超纯铜粉

     Ultrafine isotopic copper powder (Cu-63/Cu-65) is a high-purity product (99.999+%) with controlled isotopic composition and particle size of 7 nm. It exhibits enhanced reactivity due to its large specific surface area. The powder demonstrates improved catalytic properties in organic synthesis and electrochemical reactions. It easily oxidizes in air, forming copper oxides. It actively interacts with acids, especially HNO₃ and concentrated H₂SO₄. The powder forms complex compounds with various ligands and possesses strong reducing properties. It shows increased electrical and thermal conductivity compared to regular copper. It is used in scientific research, nanotechnology, and production of high-tech materials.

     纳米同位素铜粉（Cu-63/Cu-65）是一种高纯度产品（99.999+%），具有可控的同位素组成和7纳米的粒径。由于其较大的比表面积，表现出增强的反应活性。该粉末在有机合成和电化学反应中表现出改进的催化性能。它在空气中容易氧化，形成氧化铜。它与酸类物质活跃反应，尤其是与HNO₃和浓H₂SO₄。该粉末能与各种配体形成络合物，并具有强还原性。与普通铜相比，它表现出更高的导电性和导热性。它被用于科学研究、纳米技术和高科技材料的生产。

Physical properties of ultra-fine isotopic copper powder:

1. Particle size: Ultra-fine, with particle size of about 7 μm (0.007 mm).

2. Specific surface area: High, but not as extreme as nanoparticles.

3. Density: Close to that of copper (8.96 g/cm³).

4. Color: Reddish-brown with metallic luster.

5. Electrical conductivity: High, comparable to regular copper.

6. Thermal conductivity: Similar to regular copper.

7. Melting point: Close to that of regular copper (1084.62°C).

8. Magnetic properties: Weak paramagnetic properties.

9. Flowability: Good for powder of this size.

10. Tendency to agglomerate: Moderate, typical for micron-sized powders.

11. Atomic mass: 63.546 amu, considering the isotopic composition of Cu-63 and Cu-65.

12. Purity: 99.999% (five nines).

    "超细同位素铜粉的物理性质：这些物理性质使超细同位素铜粉成为一种高质量材料，在工业和科学研究中有广泛的应用。

13. 粒径：超细，粒径约7微米（0.007毫米）。

14. 比表面积：高，但不如纳米颗粒那么极端。

15. 密度：接近铜的密度（8.96克/立方厘米）。

16. 颜色：带金属光泽的红褐色。

17. 导电性：高，与普通铜相当。

18. 导热性：与普通铜相似。

19. 熔点：接近普通铜的熔点（1084.62°C）。

20. 磁性：弱顺磁性。

21. 流动性：对于这种尺寸的粉末来说良好。

22. 团聚倾向：中等，典型的微米级粉末特性。

23. 原子质量：63.546原子质量单位，考虑了Cu-63和Cu-65的同位素组成。

24. 纯度：99.999%（五个九）。