Richard Laine


  1. Saito, K, Yi, E, Laine, R, and Sugahara, Y (2020). Preparation of Nb-doped TiO2 nanopowder by liquid-feed spray pyrolysis followed by ammonia annealing for tunable visible-light absorption and inhibition of photocatalytic activityCeramics International.   (link)

  2. Temeche, E, Zhang, X, and Laine, R (2020). Polymer Precursor Derived LixPON Electrolytes: Toward Li–S BatteriesACS Applied Materials & Interfaces.   (link)

  3. Zhang, X, Temeche, E, and Laine, R (2020). Design, Synthesis, and Characterization of Polymer Precursors to LixPON and LixSiPON Glasses: Materials That Enable All-Solid-State Batteries (ASBs)Macromolecules, 53(7):2702-12.   (link)

  4. Zhang, X, Yu, M, and Laine, R (2020). An Approach to Epoxy Resins: Oxysilylation of EpoxidesMacromolecules.   (link)

  5. Abe, Y, Yi, E, and Laine, R (2019). Processing thin, dense, transparent Ce:Y3Al5O12 films from flame made nanopowders for white light applicationsJournal of the European Ceramic Society.   (link)

  6. Guan, J, Tomobe, K, Madu, I, Goodson, T, Makhal, K, Trinh, M, Rand, S, Yodsin, N, Jungsuttiwong, S, and Laine, R (2019). Photophysical Properties of Partially Functionalized Phenylsilsesquioxane: [RSiO1.5]7[Me/nPrSiO1.5] and [RSiO1.5]7[O0.5SiMe3]3 (R = 4-Me/4-CN-Stilbene). Cage-Centered Magnetic Fields Form under Intense Laser LightMacromolecules, 52:4008-4019.   (link)

  7. Guan, J, Tomobe, K, Madu, I, Goodson, T, Makhal, K, Trinh, T, Rand, S, Yodsin, N, Jungsuttiwong, S, and Richard, R (2019). Photophysical Properties of Functionalized Double Decker Phenylsilsesquioxane Macromonomers: [PhSiO1.5]8[OSiMe2]2 and [PhSiO1.5]8[O0.5SiMe3]4. Cage-Centered Lowest Unoccupied Molecular Orbitals Form Even When Two Cage Edge Bridges Are RemovedMacromolecules.   (link)

  8. Krug, D, Asuncion, M, and Laine, R (2019). Facile Approach to Recycling Highly Cross-Linked Thermoset Silicone Resins under Am-bient ConditionsACS Omega.   (link)

  9. Liu, S, Zhou, C, Wang, Y, Wang, W, Pei, Y, and Laine, R (2019). Ce-Substituted Nanograin Na3Zr2Si2PO12 Prepared by LF-FSP as Sodium-Ion ConductorsACS Applied Materials & Interfaces.   (link)

  10. Pan, M, Zhou, J, Laine, R, Khan, D, Guo, R, Zengab, X, and Dingab, W (2019). Using CoS cathode materials with 3D hierarchical porosity and an ionic liquid (IL) as an electrolyte additive for high capacity rechargeable magnesium batteriesJournal of Materials Chemistry A.   (link)

  11. Takeuchi, M, Niedermaier, M, Jansohn, M, Umehara, N, and Laine, R (2019). Processing thin (Journal of the Ceramic Society of Japan.   (link)

  12. Temeche, E, Yi, E, Keshishian, V, Kieffer, J, and Laine, R (2019). Liquid-feed flame spray pyrolysis derived nanopowders (NPs) as a route to electrically conducting calcium aluminate (12CaO.7Al2O3) filmsJournal of the European Ceramic Society.   (link)

  13. Wang, F, Sun, K, Yi, E, and Laine, R (2019). Chemical modification in and on single phase [NiO]0.5[Al2O3]0.5 nanopowders produces “chocolate chip‐like” Nix@[NiO]0.5‐x[Al2O3]0.5 nanocomposite nanopowdersJournal of the American Ceramic Society.   (link)

  14. Yan, Y, Laine, RM, and Liu, H (2019). In Situ Methylation Transforms Aggregation‐Caused Quenching into Aggregation‐Induced Emission: Functional Porous Silsesquioxane‐Based Composites with Enhanced Near‐Infrared EmissionChemPlusChem, 84:1630-1637.   (link)

