Mechanical and frictional properties of aesthetic orthodontic wires obtained by hard chrome carbide plating. [PDF]
Usui T +6 more
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Changes in the Mechanical Properties of Nickel-Titanium Orthodontic Archwires After Clinical Use with Conventional and Self-Ligating Brackets. [PDF]
Ruiz G +7 more
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Effect of fluoride toothpastes on surface roughness of nickel-titanium wires: an in vitro study. [PDF]
Vega Bravo KL +4 more
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Bracketless three-dimensional orthodontic treatment using coated nickel-titanium E-wires for mild-moderate anterior crowding: A case report with 6-month follow-up. [PDF]
Alqaisi NN, Hadad RA, Alsilq MN.
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Chitosan-Based Coatings for Orthodontic Appliances: Antimicrobial Properties, Potential Ion-Release Mitigation, and Clinical-Translation Perspectives. [PDF]
Mikulewicz M.
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An Energy-Dispersive X-ray Spectroscopy (EDX)- and Tensile Test-Based Investigation of Mechanical Properties and Elemental Analysis of Three Commercial Stainless Steel Orthodontic Archwires. [PDF]
Vijayan R, Vadakkepediyakkal L.
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Orthodontic emergencies in a postgraduate clinic: a retrospective analysis. [PDF]
Vårum VB +2 more
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Open Bite With Short Root Anomaly: A Case Report. [PDF]
Alwadei S.
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Comparative range of orthodontic wires
American Journal of Orthodontics and Dentofacial Orthopedics, 1986ADA specification No. 32 for determining the range (elastic limit) of orthodontic wires uses the bending of a wire section treated as a cantilever beam. An alternative method for defining the range of orthodontic wires proposed by Waters (1981) is to wrap wire sections around mandrels of varying diameters and measure the deformation imparted after ...
Richard Smith
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