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Magnetic Properties Of Hitperm (Fe,Co)88Zr7B4Cu1 Nanocrystal Magnets
Magnetic Properties Nanocrystal Magnets
2009/12/28
Magnetic Properties Of Hitperm (Fe,Co)88Zr7B4Cu1 Nanocrystal Magnets.
Intrusion of Posterior Teeth with Magnets
INTRUSION MAGNETS MANDIBULAR ROTATION OPENBITE VERTICAL DIMENSION
2009/2/26
The dental and skeletal effects of occlusal bite blocks with and without repelling magnets are compared; while depression of buccal teeth did occur with both types of appliance, some less favorabl...
The use of samarium-cobalt (Sm-Co) magnets for light force application is a relatively new concept in orthodontic tooth movement. This study reports on the forces generated by these magnets.
Repelling magnets versus superelastic nickel-titanium coils in simultaneous distal movement of maxillary first and second molars
Dental alloys Magnetics Supercoils Force Orthodontic appliance Molar Tooth movement
2009/1/12
Eighteen subjects, aged 12.5 to 18.3 years, with Class II malocclusion, deep overbite and moderate space deficiency in the maxilla were treated orthodontically using repelling rare earth magnets on on...
Proximal alveolar bone level after orthodontic treatment with magnets, superelastic coils and straight-wire appliances
Alveolar bone level Magnets Orthodontic appliance Radiography Superelastic coils
2009/1/8
Proximal alveolar bone level changes were radiographically determined in 20 subjects (mean age 14.3 years, SD 2.00) a short time after rapid orthodontic treatment with magnets and superelastic nicke...
Effects of Gradually Increasing Force Generated by Permanent Rare Earth Magnets for Orthodontic Tooth Movement
Rare earth magnet Tooth movement Attractive force Gradually increasing force Rat
2008/11/24
Objective: To examine the effects of gradually increasing force generated by permanent rare earth magnets for orthodontic tooth movement by using a novel experimental rat model and computer simula...
11 December 2006，A physicist in the US has proposed a new way to separate red and white blood cells using a magnetic field. The method, which has not yet been proven in the laboratory, exploits the fa...
Structure and Magnetic Properties of Sm(CobalFexTi0.05)9.66 and Sm(CobalFexTi0.05Cu0.1)9.66 Magnets (x=0-0.57)
Structure and Magnetic Properties Magnets
2009/12/28
Structure and Magnetic Properties of Sm(CobalFexTi0.05)9.66 and Sm(CobalFexTi0.05Cu0.1)9.66 Magnets (x=0-0.57).
Recent Advances in the Development of (Fe,Co)88M7B4Cu1 Magnets.
Amorphous and Nanocrystalline Materials for Applications as Soft Magnets
Amorphous and Nanocrystalline Materials Soft Magnets
2009/12/28
Amorphous and Nanocrystalline Materials for Applications as Soft Magnets.
Magnetic Hysteresis and Rotational Energy Barriers in C-Coated Co and RE/TM Fine Particle Magnets
Magnetic Hysteresis and Rotational Energy Barriers C-Coated Co and RE/TM Fine Particle Magnets
2010/1/6
Magnetic Hysteresis and Rotational Energy Barriers in C-Coated Co and RE/TM Fine Particle Magnets.