  15. Yi, E, Temeche, E, and Laine, R (2019). Superionically conducting β′′-Al2O3 thin films processed using flame synthesized nanopowdersJournal of Materials Chemistry A.   (link)

  16. Liang, B, Keshishian, V, Liu, S, Yi, E, Jia, D, Zhou, Y, Kieffer, J, Ye, B, and Laine, R (2018). Processing liquid-feed flame spray pyrolysis synthesized Mg0.5Ce0.2Zr1.8(PO4)3 nanopowders to free standing thin films and pellets as potential electrolytes in all-solid-state Mg batteriesElectrochimica Acta, 272:144-153.   (link)

  17. Liang, B, Yi, E, Sato, T, Noda, S, Jia, D, Zhou, Y, and Laine, R (2018). Resettable Heterogeneous Catalyst: (Re)Generation and (Re)Adsorption of Ni Nanoparticles for Repeated Synthesis of Carbon Nanotubes on Ni–Al–O Thin FilmsACS Appl. Nano Mater..   (link)

  18. You, F, Sun, K, Yi, E, Nakatani, E, Umehara, N, and Laine, R (2018). Chemical modification at and within nanopowders: Synthesis of core‐shell Al2O3@TiON nanopowders via nitriding nano‐(TiO2)0.43(Al2O3)0.57 powders in NH3Journal of the American Ceramic Society, 101:1441-1452.   (link)

  19. Bahrami, M, Zhang, X, Ehsani, M, Jahani, Y, and Laine, R (2017). [PhSiO1.5]8,10,12 as nanoreactors for non-enzymatic introduction of ortho, meta or para-hydroxyl groups to aromatic moleculesDalton Transactions, 46:8797 – 8808.   (link)

  20. Furgal, J, Yamane, H, Odykirk, T, Yi, E, Chujo, Y, and Laine, R (2017). High Surface Area, Thermally Stable, Hydrophobic, Microporous, Rigid Gels Generated at Ambient from MeSi(OEt)3/(EtO)3SiCH2CH2Si(OEt)3 Mixtures by F−‐Catalyzed HydrolysisJ. Europ. Chem. Soc..   (link)

  21. Krug, D and Laine, R (2017). Durable and Hydrophobic Organic–Inorganic Hybrid Coatings via Fluoride Rearrangement of Phenyl T12 Silsesquioxane and SiloxanesACS Appl. Mater. Interfaces, 9:8378-8383.   (link)

  22. Seo, C, Yi, E, Chen, X, Laine, R, Fisher, G, and Schwank, J (2017). Facile, one-pot synthesis of Pd@CeO2 core@shell nanoparticles in aqueous environment by controlled hydrolysis of metalloorganic cerium precursorMaterials Letters, 206:105-108.   (link)

  23. Shirae, H, Hasegawa, K, Sugime, H, Yi, E, Laine, R, and Noda, S (2017). Catalyst nucleation and carbon nanotube growth from flame-synthesized Co-Al-O nanopowders at ten-second time scaleCarbon, 114:31-38.   (link)

  24. Taylor, N, Stangeland-Molo, S, and Laine, R (2017). Bottom‐up vs reactive sintering of Al2O3–YAG–YSZ composites via one or three‐phase nanoparticles (NPs). Bottom‐up processing wins this timeJournal of the American Ceramic Society.   (link)

  25. Taylor, N, Stangeland-Molo, S, and Laine, R (2017). Processing YAG/α‐Al2O3 composites via reactive sintering Y2O3/Al2O3 NP mixtures. A superior alternative to bottom up processing using atomically mixed YAlOx NPsJournal of the American Ceramic Society, 100:4500-4510.   (link)

  26. Wang, W, Yi, E, Fici, A, Laine, R, and Kieffer, J (2017). Lithium Ion Conducting Poly(ethylene oxide)-Based Solid Electrolytes Containing Active or Passive Ceramic NanoparticlesJ. Phys. Chem. C.   (link)

  27. Yi, E, Wang, W, Kieffer, J, and Laine, R (2017). Key parameters governing the densification of cubic-Li7La3Zr2O12 Li+ conductorsJournal of Power Sources, 352:156-164.   (link)

