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Keyword [modulus]
Result: 61 - 80 | Page: 4 of 10
61. Effect Of Different Material Hardness And Designed Displacement On The Biomechanism Of Invisible Appliance
62. Analyses Of The Biomechanical Characteristics Of β Ti Alloy Orthodontic Mini-implant Using Three Dimensional Finite Element Method
63. High-Strength And Low Modulus Dental Implant Ti-based Alloy
64. Finite Element Analysis Of Stress Distribution In Roots With Ti-24Nb-4Zr-7.9Sn Split Prefabricated Post And Optimized Design
65. The Effect Of Osteopontin On Mesenchymal Stem Cell Directed Migration And Its Molecular Mechanism
66. Comparative Research Of Carotid Artery Elasticity Between Hypertention And Prehypertention Groups In County Community Of Shandong Province
67. Finite Element Analysis Of Stress Distribution In Roots With Ti-24nb-4zr-7.9sn Split Prefabricated Post And Optimized Design
68. High-strength And Low Modulus Dental Implant Ti-based Alloy
69. New Biomedical Near ¦Â Titanium Alloy Microstructure And Mechanical Properties,
70. Based On Finite Element Analysis Of Ultrasound Elastography In Breast Disease
71. Wavelet Modulus Maxima Of Multifractal Based Analysis Of The Pathological ECG Signals
72. Detection Of Pulse Oxygen Saturation In Strong Noise Background
73. Experimental Study On The New Low Elastic Modulus β Tialloy Mini- Prothesis Resurface The Articular Surface Defect
74. The Research On Content-based Medical Image Retrieval Algorithm
75. Research And Development Of Bionic Implants With Low Elastic Modulus
76. The Experimental Study On The Treatment Efficacy Of Femoral Head Osteonecrosis By A Titanium Alloy Type Of Femoral Head Interior Surpporting System Implantation And Core Depression With Bone Graft
77. Experimental Study On Treatment Of ANFH In Beagle Within The Titanium Alloy Femoral Head Interior Supporting System
78. The Study On Elastographic Characteristics Of Bladder Outlet Obstruction Caused By Benign Prostatic Hyperplasia
79. The Digital Anatomy Of Iliac Tissue Flap And The Biomechanical Study Of Pelvic Stability After Iliac Tissue Flap Harvest
80. The Study On Mechanical Properties Of Thoracic Aorta And Optimization Of Constitutive Models For Numerical Simulation
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