Table 7: LTE and non-LTE silicon abundances due to different model assumptions for the Sun for the Si I lines used in the abundance determination.
model assumption $\lambda 5645.6$ $\lambda 5665.6$ $\lambda 5684.5$ $\lambda 5690.4$ $\lambda 5701.1$ $\lambda 5708.4$ $\lambda 5772.1$ $\lambda 5780.4$ $\lambda 5793.1$

standard model LTE 7.539 7.536 7.492 7.569 7.519 7.561 7.607 7.581 7.628

NLTE 7.535 7.532 7.485 7.563 7.514 7.550 7.599 7.577 7.623

Non-LTE calculations:

reference LTE 7.539 7.536 7.492 7.569 7.519 7.561 7.607 7.581 7.628

no line transitions NLTE 7.543 7.541 7.497 7.573 7.523 7.567 7.612 7.585 7.633

no Stark broadening NLTE 7.535 7.532 7.485 7.563 7.514 7.550 7.599 7.577 7.623

$\Delta\log C_6=-1.0$ NLTE 7.535 7.532 7.485 7.563 7.515 7.552 7.599 7.577 7.623

$\Delta\log C_6=+0.5$ NLTE 7.534 7.531 7.485 7.562 7.514 7.550 7.598 7.577 7.623

all $\gamma_{\rm rad} \times 5$ NLTE 7.534 7.531 7.484 7.562 7.513 7.550 7.597 7.576 7.622

all $\sigma_{\rm PI} \times 0.75$ NLTE 7.534 7.531 7.484 7.562 7.514 7.550 7.598 7.576 7.622

all $\sigma_{\rm PI} \times 1.25$ NLTE 7.535 7.532 7.486 7.563 7.515 7.553 7.600 7.578 7.624

all $\sigma_{\rm e} \times 0.1$ NLTE 7.530 7.527 7.479 7.558 7.510 7.545 7.593 7.573 7.618

all $\sigma_{\rm e} \times 10$ NLTE 7.538 7.536 7.490 7.568 7.518 7.559 7.605 7.581 7.627

all $\sigma_{\rm H}: S_{\rm H} = 0.01$ NLTE 7.532 7.529 7.481 7.560 7.512 7.546 7.591 7.575 7.619

all $\sigma_{\rm H}: S_{\rm H} = 10$ NLTE 7.538 7.535 7.490 7.567 7.518 7.559 7.605 7.580 7.627

Abundance analysis:

$\Delta\log \gamma_{\rm rad} = -1.0$ LTE 7.539 7.537 7.493 7.569 7.519 7.563 7.608 7.581 7.629

NLTE 7.535 7.532 7.486 7.563 7.515 7.554 7.599 7.577 7.623

$\Delta\log \gamma_{\rm rad} = +1.0$ LTE 7.536 7.532 7.481 7.563 7.515 7.545 7.600 7.573 7.623

NLTE 7.531 7.527 7.475 7.557 7.511 7.537 7.592 7.569 7.618

$\Delta\log C_4=-0.5$ LTE 7.544 7.542 7.503 7.578 7.524 7.584 7.619 7.583 7.635

NLTE 7.539 7.538 7.497 7.572 7.520 7.572 7.611 7.579 7.630

$\Delta\log C_4=+0.5$ LTE 7.530 7.526 7.459 7.552 7.509 7.523 7.577 7.569 7.616

NLTE 7.526 7.521 7.453 7.545 7.505 7.515 7.575 7.565 7.611

no Stark broadening LTE 7.556 7.548 7.517 7.588 7.530 7.607 7.632 7.585 7.642

NLTE 7.550 7.544 7.509 7.581 7.525 7.596 7.623 7.581 7.636

$\Delta\log C_6=0.6$ LTE 7.527 7.521 7.448 7.543 7.505 7.507 7.569 7.567 7.610

NLTE 7.523 7.516 7.442 7.538 7.500 7.498 7.562 7.563 7.605

$\Delta\log C_6=1.0$ LTE 7.517 7.508 7.420 7.512 7.493 7.460 7.543 7.561 7.594

NLTE 7.513 7.504 7.414 7.508 7.489 7.452 7.537 7.557 7.589

$\xi= 0.8\,{\rm km}\,{\rm }s^{-1}$ LTE 7.545 7.545 7.507 7.582 7.527 7.584 7.621 7.586 7.639