  28. Furgal, JC and Laine, RM (2016). Nucleophilic Attack of R-lithium at Tetrahedral Silicon in Alkoxysilanes. An Alternate MechanismBulletin of the Chemical Society of Japan(0).   (link)

  29. Furgal, JC, Goodson III, T, and Laine, RM (2016). D 5h [PhSiO 1.5] 10 synthesis via F− catalyzed rearrangement of [PhSiO 1.5] n. An experimental/computational analysis of likely reaction pathwaysDalton Transaction, 45(3):1025-1039.   (link)

  30. Granados, NB, Yi, E, Laine, RM, and Baena, OJR (2016). Synthesis of Zn1− x Co x Al2O4 Spinel Nanoparticles by Liquid-Feed Flame Spray Pyrolysis: Ceramic Pigments ApplicationJOM, 68(1):304-310.   (link)

  31. Laine, RM, Furgal, JC, Doan, P, Pan, D, Popova, V, and Zhang, X (2016). Avoiding Carbothermal Reduction: Distillation of Alkoxysilanes from Biogenic, Green, and Sustainable SourcesAngewandte Chemie, 128(3):1077-1081.   (link)

  32. Yi, E, Hyde, CE, Sun, K, and Laine, RM (2016). Escaping the Tyranny of Carbothermal Reduction: Fumed Silica from Sustainable, Green Sources without First Having to Make SiCl4Chemistry-A European Journal, 22(7):2257-2260.   (link)

  33. Yi, E, Wang, W, Kieffer, J, and Laine, RM (2016). Flame made nanoparticles permit processing of dense, flexible, Li+ conducting ceramic electrolyte thin films of cubic-Li 7 La 3 Zr 2 O 12 (c-LLZO)Journal of Materials Chemistry A, 4(33):12947-12954.   (link)

  34. Asuncion, MZ, Krug, DJ, Abu-Seir, HW, and Laine, RM (2015). Facile thiol-ene reactions of vinyl T 10/T 12 silsesquioxanes for controlled refractive indices for transparent fiber glass reinforced compositesJournal of the Ceramic Society of Japan, 123(1441):725-731.   (link)

  35. Bahrami, M, Furgal, JC, Hashemi, H, Ehsani, M, Jahani, Y, Goodson III, T, Kieffer, J, and Laine, RM (2015). Synthesis and Characterization of Nanobuilding Blocks [o-RStyrPhSiO1. 5] 10, 12 (R= Me, MeO, NBoc, and CN). Unexpected Photophysical Properties Arising from Apparent Asymmetric Cage Functionalization as Supported by Modeling StudiesThe Journal of Physical Chemistry C, 119(28):15846-15858.   (link)

  36. Granados, NB, Yi, E, Laine, RM, and Baena, OJR (2015). CoAl2O4 blue nanopigments prepared by liquid-feed flame spray pyrolysis methodMateria (Rio de Janeiro), 20(3):580-587.   (link)

  37. Marchal, JC, Krug III, DJ, McDonnell, P, Sun, K, and Laine, RM (2015). A low cost, low energy route to solar grade silicon from rice hull ash (RHA), a sustainable sourceGreen Chemistry, 17(7):3931-3940.   (link)

  38. Pan, D, Yi, E, Doan, PH, Furgal, JC, Schwartz, M, Clark, S, Goodson, T, and Laine, RM (2015). Microporous inorganic/organic hybrids via oxysilylation of a cubic symmetry nanobuilding block [(HMe 2 SiOSiO 1.5) 8] with R x Si (OEt) 4− xJournal of the Ceramic Society of Japan, 123(1441):756-763.   (link)

  39. Bahrami, M, Hashemi, H, Ma, X, Kieffer, J, and Laine, RM (2014). Why do the [PhSiO 1.5] 8, 10, 12 cages self-brominate primarily in the ortho position? Modeling reveals a strong cage influence on the mechanismPhysical Chemistry Chemical Physics, 16(47):25760-25764.   (link)

  40. Moghadam, MK, Morshedian, J, Ehsani, M, Laine, RM, Kuang, LY, and Umehara, N (2014). Effects of Ph12SQ on the Thermal Stability and Mechanical Properties of High Temperature Vulcanized (HTV) Silicone Rubber Dielectrics and Electrical Insulation, IEEE Transactions on, 21(1):244-252.   (link)

