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Now showing items 101-109 of 109

Bio-based Polyurethane For Tissue Engineering Applications: How Hydroxyapatite Nanoparticles Influence The Structure, Thermal And Biological Behavior Of Polyurethane Composites

Gabriel; Lais P.; dos Santos; Maria Elizabeth M.; Jardini; Andre L.; Bastos; Gilmara N. T.; Dias; Carmen G. B. T.; Webster; Thomas J.; Maciel Filho; Rubens (Elsevier Science BVAmsterdam, 2017)

Polyolefins Reinforced With Short Vegetal Fibers: Sisal Vs. Curauá [poliolefinas Reforçadas Com Fibras Vegetais Curtas: Sisal Vs. Curauá]

Spinace M.A.S.; Janeiro L.G.; Bernardino F.C.; Grossi T.A.; De Paoli M.-A. (, 2011)

Poliolefinas reforçadas com fibras vegetais curtas: sisal × curauáPolyolefins reinforced with short vegetal fibers: sisal vs. curauá

Spinacé, Márcia A. S.; Janeiro, Lea G.; Bernardino, Filippe C.; Grossi, Thais A.; Paoli, Marco-A. De (Associação Brasileira de Polímeros, 2011)

Efeito do tempo pós-prensagem da resina acrílica na alteração dimensional da base de prótese totalEffect of acrylic resin post-pressing time on the dimensional alteration of complete denture base

CONSANI, Rafael Leonardo Xediek; DOMITTI, Saide Sarckis; CORRER SOBRINHO, Lourenço; SINHORETI, Mário Alexandre Coelho (Sociedade Brasileira de Pesquisa Odontológica e Faculdade de Odontologia da Universidade de São Paulo, 2001)

Development Of Ducts By Filament Winding: A Study Through The Neural Networks [desenvolvimento De Dutos Por Filament Winding: Um Estudo Através De Redes Neurais]

Contant S.; Lona L.M.F.; Calado V.M.A. (, 2004)

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Bio-based Polyurethane For Tissue Engineering Applications: How Hydroxyapatite Nanoparticles Influence The Structure, Thermal And Biological Behavior Of Polyurethane Composites

Polyolefins Reinforced With Short Vegetal Fibers: Sisal Vs. Curauá [poliolefinas Reforçadas Com Fibras Vegetais Curtas: Sisal Vs. Curauá]

Poliolefinas reforçadas com fibras vegetais curtas: sisal × curauáPolyolefins reinforced with short vegetal fibers: sisal vs. curauá

Efeito do tempo pós-prensagem da resina acrílica na alteração dimensional da base de prótese totalEffect of acrylic resin post-pressing time on the dimensional alteration of complete denture base

Development Of Ducts By Filament Winding: A Study Through The Neural Networks [desenvolvimento De Dutos Por Filament Winding: Um Estudo Através De Redes Neurais]

Esi(+)-ms And Gc-ms Study Of The Hydrolysis Of N-azobenzyl Derivatives Of Chitosan

Bioactivity, Mechanism Of Action, And Cytotoxicity Of Copper-based Nanoparticles: A Review

Broad-spectrum Bioactivities Of Silver Nanoparticles: The Emerging Trends And Future Prospects

Nanocomposites Of Polyhydroxyalkanoates Reinforced With Carbon Nanotubes: Chemical And Biological Properties

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Bio-based Polyurethane For Tissue Engineering Applications: How Hydroxyapatite Nanoparticles Influence The Structure, Thermal And Biological Behavior Of Polyurethane Composites

Polyolefins Reinforced With Short Vegetal Fibers: Sisal Vs. Curauá [poliolefinas Reforçadas Com Fibras Vegetais Curtas: Sisal Vs. Curauá]

Poliolefinas reforçadas com fibras vegetais curtas: sisal × curauáPolyolefins reinforced with short vegetal fibers: sisal vs. curauá

Efeito do tempo pós-prensagem da resina acrílica na alteração dimensional da base de prótese totalEffect of acrylic resin post-pressing time on the dimensional alteration of complete denture base

Development Of Ducts By Filament Winding: A Study Through The Neural Networks [desenvolvimento De Dutos Por Filament Winding: Um Estudo Através De Redes Neurais]

Esi(+)-ms And Gc-ms Study Of The Hydrolysis Of N-azobenzyl Derivatives Of Chitosan

Bioactivity, Mechanism Of Action, And Cytotoxicity Of Copper-based Nanoparticles: A Review

Broad-spectrum Bioactivities Of Silver Nanoparticles: The Emerging Trends And Future Prospects

Nanocomposites Of Polyhydroxyalkanoates Reinforced With Carbon Nanotubes: Chemical And Biological Properties