Point Group S30

Point Group S₃₀

ε=exp(2πi/15)
S₃₀	E	C₁₅	(C₁₅)²	C₅	(C₁₅)⁴	C₃	(C₅)²	(C₁₅)⁷	(C₁₅)⁸	(C₅)³	(C₃)²	(C₁₅)¹¹	(C₅)⁴	(C₁₅)¹³	(C₁₅)¹⁴	i	(S₃₀)¹⁷	(S₃₀)¹⁹	(S₁₀)⁷	(S₃₀)²³	(S₆)⁵	(S₁₀)⁹	(S₃₀)²⁹	S₃₀	S₁₀	S₆	(S₃₀)⁷	(S₁₀)³	(S₃₀)¹¹	(S₃₀)¹³
A_g	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1
E_1g*	1 1	ε^* ε^*	ε^2* ε^2*	ε^3* ε^3*	ε^4* ε^4*	ε^5* ε^5*	ε^6* ε^6*	ε^7* ε^7*	ε^7* ε^7*	ε^6* ε^6*	ε^5* ε^5*	ε^4* ε^4*	ε^3* ε^3*	ε^2* ε^2*	ε^* ε^*	1 1	ε^* ε^*	ε^2* ε^2*	ε^3* ε^3*	ε^4* ε^4*	ε^5* ε^5*	ε^6* ε^6*	ε^7* ε^7*	ε^7* ε^7*	ε^6* ε^6*	ε^5* ε^5*	ε^4* ε^4*	ε^3* ε^3*	ε^2* ε^2*	ε^* ε^*
E_2g*	1 1	ε^2* ε^2*	ε^4* ε^4*	ε^6* ε^6*	ε^7* ε^7*	ε^5* ε^5*	ε^3* ε^3*	ε^* ε^*	ε^* ε^*	ε^3* ε^3*	ε^5* ε^5*	ε^7* ε^7*	ε^6* ε^6*	ε^4* ε^4*	ε^2* ε^2*	1 1	ε^2* ε^2*	ε^4* ε^4*	ε^6* ε^6*	ε^7* ε^7*	ε^5* ε^5*	ε^3* ε^3*	ε^* ε^*	ε^* ε^*	ε^3* ε^3*	ε^5* ε^5*	ε^7* ε^7*	ε^6* ε^6*	ε^4* ε^4*	ε^2* ε^2*
E_3g*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*
E_4g*	1 1	ε^4* ε^4*	ε^7* ε^7*	ε^3* ε^3*	ε^* ε^*	ε^5* ε^5*	ε^6* ε^6*	ε^2* ε^2*	ε^2* ε^2*	ε^6* ε^6*	ε^5* ε^5*	ε^* ε^*	ε^3* ε^3*	ε^7* ε^7*	ε^4* ε^4*	1 1	ε^4* ε^4*	ε^7* ε^7*	ε^3* ε^3*	ε^* ε^*	ε^5* ε^5*	ε^6* ε^6*	ε^2* ε^2*	ε^2* ε^2*	ε^6* ε^6*	ε^5* ε^5*	ε^* ε^*	ε^3* ε^3*	ε^7* ε^7*	ε^4* ε^4*
E_5g*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*
E_6g*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*
E_7g*	1 1	ε^7* ε^7*	ε^* ε^*	ε^6* ε^6*	ε^2* ε^2*	ε^5* ε^5*	ε^3* ε^3*	ε^4* ε^4*	ε^4* ε^4*	ε^3* ε^3*	ε^5* ε^5*	ε^2* ε^2*	ε^6* ε^6*	ε^* ε^*	ε^7* ε^7*	1 1	ε^7* ε^7*	ε^* ε^*	ε^6* ε^6*	ε^2* ε^2*	ε^5* ε^5*	ε^3* ε^3*	ε^4* ε^4*	ε^4* ε^4*	ε^3* ε^3*	ε^5* ε^5*	ε^2* ε^2*	ε^6* ε^6*	ε^* ε^*	ε^7* ε^7*
A_u	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	-1	-1	-1	-1	-1	-1	-1	-1	-1	-1	-1	-1	-1	-1	-1