  41. Taylor, NJ and Laine, RM (2014). Extrusion of YAG Tubes Shows that Bottom-up Processing is Not Always OptimalAdvanced Functional Materials, 24(8):1125-1132.   (link)

  42. Taylor, NJ, Pottebaum, AJ, Uz, V, and Laine, RM (2014). Phase Evolution in the Transformation of Atomically Mixed Versus Ball‐Milled Mixtures of Nanopowders in the Formation of Composite MO· 3Al2O3 Spinels: Bottom‐Up Processing is Not Always OptimalJournal of the American Ceramic Society, 97(11):3442-3451.   (link)

  43. Taylor, NJ, Pottebaum, AJ, Uz, V, and Laine, RM (2014). The Bottom Up Approach is Not Always the Best Processing Method: Dense α-Al2O3/NiAl2O4 CompositesAdvanced Functional Materials, 24(22):3392-3398.   (link)

  44. Yi, E, Furgal, JC, and Azurdia, J (2014). Roll your own – nano-nanocomposite capacitorsJournal of Materials Chemistry A, 2:3766-3775.   (link)

  45. Yi, E, Wang, W, Mohanty, S, Kieffer, J, Tamaki, R, and Laine, RM (2014). Materials that can replace liquid electrolytes in Li batteries: Superionic conductivities in Li1.7Al0.3Ti1.7Si0.4P2.6O12. Processing combustion synthesized nanopowders to free standing thin filmsJournal of Power Sources, 269:577-588.   (link)

  46. Djafer, L, Ayral, A, Boury, B, and Laine, RM (2013). Surface modification of titania powder P25 with phosphate and phosphonic acids – Effect on thermal stability and photocatalytic activityJournal of Colloid and Interface Science, 393:335-339.   (link)

  47. Furgal, JC, Jung, JH, Clark, S, Goodson, III, T, and Laine, RM (2013). Beads on a Chain (BoC) Phenylsilsesquioxane (SQ) Polymers via F– Catalyzed Rearrangements and ADMET or Reverse Heck Cross-coupling Reactions: Through Chain, Extended Conjugation in 3-D with Potential for DendronizationMacromolecules, 46(19):7591-7604.   (link)

  48. Furgal, JC, Jung, JH, Goodson, III, T, and Laine, RM (2013). Analyzing Structure–Photophysical Property Relationships for Isolated T8, T10, and T12 StilbenevinylsilsesquioxanesJournal of the American Chemical Society, 135(33):12259-12269.   (link)

  49. Jung, JH, Chou, K, Furgal, JC, and Laine, RM (2013). Synthesis of acetoxyphenyl- and hydroxyphenyl-terminated polyfunctional T8, T10, T12 silsesquioxanes and initial studies on their use in the formation of highly crosslinked polyestersApplied Organometallic Chemistry, 27(11):666-672.   (link)

  50. Jung, JH, Furgal, JC, Clark, S, Schwartz, M, Chou, K, and Laine, RM (2013). Beads on a Chain (BoC) Polymers with Model Dendronized Beads. Copolymerization of [(4-NH2C6H4SiO1.5)6(IPhSiO1.5)2] and [(4-CH3OC6H4SiO1.5)6(IPhSiO1.5)2] with 1,4-Diethynylbenzene (DEB) Gives Through-Chain, Macromolecules, 46(19):7580 - 7590.   (link)

  51. Krug, D, Asuncion, M, Popova, V, and Laine, R (2013). Transparent fiber glass reinforced compositesComposites Science and Technology, 77:95-100.   (link)

  52. Laine, RM (2013). Preface for Hybrid MaterialsApplied Organometallic Chemistry, 27(11):619-619.   (link)

  53. Ro, HW, Popova, V, Krug, DJ, Forster, AM, Laine, RM, and Soles, CL (2013). Cubic silsesquioxanes as tunable high-performance coating materialsApplied Organometallic Chemistry, 27(11):652-659.   (link)

  54. Samthong, C, Laine, R, and Somwangthanaroj, A (2013). Synthesis and characterization of organic/inorganic epoxy nanocomposites from poly(aminopropyl/phenyl)silsesquioxanesApplied Polymer, 128:3601-3608.   (link)

