Millunchick, JM, Wauchope, C, and Pearson, C (2005). Engineering lateral composition modulation in GaAsSb multilayersJournal of Crystal Growth, 283(1-2):8-14.

  54. Yoh, K, Ferhat, M, Riposan, A, and Millunchick, JM (2005). Room temperature spin dependent current modulation in an InGaAs-based spin transistor with ferromagnetic contactAIP Conf. Proc., 772:1315-1316.

  55. Bouville, M, Millunchick, J, and Falk, M (2004). Pit Nucleation In The Presence Of Three-Dimensional Islands During Heteroepitaxial GrowthPhysical Review B, 70(23).

  56. Millunchick, J, Riposan, A, Dall, B, Pearson, C, and Orr, B (2004). Surface Reconstructions Of Ingaas AlloysSurface Science, 550(1-3):1.

  57. Pearson, C, Dorin, C, Millunchick, J, and Orr, B (2004). Imaging The Evolution Of Lateral Composition Modulation In Strained Alloy SuperlatticesPhysical Review Letters, 92(5).

  58. Pearson, CA, Dorin, C, Millunchick, JM, and Orr, BG (2004). Origins of lateral composition modulation in short period superlatticesPhysical Review Letters, 92(5).

  59. Perez-Rodriguez, B and Millunchick, JM (2004). Stress and morphologcial evolution in InGaAs/GaAs layersJournal of Crystal Growth, 264(64).

  60. Rodriguez, B and Millunchick, J (2004). The Role Of Morphology In The Relaxation Of Strain In Ingaas/GaasJournal Of Crystal Growth, 264(1-3):64.

  61. Dorin, C, Millunchick, J, and Wauchope, C (2003). Intermixing And Lateral Composition Modulation In Gaas/Gasb Short Period SuperlatticesJournal Of Applied Physics, 94(3):1667.

  62. Millunchick, J, Riposan, A, Dall, B, Pearson, C, and Orr, B (2003). Surface Reconstructions Of In-Enriched Ingaas AlloysApplied Physics Letters, 83(7):1361.

  63. Riposan, A, Martin, G, and Millunchick, J (2003). Step Instability And Island Formation During Annealing Of Pseudomorphic Ingaas/Gaas LayersApplied Physics Letters, 83(22):4518.

  64. Riposan, A, Martin, G, Bouville, M, Falk, M, and Millunchick, J (2003). The Effect Of Island Density On Pit Nucleation In In0.27ga0.73as/Gaas FilmsSurface Science, 525(1-3):222.

  65. Chokshi, N, Bouville, M, and Millunchick, J (2002). Pit Formation During The Morphological Evolution Of Ingaas/GaasJournal Of Crystal Growth, 236(4):563.

  66. Dorin, C and Millunchick, J (2002). Lateral Composition Modulation In Alas/Inas And Gaas/Inas Short Period Superlattices Structures: The Role Of Surface SegregationJournal Of Applied Physics, 91(1):237.

  67. Dorin, C, Millunchick, J, and Wauchope, C (2002). Lateral Composition Modulation In Mixed Anion MultilayersApplied Physics Letters, 81(18):3368.

  68. Dorin, C, Wauchope, C, and Millunchick, JM (2002). Lateral composition modulation in mixed anion short period superlatticesCurrent Issues in Heteroepitaxial Growth-Stress Relaxation and Self Assembly:51.

  69. Pearson, CA, Dorin, C, Millunchick, JM, Chen, YQ, and Orr, BG (2002). Compositionally modulated structures studied by in situ scanning tunneling microscopyCurrent Issues in Heteroepitaxial Growth-Stress Relaxation and Self Assembly:247.

  70. Riposan, A, Martin, GKM, Bouville, M, Falk, ML, and Millunchick, JM (2002). Island and pit formation during growth and annealing of InGaAs/GaAs films, in Current IssuesMaterials Research Society symposia proceedings, 696:201-206.

  71. Dorin, C, Millunchick, J, Chen, Y, Orr, B, and Pearson, C (2001). Lateral Composition Modulation In Short Period Superlattices: The Role Of Growth ModeApplied Physics Letters, 79(25):4118.