E_1u*	1 1	ε^* ε^*	ε^2* ε^2*	ε^3* ε^3*	ε^4* ε^4*	ε^5* ε^5*	ε^6* ε^6*	ε^7* ε^7*	ε^7* ε^7*	ε^6* ε^6*	ε^5* ε^5*	ε^4* ε^4*	ε^3* ε^3*	ε^2* ε^2*	ε^* ε^*	-1 -1	-ε^* -ε^*	-ε^2* -ε^2*	-ε^3* -ε^3*	-ε^4* -ε^4*	-ε^5* -ε^5*	-ε^6* -ε^6*	-ε^7* -ε^7*	-ε^7* -ε^7*	-ε^6* -ε^6*	-ε^5* -ε^5*	-ε^4* -ε^4*	-ε^3* -ε^3*	-ε^2* -ε^2*	-ε^* -ε^*
E_2u*	1 1	ε^2* ε^2*	ε^4* ε^4*	ε^6* ε^6*	ε^7* ε^7*	ε^5* ε^5*	ε^3* ε^3*	ε^* ε^*	ε^* ε^*	ε^3* ε^3*	ε^5* ε^5*	ε^7* ε^7*	ε^6* ε^6*	ε^4* ε^4*	ε^2* ε^2*	-1 -1	-ε^2* -ε^2*	-ε^4* -ε^4*	-ε^6* -ε^6*	-ε^7* -ε^7*	-ε^5* -ε^5*	-ε^3* -ε^3*	-ε^* -ε^*	-ε^* -ε^*	-ε^3* -ε^3*	-ε^5* -ε^5*	-ε^7* -ε^7*	-ε^6* -ε^6*	-ε^4* -ε^4*	-ε^2* -ε^2*
E_3u*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	1 1	ε^3* ε^3*	ε^6* ε^6*	ε^6* ε^6*	ε^3* ε^3*	-1 -1	-ε^3* -ε^3*	-ε^6* -ε^6*	-ε^6* -ε^6*	-ε^3* -ε^3*	-1 -1	-ε^3* -ε^3*	-ε^6* -ε^6*	-ε^6* -ε^6*	-ε^3* -ε^3*	-1 -1	-ε^3* -ε^3*	-ε^6* -ε^6*	-ε^6* -ε^6*	-ε^3* -ε^3*
E_4u*	1 1	ε^4* ε^4*	ε^7* ε^7*	ε^3* ε^3*	ε^* ε^*	ε^5* ε^5*	ε^6* ε^6*	ε^2* ε^2*	ε^2* ε^2*	ε^6* ε^6*	ε^5* ε^5*	ε^* ε^*	ε^3* ε^3*	ε^7* ε^7*	ε^4* ε^4*	-1 -1	-ε^4* -ε^4*	-ε^7* -ε^7*	-ε^3* -ε^3*	-ε^* -ε^*	-ε^5* -ε^5*	-ε^6* -ε^6*	-ε^2* -ε^2*	-ε^2* -ε^2*	-ε^6* -ε^6*	-ε^5* -ε^5*	-ε^* -ε^*	-ε^3* -ε^3*	-ε^7* -ε^7*	-ε^4* -ε^4*
E_5u*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	1 1	ε^5* ε^5*	ε^5* ε^5*	-1 -1	-ε^5* -ε^5*	-ε^5* -ε^5*	-1 -1	-ε^5* -ε^5*	-ε^5* -ε^5*	-1 -1	-ε^5* -ε^5*	-ε^5* -ε^5*	-1 -1	-ε^5* -ε^5*	-ε^5* -ε^5*	-1 -1	-ε^5* -ε^5*	-ε^5* -ε^5*
E_6u*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	1 1	ε^6* ε^6*	ε^3* ε^3*	ε^3* ε^3*	ε^6* ε^6*	-1 -1	-ε^6* -ε^6*	-ε^3* -ε^3*	-ε^3* -ε^3*	-ε^6* -ε^6*	-1 -1	-ε^6* -ε^6*	-ε^3* -ε^3*	-ε^3* -ε^3*	-ε^6* -ε^6*	-1 -1	-ε^6* -ε^6*	-ε^3* -ε^3*	-ε^3* -ε^3*	-ε^6* -ε^6*
E_7u*	1 1	ε^7* ε^7*	ε^* ε^*	ε^6* ε^6*	ε^2* ε^2*	ε^5* ε^5*	ε^3* ε^3*	ε^4* ε^4*	ε^4* ε^4*	ε^3* ε^3*	ε^5* ε^5*	ε^2* ε^2*	ε^6* ε^6*	ε^* ε^*	ε^7* ε^7*	-1 -1	-ε^7* -ε^7*	-ε^* -ε^*	-ε^6* -ε^6*	-ε^2* -ε^2*	-ε^5* -ε^5*	-ε^3* -ε^3*	-ε^4* -ε^4*	-ε^4* -ε^4*	-ε^3* -ε^3*	-ε^5* -ε^5*	-ε^2* -ε^2*	-ε^6* -ε^6*	-ε^* -ε^*	-ε^7* -ε^7*