  55. Jung, JH, Furgal, J, Goodson III, TG, Mizumo, T, Schwartz, M, Chou, K, Vonet, J, and Laine, RM (2012). 3-D molecular mixtures of catalytically functionalized [vinylSiO1.5]10/[vinylSiO1.5]12. Photophysical characterization of second generation derivativesChem. Mater, 24:1883-1895.   (link)

  56. Phillips, H, Zheng, S, Hyla, A, Laine, RM, Goodson III, T, Geva, E, and Dunietz, BD (2012). Ab-initio calculation of the electronic absorption of functionalized octahedral silsesquioxanes via time-dependent density functional theory with range separated hybrid functionalsJ. Phys. Chem. J. Phys. Chem. A, 116:1137–1145.   (link)

  57. Samthong, C, Laine, RM, and Somwangthanaroj, A (2012). Synthesis and characterization of organic/inorganic epoxy nanocomposites from poly(aminopropyl/phenyl)silsesquioxanesJournal of Applied Polymer Science, 128(6):3601-3608.   (link)

  58. Jung, JH and Laine, RM (2011). Beads on a Chain (BOC) Polymers Formed from the Reaction of [NH2PhSiO1.5]x [PhSiO1.5]10-x and [NH2PhSiO1.5]x [PhSiO1.5]12-x Mixtures (x = 2-4) with the Diglycidyl Ether of Bisphenol AMacromolecules, 44(18):7263-7272.   (link)

  59. Kim, M, Lai, S, and Laine, R (2011). Combinatorial Nanopowder Synthesis Along the ZnO-Al2O3 Tie Line Using Liquid-Feed Flame Spray PyrolysisJournal of the American Ceramic Society, 94(10):3308-3318.   (link)

  60. Laine, R (2011). Liquid-Flame Spray Pyrolysis (LF-FSP) in the synthesis of single and mixed-metal oxide nanopowdersIn: Ceramics Science and Technology, ed. by Ralf Riedel and I-Wei Chen.. Wiley VCH Weinham, vol. Volume3: Synthesis and Processing, chap. 4, pp. 97-120.

  61. Laine, R and Roll, M (2011). Polyhedral PhenylsilsesquioxanesMacromolecules, 44:1073-1109.   (link)

  62. Roll, M, Kampf, J, and Laine, R (2011). Halogen Bonding Motifs in Polyhedral Phenyl-silsesquioxanes: Effects of Systematic Vari-ations in Geometry or SubstitutionCrystal Growth & Design, 11:4360-4367.   (link)

  63. Roll, M, Mathur, P, Takahashi, K, Kampf, J, and Laine, R (2011). [PhSiO1.5]8 promotes self-bromination to produce [o-BrPhSiO1.5]8: further bromination gives crystalline [2,5-Br2PhSiO1.5]8 with a density of 2.32 g cm−3 and a calculated refractive index of 1.7 or the tetraicosa bromo compound [Br3PhSiO1.5]8Journal of Materials Chemistry, 21:11167-11176.   (link)

  64. Roll, MF, Kampf, JW, and Laine, RM (2011). Crystalline Hybrid Polyphenylene Macromolecules From Octaalkynylsilsesquioxanes, Crystal Structures and a Potential Route to 3-D GraphenesMacromolecules:3425–3435.   (link)

  65. Sulaiman, S, Zhang, J, Goodson, T, and Laine, RM (2011). Synthesis, Characterization and Photophysical Properties of Polyfunctional Phenylsilsesquioxanes: [o-RPhSiO1.5]8, [2,5-R2PhSiO1.5]8, and [R3PhSiO1.5]8J. Chem. Matter, 21:11177-11187 .   (link)

  66. Asuncion, MZ and Laine, RM (2010). Fluoride Rearrangement Reactions of Polyphenyl- and Polyvinylsilsesquioxanes as a Facile Route to Mixed Functional Phenyl, Vinyl T-10 and T-12 SilsesquioxanesJournal Of The American Chemical Society, 132(11):3723-3736.   (link)

  67. H, V, and R (2010). Cubic Silsesquioxanes as a Green, High Performance Mold Material for Nanoimprint LithographyAdvanced Materials.   (link)

  68. Kim, M and Laine, R (2010). Pressureless Sintering t-zirconia@δ-Al2O3 (54 mol%) Core–Shell Nanopowders at 1120°C Provides Dense t-Zirconia-Toughened α-Al2O3 NanocompositesJournal of the American Ceramic Society, 93(3):709–715.   (link)