  72. Lubyshev, D, Liu, W, Stewart, T, Cornfeld, A, Fang, X, Xu, X, Specht, P, Kisielowski, C, Naidenkova, M, Goorsky, M, Whelan, C, Hoke, W, Marsh, P, Millunchick, J, and Svensson, S (2001). Strain Relaxation And Dislocation Filtering In Metamorphic High Electron Mobility Transistor Structures Grown On Gaas SubstratesJournal Of Vacuum Science & Technology B, 19(4):1510.

  73. Chokshi, N and Millunchick, J (2000). Cooperative Nucleation Leading To Ripple Formation In Ingaas/Gaas FilmsApplied Physics Letters, 76(17):2382.

  74. Follstaedt, DM, Lee, SR, Reno, JL, Jones, ED, Twesten, RD, Norman, AG, Ahrenkiel, SP, Moutinho, HR, Mascarenhas, A, and Millunchick, JM (2000). Reciprocal-space and real-space analyses of compositional modulation in InAs/AlAs short-period superlatticesMaterials Research Society symposia proceedings, 583:333-347.

  75. Lubyshev, D, Liu, WK, Stewart, T, Cornfeld, AB, Patton, J, Millunchick, JM, Hoke, W, Marsh, PF, Meaton, C, Nichols, K, and Svensson, SP (2000). MBE growth of high quality metamorphic HEMT structures on GaAs2000 International Conference on Indium Phosphide and Related Materials, Conference Proceedings:392.

  76. Norman, AG, Ahrenkiel, SP, Moutinho, HR, Ballif, C, Al-Jassim, MM, Mascarenhas, A, Follstaedt, DM, Lee, SR, Reno, JL, Jones, ED, Mirecki-Millunchick, J, and Twesten, RD (2000). The nature and origin of lateral composition modulations in short- period strained-layer superlatticesSelf-Organized Processes in Semiconductor Alloys:297.

  77. Seshadri, A and Millunchick, JM (2000). Morphological evolution in highly strained InSb/InAs(001)Materials Research Society symposia proceedings, 618:103 -108.

  78. Jones, E, Follstaedt, D, Lee, S, Reno, J, Millunchick, J, Ahrenkiel, S, Mascarenhas, A, Norman, A, Zhang, Y, and Twesten, R (1999). Photoluminescence Studies Of Lateral Composition Modulated Short-Period Alas/Inas SuperlatticesThin Solid Films, 357(1):31.

  79. Lee, S, Millunchick, J, Twesten, R, Follstaedt, D, Reno, J, Ahrenkiel, S, and Norman, A (1999). Reciprocal-Space Analysis Of Compositional Modulation In Short-Period Superlattices Using Position-Sensitive X-Ray DetectionJournal Of Materials Science-Materials In Electronics, 10(3):191.

  80. Twesten, R, Follstaedt, D, Lee, S, Jones, E, Reno, J, Millunchick, J, Norman, A, Ahrenkiel, S, and Mascarenhas, A (1999). Characterizing Composition Modulations In Inas/Alas Short-Period SuperlatticesPhysical Review B, 60(19):13619-13635.

  81. Ahrenkiel, SP, Norman, AG, Al-Jassim, MM, Mascarenhas, A, Mirecki-Millunchick, J, Twesten, RD, Lee, SR, Follstaedt, DM, and Jones, ED (1998). Laterally modulated composition profiles in AlAs/InAs short- period superlatticesJ. Appl. Phys, 84(60).

  82. Follstaedt, D, Twesten, R, Millunchick, J, Lee, S, Jones, E, Ahrenkiel, S, Zhang, Y, and Mascarenhas, A (1998). Spontaneous Lateral Composition Modulation In Inalas And Ingaas Short-Period SuperlatticesPhysica E, 2(1-4):325.

  83. Jones, E, Millunchick, J, Follstaedt, D, Lee, S, Reno, J, Twesten, R, Zhang, Y, and Mascarenhas, A (1998). Detection Of Lateral Composition Modulation By Magnetoexciton SpectroscopyPhysica E, 2(1-4):44.