Additional information

Number of symmetry elements	h = 30
Number of classes, irreps	n = 30
Number of real-valued irreducible representations	n = 16
Abelian group	yes
Optical Isomerism (Chirality)	no
Polar	no
Parity	yes

Reduce representation to irreducible representations

E	C₁₅	(C₁₅)²	C₅	(C₁₅)⁴	C₃	(C₅)²	(C₁₅)⁷	(C₁₅)⁸	(C₅)³	(C₃)²	(C₁₅)¹¹	(C₅)⁴	(C₁₅)¹³	(C₁₅)¹⁴	i	(S₃₀)¹⁷	(S₃₀)¹⁹	(S₁₀)⁷	(S₃₀)²³	(S₆)⁵	(S₁₀)⁹	(S₃₀)²⁹	S₃₀	S₁₀	S₆	(S₃₀)⁷	(S₁₀)³	(S₃₀)¹¹	(S₃₀)¹³

Genrate representation from irreducible representations

A_g	E_1g*	E_2g*	E_3g*	E_4g*	E_5g*	E_6g*	E_7g*	A_u	E_1u*	E_2u*	E_3u*	E_4u*	E_5u*	E_6u*	E_7u*

Direct products of irreducible representations

**Binary products**
⊙	A_g	E_1g*	E_2g*	E_3g*	E_4g*	E_5g*	E_6g*	E_7g*	A_u	E_1u*	E_2u*	E_3u*	E_4u*	E_5u*	E_6u*	E_7u*
A_g	A_g
E_1g*	E_1g	2A_g⊕E_2g
E_2g*	E_2g	E_1g⊕E_3g	2A_g⊕E_4g
E_3g*	E_3g	E_2g⊕E_4g	E_1g⊕E_5g	2A_g⊕E_6g
E_4g*	E_4g	E_3g⊕E_5g	E_2g⊕E_6g	E_1g⊕E_7g	2A_g⊕E_7g
E_5g*	E_5g	E_4g⊕E_6g	E_3g⊕E_7g	E_2g⊕E_7g	E_1g⊕E_6g	2A_g⊕E_5g
E_6g*	E_6g	E_5g⊕E_7g	E_4g⊕E_7g	E_3g⊕E_6g	E_2g⊕E_5g	E_1g⊕E_4g	2A_g⊕E_3g
E_7g*	E_7g	E_6g⊕E_7g	E_5g⊕E_6g	E_4g⊕E_5g	E_3g⊕E_4g	E_2g⊕E_3g	E_1g⊕E_2g	2A_g⊕E_1g
A_u	A_u	E_1u	E_2u	E_3u	E_4u	E_5u	E_6u	E_7u	A_g
E_1u*	E_1u	2A_u⊕E_2u	E_1u⊕E_3u	E_2u⊕E_4u	E_3u⊕E_5u	E_4u⊕E_6u	E_5u⊕E_7u	E_6u⊕E_7u	E_1g	2A_g⊕E_2g
E_2u*	E_2u	E_1u⊕E_3u	2A_u⊕E_4u	E_1u⊕E_5u	E_2u⊕E_6u	E_3u⊕E_7u	E_4u⊕E_7u	E_5u⊕E_6u	E_2g	E_1g⊕E_3g	2A_g⊕E_4g
E_3u*	E_3u	E_2u⊕E_4u	E_1u⊕E_5u	2A_u⊕E_6u	E_1u⊕E_7u	E_2u⊕E_7u	E_3u⊕E_6u	E_4u⊕E_5u	E_3g	E_2g⊕E_4g	E_1g⊕E_5g	2A_g⊕E_6g
E_4u*	E_4u	E_3u⊕E_5u	E_2u⊕E_6u	E_1u⊕E_7u	2A_u⊕E_7u	E_1u⊕E_6u	E_2u⊕E_5u	E_3u⊕E_4u	E_4g	E_3g⊕E_5g	E_2g⊕E_6g	E_1g⊕E_7g	2A_g⊕E_7g
E_5u*	E_5u	E_4u⊕E_6u	E_3u⊕E_7u	E_2u⊕E_7u	E_1u⊕E_6u	2A_u⊕E_5u	E_1u⊕E_4u	E_2u⊕E_3u	E_5g	E_4g⊕E_6g	E_3g⊕E_7g	E_2g⊕E_7g	E_1g⊕E_6g	2A_g⊕E_5g
E_6u*	E_6u	E_5u⊕E_7u	E_4u⊕E_7u	E_3u⊕E_6u	E_2u⊕E_5u	E_1u⊕E_4u	2A_u⊕E_3u	E_1u⊕E_2u	E_6g	E_5g⊕E_7g	E_4g⊕E_7g	E_3g⊕E_6g	E_2g⊕E_5g	E_1g⊕E_4g	2A_g⊕E_3g
E_7u*	E_7u	E_6u⊕E_7u	E_5u⊕E_6u	E_4u⊕E_5u	E_3u⊕E_4u	E_2u⊕E_3u	E_1u⊕E_2u	2A_u⊕E_1u	E_7g	E_6g⊕E_7g	E_5g⊕E_6g	E_4g⊕E_5g	E_3g⊕E_4g	E_2g⊕E_3g	E_1g⊕E_2g	2A_g⊕E_1g