  69. No names specified (2010). Fluoride catalyzed rearrangements of polysilsesquioxanes, mixed Me, vinyl T8, Me, vinyl T10 and T12 cagesApplied Organometallic Chemistry, 24:551-557.   (link)

  70. Roll, MF, Kampf, JW, Kim, Y, Yi, E, and Laine, RM (2010). Nano building blocks via iodination of [PhSiO1.5]n, forming [p-I-C6H4SiO1.5]n (n = 8, 10, 12), and a new route to high-surface-area, thermally stable, microporous materials via thermal elimination of I2J Am Chem Soc, 132(29):10171-83.   (link)

  71. B. Weidenhof, MRKSWFMMKJAEGESAB and Laine, RM (2009). High Throughput Screening of Nanoparticle Catalysts Made by Flame Spray Pyrolysis as Hydrocarbon/NO Oxidation Catalysts and Active, Pt free catalystsJ. Am. Chem. Soc., 131:9207-19.   (link)

  72. Furman, BR, Wellinghoff, ST, and Laine, R (2009). Structural and mechanical behavior of layered zirconium phosphonate as a distributed phase in polycaprolactoneApplied Polymer, 114:993-1001.   (link)

  73. Laine, RM, Sulaiman, S, Brick, C, Roll, M, Tamaki, R, Asuncion, MZ, Neurock, M, Filhol, J, Lee, C, Zhang, J, Goodson, TI, Ronchi, M, Pizzotti, M, Rand, SC, Li, Y, Kim, M, and Laine, RM (2009). A one-step synthesis of core-shell (Ce0.7Zr0.3O2)x(Al2O3)1-x [(Ce0.7Zr0.3O2)@Al2O3] nanopowders via liquid-feed flame spray pyrolysis (LF-FSP)J. Am. Chem. Soc., 131:9220-9.   (link)

  74. Asuncion, M, Roll, M, and Laine, RM (2008). Octaalkynylsilsesquioxanes, Sea Urchin Molecular connectors for 3-D-NanostructuresMacromolecules, 41:8047-8052.   (link)

  75. Azurdia, JA, McCrum, A, and Laine, R (2008). Systematic Synthesis of Mixed Metal Oxides in NiO-Co3O4, NiO-MoO3, and NiO-CuO Systems via Liquid Feed-Flame Spray PyrolysisMaterials Chem., 18:3249-3258.   (link)

  76. Hinklin, T and Laine, R (2008). Synthesis of metastable phases in the Magnesium Spinel-Alumina SystemChem. Mater., 20:553-558.   (link)

  77. Hinklin, TR, Rand, SC, and Laine, RM (2008). Transparent, polycrystalline upconverting nanoceramics. Towards 3-D displaysAdv. Mater., 20:1270-1273.   (link)

  78. I. Hasegawa, RMLMZANT (2008). Facile synthesis of polyhedral silsesquioxane anions and uses thereofU.S. Patent 7,576,169 Sept., 2008.   (link)

  79. Kim, M, Hinklin, T, and Laine, R (2008). Core−shell Nanostructured Nanopowders along (CeOx)x(Al2O3)1−x Tie-Line by Liquid-Feed Flame Spray Pyrolysis (LF-FSP)Chem. Mater., 20:5154-5162.   (link)

  80. Kim, S, Sulaiman, S, Fargier, D, and Laine, R (2008). Simple syntheses of octaphenyloctasilsesquoxane and polyphenylsilsesquioxane. Starting point for aromatic nanocomposites with complete control of physical and chemical properties at nanometer length scalesin Materials Syntheses. A Practical Guide:179-182,Eds. U. Schubert, N. Hüsing, R. Laine, Springer-Verlag, Wein.

  81. Laine, R, Bartz, D, Krug, D, Popova, V, and Asuncion, M (2008). Bi- and trifunctional silsesquioxanes for novel coating applicationsfiled June, 2007. PTO filed Aug. 2008..

