Strong-bonding calcium phosphate coatings on carbon/carbon composites by ultrasound-assisted anodic oxidation treatment and electrochemical deposition

The effect of electromagnetic heating frequencies on CaHPO4 coatings deposited on the C/C by induction heating deposition technology

“…The expression (5) showed that when the deposition mass of monetite coatings was proportional to the deposition time, the deposition processes of the monetite coatings are controlled by a surface reaction of the ions containing Ca and P elements. From this deduction, it can be concluded that the monetite formation process is also controlled by surface reaction between 289 kHz and 381 kHz, the same as that at the frequency of 15 kHz.…”

“…One is that the C/C composites are surrounded by a connective tissue layer, and cannot chemically bond to the surrounding bone tissue. The other is that significant amount of carbon debris is founded in adjacent tissues and in the lymph nodes because of abrasive wear of the surface of the C/C implant [5][6][7].…”

A dense and strong bonding collagen film for carbon/carbon composites

“…Mechanical bonding strength between collagen films and H C/C substrates were evaluated by tensile testing following an ASTM F 1044-05 standard using a universal testing machine (MTS Systems Co., Ltd., Shanghai, China) [30]. Two sides of the sample were glued with aluminium-alloy joints.…”

Electrochemical behavior of HAp/CNTs/316LSS coatings into simulated body fluid solution

“…These weaknesses affect to stability of HAp coatings. [5][6][7] Recently, numerous researches used reinforcing such as carbon nanotubes (CNTs), TiO 2 , ZrO 2 to improve the mechanical property of HAp coatings. [5,8,9] In this work, CNTs were inserted into HAp coatings as reinforcement to improve the above weakness by electrodeposition technique.…”