按照临床上对外科植入材料的要求和现有医用钛合金存在的问题，制定了新合金设计的原则。
According to clinical requirements for medical titanium alloys and flaws existing in present medical titanium alloys, a new titanium alloy has been designed and prepared.
通过SEM，XRD和测量离子浓度的方法，研究了预钙化对医用钛合金表面沉积钙磷层的诱导作用。
The purpose of this study was to evaluate the induced action of pre-calcification to hydroxyapatite formation on alkali-treated titanium alloys.
所以生物医用植入钛及钛合金已成为外科植入件优选的替代材料。
Therefore pure titanium and titanium alloys are the optimum replacement materials for the surgical implants.
还简要介绍了国内外生物医用新型钛合金的开发情况及发展趋势，指出了进一步研究开发的方向。
Introduce research and developments of novel titanium alloys for biologic and biomedical applications and together with development trend.
简介了新型生物医用功能材料用钛及钛合金的研制历史、生产、标准和应用。
This paper briefly introduces the history, production, standards and application of new functional material of titanium and titanium alloy for medicine.
简介了新型生物医用功能材料用钛及钛合金的研制历史、生产、标准和应用。
This paper briefly introduces the history, production, standards and application of new functional material of titanium and titanium alloy for medicine.
应用推荐