Magnetic measurements confirmed that the Co₂MnSi Heusler compound is a superior ferromagnetic material to the Co₂MnGa Heusler compound. The Co₂MnGa Heusler compound showed a saturation magnetization of 81.3 emu/g and a Curie temperature of 700 K, while the Co₂MnSi Heusler compound exhibited both a high saturation magnetization of 130 emu/g and a high Curie temperature of 1015 K. Thermoelectric measurements revealed that the Co₂MnSi Heusler compound is also a superior thermoelectric material to the Co₂MnGa Heusler compound. The Co₂MnGa Heusler compound showed a large Seebeck coefficient of −35.2 μV/K and a low electrical resistivity value of 1.30 μΩm at room temperature, while the Co₂MnSi Heusler compound showed values of −14.3 μV/K and 0.198 μΩm, respectively. A power factor of 1800 μW/mK² at 600 K was obtained in the Co₂MnSi Heusler compound, which is comparable to or higher than that of the well-known Fe₂VAl Heusler compound.

磁性测量证实，Co ₂ MnSi Heusler化合物是优于Co ₂ MnGa Heusler化合物的铁磁材料。Co ₂ MnGa Heusler化合物的饱和磁化强度为81.3 emu / g，居里温度为700 K，而Co ₂ MnSi Heusler化合物的饱和磁化强度为130 emu / g，居里温度为1015K。热电测量表明，Co ₂ MnSi Heusler化合物也是优于Co ₂ MnGa Heusler化合物的热电材料。钴₂MnGa Heusler化合物在室温下显示大的塞贝克系数，为-35.2μV/ K，低电阻率值为1.30μΩm，而Co ₂ MnSi Heusler化合物的显示值分别为-14.3μV/ K和0.198μΩm。在Co ₂ MnSi Heusler化合物中，在600 K下获得了1800μW/ mK ^2的功率因数，该功率因数与公知的Fe ₂ VAl Heusler化合物相当或更高。