3D Printing - Globe Thesis

Keyword [3D Printing] Result: 161 - 180 \| Page: 9 of 10
161.	Study On Thermal Curing Of Poly(Propylene Fumarate) Composites And Its Application In 3D Printing
162.	Research On The Model Of The Left Ventricular Maglev Assist Pump Based On 3D Printing
163.	The Treatment On Hypertensive Cerebral Hemorrhage By The Minimally Invasive Puncture Via Temporal Region Under The Guidance Of 3D Printer Model
164.	Experimental Study On Bone Ingrowth In Goats By 3D Printing Diaphyseal Prostheses Of Trabecular Bone With Titanium Alloy
165.	Development And Application Of Thoracic Multi-level Navigational Template
166.	The Precise Surgical Treatment Of Bone Tumor With Assisting Of 3D Printing Technique
167.	Applied Basic Research On Removable Partial Denture Titanium Alloy Frameworks Fabricated By SLM 3D Printing
168.	A Lotus Root Inspired 3D Printed Implant System With Intelligent Drug Release Patterns
169.	Low Temperature Three-dimensional Printing Biphasic Calcium Phosphate/polyvinyl Alcohol/platelet-rich Fibrin Scaffolds For Bone Regeneration
170.	Application Of 3D Printing Technique In Diagnosis And Treatment Of Aortic Dissection
171.	Application Of 3D Printing Technology In Pilon Fractures
172.	Study On Elastic Fixation Of Phalangeal Fracture With 3D Printing
173.	Design Of Individualized Pedicle Guide Plate With 3D Printing And The Accuracy Evaluation Of Simulation Placement In Vitro
174.	Biomechanical Analysis Of The 3D Printed Porous Titanium Alloy Implant
175.	Development Of 3D Printing Aspirin Quick Release Sustained-release Double-layer Tablets
176.	Studies On Preparation And Properties Of Two Novel Porous Bone Tissue Engineering Scaffolds
177.	Study On Four-axis 3D Printing Technology For The Fabrication Of Polymer Stents
178.	Fabrication Of A Novel Biodegradable Vascular Stent By Three Dimensional Printing And Preliminary Study On Its Physical And Chemical Properties
179.	Three-dimensional Printing And Biological Properties Of Functional Mesoporous Bioactive Composite Scaffolds
180.	Research On The Technology Of Metal Bone Implants Based On 3D Printing
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