  84. Norman, A, Ahrenkiel, S, Moutinho, H, Al-Jassim, M, Mascarenhas, A, Millunchick, J, Lee, S, Twesten, R, Follstaedt, D, Reno, J, and Jones, E (1998). Strain-Dependent Morphology Of Spontaneous Lateral Composition Modulations In Alasm(Inas)(N) Short-Period Superlattices Grown By Molecular Beam EpitaxyApplied Physics Letters, 73(13):1844.

  85. Yashar, P, Pillai, MR, Mirecki-Millunchick, J, and Barnett, SA (1998). X-ray diffraction measurement of segregation-induced interface broadening in InxGa1-xAs/GaAs superlatticesJ. Appl. Phys, 83(20).

  86. Jones, ED, Millunchick, JM, Follstaedt, D, Hafich, M, Lee, S, Reno, J, Twesten, R, Zhang, Y, and Mascarenhas, A (1997). Detection of lateral composition modulation in a (InAs)(n)/(GaAs)(n) short period superlattice on InP by magnetoexciton spectroscopyPhysics and Simulation of Optoelectronic Devices:468.

  87. Mascarenhas, A, Zhang, Y, Millunchick, JM, Twesten, RD, and Jones, ED (1997). Lateral superlattice solar cellsFuture Generation Photovoltaic Technologies:303.

  88. Millunchick, J, Twesten, R, Follstaedt, D, Lee, S, Jones, E, Zhang, Y, Ahrenkiel, S, and Mascarenhas, A (1997). Lateral Composition Modulation In Alas/Inas Short Period Superlattices Grown On Inp(001)Applied Physics Letters, 70(11):1402.

  89. Millunchick, J, Twesten, R, Lee, S, Follstaedt, D, Jones, E, Ahrenkiel, S, Zhang, Y, Cheong, H, and Mascarenhas, A (1997). Spontaneous Lateral Composition Modulation In Alas/Inas Short Period Superlattices Via The Growth FrontJournal Of Electronic Materials, 26, Number 9:1048-1052.

  90. Millunchick, J, Twesten, R, Lee, S, Follstaedt, D, Jones, E, Ahrenkiel, S, Zhang, Y, Cheong, H, and Mascarenhas, A (1997). Spontaneous Lateral Composition Modulation In Iii-V Semiconductor AlloysMRS Bulletin, 22(7):38-43.

  91. Millunchick, JM, Twesten, RD, Lee, SR, Follstaedt, DM, Jones, ED, Ahrenkiel, SP, Zhang, Y, Cheong, HM, and Mascarenhas, A (1997). Spontaneous lateral composition modulation in AlAs/InAs short period superlattices via the growth frontJ. Electron. Mater., 26(9):1048-1052.

  92. Millunchick, JM, Twesten, RD, Lee, SR, Follstaedt, DM, Jones, ED, Ahrenkiel, SP, Zhang, Y, Cheong, HM, and Mascarenhas, A (1997). Spontaneous lateral composition modulation in III-V semiconductor alloysMRS Bull, 22(38).

  93. Twesten, RD, Millunchick, JM, Ahrenkiel, SP, Zhang, Y, Lee, SR, Follstaedt, DM, Mascarenhas, A, and Jones, ED (1997). Microstructure of compositionally modulated InAlAs, in Thin FilmsStructure and Morphology:187.

  94. Millunchick, J, Hultman, L, and Barnett, S (1995). Effect Of 20-95 Ev Ar Ion-Bombardment Of Gaas(001) - In Pursuit Of Damage-Free Ion-Assisted Growth And EtchingJournal Of Vacuum Science & Technology A-Vacuum Surfaces And Films, 13(3):1155.

  95. Millunchick, J and Barnett, S (1994). Suppression Of Strain Relaxation And Roughening Of Ingaas On Gaas Using Ion-Assisted Molecular-Beam EpitaxyApplied Physics Letters, 65(9):1136.

  96. Millunchick, JM and Barnett, SA (1994). Suppression of Strain Relaxation and Roughening of InGaAs on GaAs Using Ion-Assisted Molecular-Beam EpitaxyAppl. Phys. Lett.(65):1136.

  97. Barnett, SA, Choi, CH, Kaspi, R, and Millunchick, JM (1993). Ion-Assisted Deposition of Thin-FilmsInternational Conference on Beam Processing of Advanced Materials:561.