Table 3: Radiative decay fractions.
Quantity Value Relevance

B_3p,2s 0.1183 H $\alpha$ , Ly $\beta$

B_4s,2p 0.5841 H $\beta$ , P $\alpha$

B_4s,3p 0.4159 H $\beta$ , P $\alpha$

B_4p,1s 0.8402 H $\beta$ , Ly $\gamma$ , P $\alpha$

B_4p,2s 0.1191 H $\beta$ , Ly $\gamma$ , P $\alpha$

B_4p,3s 3.643_-2 H $\beta$ , Ly $\gamma$ , P $\alpha$

B_4p,3d 4.282_-3 H $\beta$ , Ly $\gamma$ , P $\alpha$

B_4d,2p 0.7456 H $\beta$ , P $\alpha$

B_4d,3p 0.2544 H $\beta$ , P $\alpha$

Note that A_b is shorthand notation for $A \times 10^b$ .

**Table 3:** Radiative decay fractions.
Quantity	Value	Relevance
B_3p,2s	0.1183	H $\alpha$ , Ly $\beta$
B_4s,2p	0.5841	H $\beta$ , P $\alpha$
B_4s,3p	0.4159	H $\beta$ , P $\alpha$
B_4p,1s	0.8402	H $\beta$ , Ly $\gamma$ , P $\alpha$
B_4p,2s	0.1191	H $\beta$ , Ly $\gamma$ , P $\alpha$
B_4p,3s	3.643_-2	H $\beta$ , Ly $\gamma$ , P $\alpha$
B_4p,3d	4.282_-3	H $\beta$ , Ly $\gamma$ , P $\alpha$
B_4d,2p	0.7456	H $\beta$ , P $\alpha$
B_4d,3p	0.2544	H $\beta$ , P $\alpha$

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