TAILIEUCHUNG - Summary of the Metarial sciensce theis: Study on preparation of biocompatibale hydroxyapatite coatings on titanium substrate by sol-gel method

The thesis was designed to find appropriate technological conditions such as pH of solution, calcination temperature, firing time, measures of titanium metal surface treatment to fabricate hydroxyapatite coatings. (HA and FHA) on titanium substrate by solgel method capable of applying biomedical. | MINISTRY OF VIETNAM ACADEMY OF EDUCATION SCIENCE AND TECHNOLOGY AND TRAINING GRADUATE UNIVERSITY OF SCIENCE AND TECHNOLOGY ----------------------------------- NGO THI ANH TUYET STUDY ON PREPARATION OF BIOCOMPATIBALE HYDROXYAPATITE COATINGS ON TITANIUM SUBSTRATE BY SOL-GEL METHOD. Scientific Field Metal Classification Code SUMMARY OF THE METARIAL SCIENSCE THEIS Hà Nội 2019 The thesis was completed at Graduate University of science and technology- Vietnam Academy of Science Scientific Supervisors . Nguyen Ngoc Phong . Pham Thi San 1st Reviewer 2nd Reviewer 3rd Reviewer The thesis will be defended at Graduate University of Science And Technology Vietnam Academy of Science and Technology 18 Hoang Quoc Viet Cau Giay District Hanoi City. At hour date month 2019 The Thesis can be found in National Library of Vietnam and library of Graduate University of Science And Technology Vietnam Academy of Science and Technology 1 INTRODUCTION In recently biocompatible metal materials used in orthopedic surgery has been widely studied in the world. Due to the aging of the population in developed countries and the desire for patients to maintain a high quality life and advances in the synthesis of materials and surgical procedures that allow implants materials are applied in many different ways. Therefore the demand for high- performance implants to apply for cardiovascular traumatic orthopedic spinal and dental problems has increased significantly. In 2012 worldwide the market for bio-implant materials reached about billion USD and by 2010 it was about billion USD. Therefore scientists are focusing on investigating to create new biomedical materials with good features. Implants used in orthopedic techniques are often made of metal materials due to their higher hardness and mechanical strength compared to organic materials or composite materials. Among biological implant materials titanium and titanium alloys are considerably used in orthopedic implants

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