NLTE 7.542 7.541 7.500 7.576 7.523 7.573 7.612 7.582 7.634

ATLAS LTE 7.449 7.441 7.382 7.466 7.426 7.436 7.502 7.490 7.532

NLTE 7.443 7.437 7.376 7.460 7.421 7.429 7.495 7.486 7.527

**Table 7:** LTE and non-LTE silicon abundances due to different model assumptions for the Sun for the Si I lines used in the abundance determination.
model assumption		$\lambda 5645.6$	$\lambda 5665.6$	$\lambda 5684.5$	$\lambda 5690.4$	$\lambda 5701.1$	$\lambda 5708.4$	$\lambda 5772.1$	$\lambda 5780.4$	$\lambda 5793.1$

standard model	LTE	7.539	7.536	7.492	7.569	7.519	7.561	7.607	7.581	7.628
	NLTE	7.535	7.532	7.485	7.563	7.514	7.550	7.599	7.577	7.623

Non-LTE calculations:
reference	LTE	7.539	7.536	7.492	7.569	7.519	7.561	7.607	7.581	7.628
no line transitions	NLTE	7.543	7.541	7.497	7.573	7.523	7.567	7.612	7.585	7.633
no Stark broadening	NLTE	7.535	7.532	7.485	7.563	7.514	7.550	7.599	7.577	7.623
$\Delta\log C_6=-1.0$	NLTE	7.535	7.532	7.485	7.563	7.515	7.552	7.599	7.577	7.623
$\Delta\log C_6=+0.5$	NLTE	7.534	7.531	7.485	7.562	7.514	7.550	7.598	7.577	7.623
all $\gamma_{\rm rad} \times 5$	NLTE	7.534	7.531	7.484	7.562	7.513	7.550	7.597	7.576	7.622
all $\sigma_{\rm PI} \times 0.75$	NLTE	7.534	7.531	7.484	7.562	7.514	7.550	7.598	7.576	7.622
all $\sigma_{\rm PI} \times 1.25$	NLTE	7.535	7.532	7.486	7.563	7.515	7.553	7.600	7.578	7.624
all $\sigma_{\rm e} \times 0.1$	NLTE	7.530	7.527	7.479	7.558	7.510	7.545	7.593	7.573	7.618
all $\sigma_{\rm e} \times 10$	NLTE	7.538	7.536	7.490	7.568	7.518	7.559	7.605	7.581	7.627
all $\sigma_{\rm H}: S_{\rm H} = 0.01$	NLTE	7.532	7.529	7.481	7.560	7.512	7.546	7.591	7.575	7.619
all $\sigma_{\rm H}: S_{\rm H} = 10$	NLTE	7.538	7.535	7.490	7.567	7.518	7.559	7.605	7.580	7.627
Abundance analysis:
$\Delta\log \gamma_{\rm rad} = -1.0$	LTE	7.539	7.537	7.493	7.569	7.519	7.563	7.608	7.581	7.629
	NLTE	7.535	7.532	7.486	7.563	7.515	7.554	7.599	7.577	7.623
$\Delta\log \gamma_{\rm rad} = +1.0$	LTE	7.536	7.532	7.481	7.563	7.515	7.545	7.600	7.573	7.623
	NLTE	7.531	7.527	7.475	7.557	7.511	7.537	7.592	7.569	7.618
$\Delta\log C_4=-0.5$	LTE	7.544	7.542	7.503	7.578	7.524	7.584	7.619	7.583	7.635
	NLTE	7.539	7.538	7.497	7.572	7.520	7.572	7.611	7.579	7.630
$\Delta\log C_4=+0.5$	LTE	7.530	7.526	7.459	7.552	7.509	7.523	7.577	7.569	7.616
	NLTE	7.526	7.521	7.453	7.545	7.505	7.515	7.575	7.565	7.611
no Stark broadening	LTE	7.556	7.548	7.517	7.588	7.530	7.607	7.632	7.585	7.642
	NLTE	7.550	7.544	7.509	7.581	7.525	7.596	7.623	7.581	7.636
$\Delta\log C_6=0.6$	LTE	7.527	7.521	7.448	7.543	7.505	7.507	7.569	7.567	7.610
	NLTE	7.523	7.516	7.442	7.538	7.500	7.498	7.562	7.563	7.605
$\Delta\log C_6=1.0$	LTE	7.517	7.508	7.420	7.512	7.493	7.460	7.543	7.561	7.594
	NLTE	7.513	7.504	7.414	7.508	7.489	7.452	7.537	7.557	7.589
$\xi= 0.8\,{\rm km}\,{\rm }s^{-1}$	LTE	7.545	7.545	7.507	7.582	7.527	7.584	7.621	7.586	7.639
	NLTE	7.542	7.541	7.500	7.576	7.523	7.573	7.612	7.582	7.634

