As a new biomedical bone tissue implant candidate, porous Ti–5Mo–5Cu alloy was developed by powder sintering from TiH₂, Mo and Cu powders. Space holder material NH₄HCO₃ granules were added to regulate the pore characteristics like pore morphology and porosity and then mechanical properties including compressive strength and elastic modulus of the porous titanium alloy. The tailored elastic modulus (1.8–6.4 GPa) and compressive strength (93–152 MPa) of porous Ti–5Mo–5Cu alloys with porosity (49.6–61.8%) and average pore size (103–128 μm) fulfil the preliminary mechanical property and pore characteristics requirements of porous prosthesis. It is expected to be used for hard tissue prosthesis.

作为一种新型的生物医学骨组织植入物，通过粉末烧结从TiH ₂，Mo和Cu粉末中开发出了多孔的Ti – 5Mo – 5Cu合金。加入空间保持剂材料NH ₄ HCO ₃颗粒以调节孔特性，例如孔形态和孔隙率，然后调节机械性能，包括多孔钛合金的抗压强度和弹性模量。定制的多孔Ti – 5Mo –弹性模量（1.8–6.4 GPa）和抗压强度（93–152 MPa）具有孔隙率（49.6–61.8％）和平均孔径（103–128μm）的5Cu合金满足多孔假体的初步力学性能和孔特征要求。预期将其用于硬组织假体。