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• ¸½¼þ 1 : Bi-directional Kirkendall Effect in Coaxial Microtube Nanolaminate Assemblies Fabricated by Atomic Layer Deposition.pdf
2011-12-26 15:21:18, 427.89 K
• ¸½¼þ 2 : Fabrication of ZnO ¡°Dandelions¡± via a Modified Kirkendall Process.pdf
2011-12-26 15:21:23, 1.33 M
• ¸½¼þ 3 : Facile One-Pot Synthesis of PbSe and NiSe2 Hollow Spheres Kirkendall-Effect-Induced Growth and Related Properties.pdf
2011-12-26 15:21:26, 166.76 K
• ¸½¼þ 4 : Formation of CeO2−ZrO2 Solid Solution Nanocages with Controllable Structures via Kirkendall Effect.pdf
2011-12-26 15:21:29, 322.79 K
• ¸½¼þ 5 : Formation of Hollow Ni2P Nanoparticles Based on the Nanoscale Kirkendall Effect.pdf
2011-12-26 15:21:40, 3.67 M
• ¸½¼þ 6 : Formation of Hollow Upconversion Rare-Earth Fluoride Nanospheres Nanoscale Kirkendall Effect During Ion Exchange.pdf
2011-12-26 15:21:50, 4.43 M
• ¸½¼þ 7 : Formation of CeO2 Nanotubes from Ce(OH)CO3 Nanorods through Kirkendall Diffusion.pdf
2011-12-26 15:21:59, 3.98 M
• ¸½¼þ 8 : Hollow Single-Crystal Spinel Nanocubes The Case of Zinc Cobalt Oxide Grown by a Unique Kirkendall Effect.pdf
2011-12-26 15:22:03, 849.23 K
• ¸½¼þ 9 : Influence of Surface Diffusion on the Formation of Hollow Nanostructures Induced by the Kirkendall Effect  The Basic Concept.pdf
2011-12-26 15:22:08, 2.94 M
• ¸½¼þ 10 : Kirkendall Effect and Lattice Contraction in Nanocatalysts A New Strategy to Enhance Sustainable Activity.pdf
2011-12-26 15:22:13, 1.67 M
• ¸½¼þ 11 : La(OH)3 Hollow Nanostructures with Trapezohedron Morphologies Using a New Kirkendall Diffusion Couple.pdf
2011-12-26 15:22:18, 3.52 M
• ¸½¼þ 12 : Means and Limits of Control of the Shell Parameters in Hollow Nanoparticles Obtained by the Kirkendall Effec.pdf
2011-12-26 15:22:23, 2.59 M
• ¸½¼þ 13 : Reaction Regimes on the Synthesis of Hollow Particles by the Kirkendall Effect.pdf
2011-12-26 15:22:28, 4.33 M

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