  82. Laine, R, Roll, M, Asuncion, M, Sulaiman, S, Popova, V, Bartz, D, Krug, D, and Mutin, PH (2008). Perfect and Nearly Perfect Silsesquioxane (SQs) Nanoconstruction Sites and Janus SQsJ. Sol-Gel Sci. Tech., 46:335-347.   (link)

  83. Laine, RM, Hinklin, T, Azurdia, J, Kim, M, Marchal, J, and Kumar, S (2008). Finding Spinel in All the Wrong PlacesAdv. Mater., 20:1373-75.   (link)

  84. Roll, M, Asuncion, M, Kampf, J, and Laine, R (2008). para-Octaiodophenylsilses-quioxane, [p-IC6H4SiO1.5]8, a nearly perfect nanobuilding blockACS Nano, 2:320-26.   (link)

  85. Sulaiman, S, Bhaskar, A, Zhang, J, Guda, R, III, TG, and Laine, R (2008). Molecules with perfect cubic symmetry as nanobuilding blocks for 3-D assemblies. Elaboration of octavinylsilsesquioxane. Unusual luminescence shifts may indicate extended conjugation involving the silsesquioxane coreChem Mater., 20:5563 – 5573.   (link)

  86. Asuncion, MZ and Laine, R (2007). Silsesquioxane Barrier MaterialsMacromolecules, 40:555-62.   (link)

  87. B. Li, SLOSCRJATHJCMRL (2007). Ultraviolet emission and Fano resonance in doped nano-aluminaJ. Appl. Physics, 101:053534.   (link)

  88. B. Li, THRLSR (2007). Ultraviolet nanophosphorsJournal of Luminescence, 122-3:345-7.   (link)

  89. C. Brick, ERCSGDMRL (2007). Self-lubricating nano ball bearingsAdv. Mater., 19:80-2.   (link)

  90. Kim, M and Laine, R (2007). Combinatorial processing of mixed-metal oxide nanopowders along the ZrO2-Al2O3 tie line using liquid-feed flame spray pyrolysis (LF-FSP)J. Ceramic Processing Research, 8:129-36.

  91. Takamura, N, Viculis, L, and Laine, R (2007). A completely discontinuous organic/inorganic hybrid nanocomposite based on reactions of [HMe2SiOSiO1.5]8 with vinylcyclohexeneInternational Polymer, 56:1378-1391.   (link)

  92. Wang, M and Laine, R (2007). UV-Absorbing Coatings and Methods of Making Samefiled by Guardian Industries. U.S. Patent 7,288,283 October 30, 2007.

  93. Azurdia, J, Marchal, J, and Laine, R (2006). Synthesis and Characterization of Mixed‐Metal Oxide Nanopowders Along the CoOx–Al2O3 Tie Line Using Liquid‐Feed Flame Spray PyrolysisJ. Am. Ceram. Soc., 89:2749-56.   (link)

  94. Azurdia, J, Marchal, J, Shea, P, Sun, H, Pan, XQ, and Laine, R (2006). Liquid-feed flame spray pyrolysis (LF-FSP) as a method of producing mixed-metal oxide nanopowders of potential interest as catalytic materials. Nanopowders along the NiO-Al2O3 tie-line including (NiO)0.22(Al2O3)0.78, a new inverse spinel composition.Chem. Mater., 18:731-9.   (link)

  95. Kang, K and Laine, R (2006). Silica dissolution as a route to octaanionic silsesquioxanesApplied Organometallic Chem, 20:393-398.   (link)

  96. Laine, R, Marchal, J, Sun, H, and Pan, X (2006). Nano-α-Al2O3 by liquid-feed flame spray pyrolysisNature Materials, 5:710-2.   (link)

  97. Sulaiman, S, Brick, C, Sana, CD, Katzenstein, J, Laine, R, and Basheer, R (2006). Tailoring the Global Properties of Nanocomposites. Epoxy Resins with Very Low Coefficients of Thermal ExpansionMacromolecules, 39:5167-9.   (link)

  98. Takahashi, K, Sulaiman, S, Katzenstein, J, Snoblen, S, and Laine, R (2006). New Aminophenylsilsesquioxanes, Synthesis, Properties and Epoxy NanocompositesAustralian J. Chem., 59:564-70.   (link)

  99. A. Sellinger, RTRLKUHTEWGJ (2005). Solution processable nanocomposites based on silsesquioxane cores for use in organic light emitting diodes (OLEDs)Chem. Comm.:3700 –02.   (link)

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