. 2017 Apr 10;11(4):3819–3831. doi: 10.1021/acsnano.7b00017

Table 2. DSE-Based Size and Shape Analysis of CsPbX₃ Colloidal NCs Resulting from the Assumption of a Bivariate Lognormal Distribution with Average Diameter ⟨D⟩ and Standard Deviation σ^a.

	CsPbCl₃	CsPbBr₃	CsPbI₃
⟨D_ab⟩, σ_ab/⟨D_ab⟩	5.34, 0.60	8.19, 0.24	9.86, 0.21
⟨L_c⟩, σ_c/⟨L_c⟩	7.62, 0.45	9.79, 0.20	8.01, 0.21
aspect ratio	1.41	1.19	0.81
⟨D_eq⟩, σ/⟨D_eq⟩	6.50, 0.41	9.84, 0.17	10.43, 0.15
⟨D_SAXS⟩, σ/⟨D_SAXS⟩	5.62(7), 0.20(1)	7.65(4), 0.16(2)	–

Number-based values refer to average size (nm) and size dispersion along the two growth directions of prismatic NCs (⟨D_ab⟩, σ_ab/⟨D_ab⟩, ⟨L_c⟩, σ_c/⟨L_c⟩) and of the sphere of equivalent volume (⟨D_eq⟩, σ/⟨D_eq⟩) and relative aspect ratio (⟨L_c⟩/⟨D_ab⟩). Number-based average values provided by SAXS analysis are quoted in the last line. SAXS-based values are also provided.

Table 2. DSE-Based Size and Shape Analysis of CsPbX3 Colloidal NCs Resulting from the Assumption of a Bivariate Lognormal Distribution with Average Diameter ⟨D⟩ and Standard Deviation σa.

Table 2. DSE-Based Size and Shape Analysis of CsPbX₃ Colloidal NCs Resulting from the Assumption of a Bivariate Lognormal Distribution with Average Diameter ⟨D⟩ and Standard Deviation σ^a.