博老的意思是不要被最新的技術所迷惑,因為要學習一項新的技術,有可能你會在不經意當中受到傷害,因為這跟廚師煮菜看菜譜才能烹調才行是一樣的危險
JCO Interviews Dr. Charles J. Burstone on Orthodontic Force Control(DR. EUGENE L.GOTTLIEB 訪談DR. CHARLES J. BURSTONE 有關力學的控制)
JCO INTERVIEWS Charles J. Burstone, DDS, MS, Part 1: Facial Esthetics (DR. RAVINDRA NANDA訪談DR. CHARLES J. BURSTONE關於臉部的美觀)
JCO INTERVIEWS Charles J. Burstone, DDS, MS, Part 2: Biomechanics
Dr. Charles Burstone Common Myths in Orthodontics
すべては 患者さんの笑顔のために(攏是為的患者ㄟ笑容) (日本ormco公司文章) 日文的ormco公司型錄
Objects related with this person(C J Burstone )
Holographic measurement of tooth mobility in three dimensions.
Tip-back mechanics.
Experimentally determined force systems from vertically activated orthodontic loops.
Computerized interactive orthodontic treatment planning.
Reduction in the modulus of elasticity in orthodontic wires.
Cephalometrics for orthognathic surgery.
Determination of arbitrary tooth displacements.
An evaluation of beta titanium alloys for use in orthodontic appliances.
Bending characteristics of nitinol wire.
The effect of time and force magnitude on orthodontic tooth movement.
Dr. Charles J. Burstone on the uses of the computer in orthodontic practice (part 1).
Dr. Charles J. Burstone on the uses of the computer in orthodonic practice (part 2(.
The growth velocity prediction using the sampled-transfer-function.
A device for determining the mechanical behavior of orthodontic appliances.
Three-dimensional large displacement analysis of orthodontic appliances.
Optimizing anterior and canine retraction.
The use of continuous fiber reinforcement in dentistry.
Centers of rotation with transverse forces: an experimental study.
Patterns of initial tooth displacements associated with various root lengths and alveolar bone heights.
Vertical force considerations in differential space closure.
More on fixed magnetic appliances.
Biomechanical responses of tooth associated with different root lengths and alveolar bone heights: changes of stress distributions in the PDL.
Effect of moment to force ratios on stress patterns and levels in the PDL.
Precision lingual arches. Active applications.
Advances in diagnosis and detection of oral diseases.
Force system developed by V bends in an elastic orthodontic wire.
Effects of a fixed magnetic appliance on the dentofacial complex.
Space closure in adult patients using the segmented arch technique.
Optimal welding of beta titanium orthodontic wires.
Welding of TMA wire. Clinical applications.
Force systems from an ideal arch--large deflection considerations.
Moment to force ratios and the center of rotation.
Precision lingual arches. Passive applications.
[The role of the moment in orthodontic force systems]
Creative wire bending--the force system from step and V bends.
Soft-tissue profile--fallacies of hard-tissue standards in treatment planning.
The center of resistance of anterior teeth during intrusion using the laser reflection technique and holographic interferometry.
[Biomechanical principles in orthodontics. II]
Location of the centers of resistance for anterior teeth during retraction using the laser reflection technique.
Three-dimensional finite element analysis for stress in the periodontal tissue by orthodontic forces.
[Biomechanical basis of tooth movement]
[Biomechanical principles in orthodontics. I]
Chinese NiTi wire--a new orthodontic alloy.
Analysis of generalized curved beams for orthodontic applications.
JCO/interviews Dr. Charles J. Burstone.
Malocclusion: new directions for research and therapy.
Force systems from an ideal arch.
Research related to malocclusion. A "State-of-the-Art" workshop conducted by the Oral-Facial Growth and Development Program, The National Institute of Dental Research.
The mechanics of the segmented arch techniques.
Lip posture and its significance in treatment planning.
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