Ternary Products
Quaternary Products

Symmetric powers [Γⁿ] of degenerate irreducible representations
Vibrational overtones

irrep	[Γ²]	[Γ³]	[Γ⁴]	[Γ⁵]	[Γ⁶]
E_1g*	A_g⊕E_2g	E_1g⊕E_3g	A_g⊕E_2g⊕E_4g	E_1g⊕E_3g⊕E_5g	A_g⊕E_2g⊕E_4g⊕E_6g	More
E_2g*	A_g⊕E_4g	E_2g⊕E_6g	A_g⊕E_4g⊕E_7g	E_2g⊕E_5g⊕E_6g	A_g⊕E_3g⊕E_4g⊕E_7g	More
E_3g*	A_g⊕E_6g	E_3g⊕E_6g	A_g⊕E_3g⊕E_6g	2A_g⊕E_3g⊕E_6g	A_g⊕2E_3g⊕E_6g	More
E_4g*	A_g⊕E_7g	E_3g⊕E_4g	A_g⊕E_1g⊕E_7g	E_3g⊕E_4g⊕E_5g	A_g⊕E_1g⊕E_6g⊕E_7g	More
E_5g*	A_g⊕E_5g	2A_g⊕E_5g	A_g⊕2E_5g	2A_g⊕2E_5g	3A_g⊕2E_5g	More
E_6g*	A_g⊕E_3g	E_3g⊕E_6g	A_g⊕E_3g⊕E_6g	2A_g⊕E_3g⊕E_6g	A_g⊕E_3g⊕2E_6g	More
E_7g*	A_g⊕E_1g	E_6g⊕E_7g	A_g⊕E_1g⊕E_2g	E_5g⊕E_6g⊕E_7g	A_g⊕E_1g⊕E_2g⊕E_3g	More
E_1u*	A_g⊕E_2g	E_1u⊕E_3u	A_g⊕E_2g⊕E_4g	E_1u⊕E_3u⊕E_5u	A_g⊕E_2g⊕E_4g⊕E_6g	More
E_2u*	A_g⊕E_4g	E_2u⊕E_6u	A_g⊕E_4g⊕E_7g	E_2u⊕E_5u⊕E_6u	A_g⊕E_3g⊕E_4g⊕E_7g	More
E_3u*	A_g⊕E_6g	E_3u⊕E_6u	A_g⊕E_3g⊕E_6g	2A_u⊕E_3u⊕E_6u	A_g⊕2E_3g⊕E_6g	More
E_4u*	A_g⊕E_7g	E_3u⊕E_4u	A_g⊕E_1g⊕E_7g	E_3u⊕E_4u⊕E_5u	A_g⊕E_1g⊕E_6g⊕E_7g	More
E_5u*	A_g⊕E_5g	2A_u⊕E_5u	A_g⊕2E_5g	2A_u⊕2E_5u	3A_g⊕2E_5g	More
E_6u*	A_g⊕E_3g	E_3u⊕E_6u	A_g⊕E_3g⊕E_6g	2A_u⊕E_3u⊕E_6u	A_g⊕E_3g⊕2E_6g	More
E_7u*	A_g⊕E_1g	E_6u⊕E_7u	A_g⊕E_1g⊕E_2g	E_5u⊕E_6u⊕E_7u	A_g⊕E_1g⊕E_2g⊕E_3g	More