ATLAS	LTE	7.449	7.441	7.382	7.466	7.426	7.436	7.502	7.490	7.532
	NLTE	7.443	7.437	7.376	7.460	7.421	7.429	7.495	7.486	7.527

Table 7: continued.
model assumption $\lambda 5797.9$ $\lambda 5948.5$ $\lambda 6976.5$ $\lambda 7034.9$ $\lambda 7226.2$ $\lambda 7680.3$ $\lambda 7918.4$ $\lambda 7932.3$ $\lambda 7970.3$

standard model LTE 7.572 7.523 7.532 7.494 7.503 7.629 7.565 7.451 7.663

NLTE 7.567 7.508 7.532 7.493 7.498 7.626 7.565 7.451 7.663

Non-LTE calculations:

reference LTE 7.572 7.523 7.532 7.494 7.503 7.629 7.565 7.451 7.663

no line transitions NLTE 7.576 7.532 7.536 7.500 7.508 7.641 7.574 7.461 7.668

no Stark broadening NLTE 7.567 7.508 7.532 7.493 7.498 7.626 7.565 7.451 7.663

$\Delta\log C_6=-1.0$ NLTE 7.568 7.509 7.532 7.493 7.499 7.626 7.565 7.451 7.663

$\Delta\log C_6=+0.5$ NLTE 7.567 7.507 7.532 7.492 7.498 7.626 7.565 7.451 7.663

all $\gamma_{\rm rad} \times 5$ NLTE 7.566 7.506 7.531 7.491 7.497 7.624 7.564 7.450 7.662

all $\sigma_{\rm PI} \times 0.75$ NLTE 7.566 7.507 7.531 7.491 7.497 7.624 7.563 7.449 7.662

all $\sigma_{\rm PI} \times 1.25$ NLTE 7.568 7.509 7.532 7.494 7.499 7.627 7.567 7.453 7.664

all $\sigma_{\rm e} \times 0.1$ NLTE 7.562 7.500 7.529 7.489 7.493 7.621 7.561 7.447 7.660

all $\sigma_{\rm e} \times 10$ NLTE 7.571 7.519 7.532 7.494 7.502 7.629 7.566 7.452 7.664

all $\sigma_{\rm H}: S_{\rm H} = 0.01$ NLTE 7.564 7.494 7.532 7.491 7.496 7.618 7.564 7.450 7.663

all $\sigma_{\rm H}: S_{\rm H} = 10$ NLTE 7.571 7.520 7.532 7.494 7.502 7.629 7.565 7.452 7.663

Abundance analysis:

$\Delta\log \gamma_{\rm rad} = -1.0$ LTE 7.573 7.525 7.532 7.494 7.503 7.630 7.566 7.452 7.663

NLTE 7.568 7.510 7.532 7.493 7.498 7.627 7.566 7.452 7.663

$\Delta\log \gamma_{\rm rad} = +1.0$ LTE 7.568 7.505 7.530 7.489 7.501 7.620 7.557 7.443 7.663

