CaCO3 substrate

| Substrate: | CaCO3 substrate | 
| Growth method | 
 | 
| Crystal Structure : | Trigonal system | 
| Lattice constant: | a= 4.989 c= 17.062 | 
| Melting point: | 1339 ℃ | 
| Density: | 2.71 g/cm3 | 
| Thermal Conductivity | 4.646 W/m·K for 273 K | 
| Thermal expansion coefficient | 
					aa = 24.39 x10-6/K;       ac = 5.68 x10-6/K 
					Non-uniaxial: no=na=nb , ne=nc | 
| Refractive index | 
					no = 1.6557,     ne = 1.4852,    Dh = -0.1705,    
					r = 6.20°    at 0.63 um 
					no = 1.6629,     ne = 1.4885,    Dh = -0.1744,    
					r = 6.32°    at 1.30 um | 
| 
					Semi-equation 
					(wavelength mm) | 
					no2= 2.69705 + 0.0192064/( λ 2 –0.01820) – 0.0151624  λ 2 
					ne2 = 2.18438 + 0.0087309/( λ 2 –0.01018) – 0.0024411  λ 2 | 
| Beam deviation | < 3 arc min; | 
| Transmitting wavefront distortion | < l/2 @ 632.8 nm; | 
| Transmission range | 350nm - 2300nm | 
| Orientation | <100>, <001> ±0.5º | 
| Standard Size | 50x50x30mm, 1”x1”x1.0mm, 10x10x0.5mm, 5x5x0.5mm | 
| Polishing | Fine ground, One side polished or Two side polished Surface Roughness(Ra) < 5A | 
| Application | CaCO3 crystal is mainly used in the defense industry and high-precision optical instruments, | 
Calcium carbonate (CaCO3) is a non-uniaxial crystal with large birefringence, wide spectral range, and it is a diamond shape of crystal. CaCO3 crystal is suitable for visible and near-infrared polarized materials. CaCO3 is a mineral crystal with high birefringence and polarization properties. CaCO3 single crystal is mainly used in the defense industry and high-precision optical instruments, and also has important applications in high-end radio and astrophysics.
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