Spherical harmonics and Multipoles
Symmetric Powers of Γ_xyz

Spherical Harmonics Y^l / Multipole				Symmetric Power [Γ^l(xyz)]
l	2l+1	Multipole	Symmetry	Rank	[Γ^l(xyz)]
s (l=0)	1	Monopole	A_g	1	A_g
p (l=1)	3	Dipole	A_u⊕E_1u	3	A_u⊕E_1u
d (l=2)	5	Quadrupole	A_g⊕E_1g⊕E_2g	6	2A_g⊕E_1g⊕E_2g
f (l=3)	7	Octupole	A_u⊕E_1u⊕E_2u⊕E_3u	10	2A_u⊕2E_1u⊕E_2u⊕E_3u
g (l=4)	9	Hexadecapole	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g	15	3A_g⊕2E_1g⊕2E_2g⊕E_3g⊕E_4g
h (l=5)	11	Dotricontapole	A_u⊕E_1u⊕E_2u⊕E_3u⊕E_4u⊕E_5u	21	3A_u⊕3E_1u⊕2E_2u⊕2E_3u⊕E_4u⊕E_5u
i (l=6)	13	Tetrahexacontapole	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g⊕E_5g⊕E_6g	28	4A_g⊕3E_1g⊕3E_2g⊕2E_3g⊕2E_4g⊕E_5g⊕E_6g
j (l=7)	15	Octacosahectapole	A_u⊕E_1u⊕E_2u⊕E_3u⊕E_4u⊕E_5u⊕E_6u⊕E_7u	36	4A_u⊕4E_1u⊕3E_2u⊕3E_3u⊕2E_4u⊕2E_5u⊕E_6u⊕E_7u
k (l=8)	17	256-pole	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g⊕E_5g⊕E_6g⊕2E_7g	45	5A_g⊕4E_1g⊕4E_2g⊕3E_3g⊕3E_4g⊕2E_5g⊕2E_6g⊕2E_7g
l (l=9)	19	512-pole	A_u⊕E_1u⊕E_2u⊕E_3u⊕E_4u⊕E_5u⊕2E_6u⊕2E_7u	55	5A_u⊕5E_1u⊕4E_2u⊕4E_3u⊕3E_4u⊕3E_5u⊕3E_6u⊕3E_7u
m (l=10)	21	1024-pole	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g⊕2E_5g⊕2E_6g⊕2E_7g	66	6A_g⊕5E_1g⊕5E_2g⊕4E_3g⊕4E_4g⊕4E_5g⊕4E_6g⊕4E_7g
n (l=11)	23	2048-pole	A_u⊕E_1u⊕E_2u⊕E_3u⊕2E_4u⊕2E_5u⊕2E_6u⊕2E_7u	78	6A_u⊕6E_1u⊕5E_2u⊕5E_3u⊕5E_4u⊕5E_5u⊕5E_6u⊕5E_7u
o (l=12)	25	4096-pole	A_g⊕E_1g⊕E_2g⊕2E_3g⊕2E_4g⊕2E_5g⊕2E_6g⊕2E_7g	91	7A_g⊕6E_1g⊕6E_2g⊕6E_3g⊕6E_4g⊕6E_5g⊕6E_6g⊕6E_7g
More

First nonvanshing multipole: Quadrupole

Further Reading

A. Gelessus, W. Thiel, W. Weber. J. Chem. Educ. 72 505 (1995)
Multipoles and symmetry

Ligand Field, dⁿ term splitting

**Term symbols for electronic configurations dⁿ**
dⁿ	Term Symbols
d¹ = d⁹	²D
d² = d⁸	¹S, ¹D, ¹G, ³P, ³F
d³ = d⁷	²P, ²D (2), ²F, ²G, ²H, ⁴P, ⁴F
d⁴ = d⁶	¹S (2), ¹D (2), ¹F, ¹G (2), ¹I, ³P (2), ³D, ³F (2), ³G, ³H, ⁵D
d⁵	²S, ²P, ²D (3), ²F (2), ²G (2), ²H, ²I, ⁴P, ⁴D, ⁴F, ⁴G, ⁶S

**Term splitting in point group S₃₀**
L	2L+1	Term Splitting
S (L=0)	1	A_g
P (L=1)	3	A_g⊕E_1g
D (L=2)	5	A_g⊕E_1g⊕E_2g
F (L=3)	7	A_g⊕E_1g⊕E_2g⊕E_3g
G (L=4)	9	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g
H (L=5)	11	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g⊕E_5g
I (L=6)	13	A_g⊕E_1g⊕E_2g⊕E_3g⊕E_4g⊕E_5g⊕E_6g

Last update November, 13^th 2023 by A. Gelessus, Impressum, Datenschutzerklärung/DataPrivacyStatement