NLTE 7.563 7.491 7.530 7.488 7.496 7.616 7.557 7.443 7.663

$\Delta\log C_4=-0.5$ LTE 7.578 7.550 7.550 7.529 7.511 7.691 7.618 7.499 7.671

NLTE 7.573 7.536 7.552 7.527 7.506 7.687 7.617 7.499 7.672

$\Delta\log C_4=+0.5$ LTE 7.561 7.476 7.510 7.438 7.491 7.559 7.495 7.381 7.639

NLTE 7.557 7.463 7.510 7.437 7.486 7.556 7.497 7.381 7.639

no Stark broadening LTE 7.584 7.578 7.592 7.573 7.519 7.741 7.678 7.569 7.681

NLTE 7.579 7.559 7.592 7.572 7.514 7.736 7.678 7.569 7.681

$\Delta\log C_6=0.6$ LTE 7.557 7.456 7.514 7.456 7.490 7.555 7.495 7.381 7.639

NLTE 7.553 7.443 7.514 7.455 7.486 7.552 7.495 7.381 7.639

$\Delta\log C_6=1.0$ LTE 7.543 7.403 7.503 7.415 7.468 7.499 7.444 7.328 7.628

NLTE 7.539 7.392 7.503 7.414 7.464 7.496 7.444 7.328 7.629

$\xi= 0.8\,{\rm km}\,{\rm }s^{-1}$ LTE 7.582 7.547 7.535 7.503 7.510 7.646 7.578 7.464 7.668

NLTE 7.576 7.533 7.536 7.502 7.505 7.642 7.578 7.464 7.668

ATLAS LTE 7.479 7.395 7.448 7.391 7.424 7.516 7.457 7.342 7.579

NLTE 7.475 7.382 7.448 7.390 7.419 7.513 7.456 7.341 7.579

**Table 7:** **continued.**
model assumption		$\lambda 5797.9$	$\lambda 5948.5$	$\lambda 6976.5$	$\lambda 7034.9$	$\lambda 7226.2$	$\lambda 7680.3$	$\lambda 7918.4$	$\lambda 7932.3$	$\lambda 7970.3$

standard model	LTE	7.572	7.523	7.532	7.494	7.503	7.629	7.565	7.451	7.663
	NLTE	7.567	7.508	7.532	7.493	7.498	7.626	7.565	7.451	7.663
Non-LTE calculations:
reference	LTE	7.572	7.523	7.532	7.494	7.503	7.629	7.565	7.451	7.663
no line transitions	NLTE	7.576	7.532	7.536	7.500	7.508	7.641	7.574	7.461	7.668
no Stark broadening	NLTE	7.567	7.508	7.532	7.493	7.498	7.626	7.565	7.451	7.663
$\Delta\log C_6=-1.0$	NLTE	7.568	7.509	7.532	7.493	7.499	7.626	7.565	7.451	7.663
$\Delta\log C_6=+0.5$	NLTE	7.567	7.507	7.532	7.492	7.498	7.626	7.565	7.451	7.663
all $\gamma_{\rm rad} \times 5$	NLTE	7.566	7.506	7.531	7.491	7.497	7.624	7.564	7.450	7.662
all $\sigma_{\rm PI} \times 0.75$	NLTE	7.566	7.507	7.531	7.491	7.497	7.624	7.563	7.449	7.662
all $\sigma_{\rm PI} \times 1.25$	NLTE	7.568	7.509	7.532	7.494	7.499	7.627	7.567	7.453	7.664
all $\sigma_{\rm e} \times 0.1$	NLTE	7.562	7.500	7.529	7.489	7.493	7.621	7.561	7.447	7.660
all $\sigma_{\rm e} \times 10$	NLTE	7.571	7.519	7.532	7.494	7.502	7.629	7.566	7.452	7.664
all $\sigma_{\rm H}: S_{\rm H} = 0.01$	NLTE	7.564	7.494	7.532	7.491	7.496	7.618	7.564	7.450	7.663
all $\sigma_{\rm H}: S_{\rm H} = 10$	NLTE	7.571	7.520	7.532	7.494	7.502	7.629	7.565	7.452	7.663

Abundance analysis:
$\Delta\log \gamma_{\rm rad} = -1.0$	LTE	7.573	7.525	7.532	7.494	7.503	7.630	7.566	7.452	7.663
	NLTE	7.568	7.510	7.532	7.493	7.498	7.627	7.566	7.452	7.663
$\Delta\log \gamma_{\rm rad} = +1.0$	LTE	7.568	7.505	7.530	7.489	7.501	7.620	7.557	7.443	7.663
	NLTE	7.563	7.491	7.530	7.488	7.496	7.616	7.557	7.443	7.663
$\Delta\log C_4=-0.5$	LTE	7.578	7.550	7.550	7.529	7.511	7.691	7.618	7.499	7.671
	NLTE	7.573	7.536	7.552	7.527	7.506	7.687	7.617	7.499	7.672
$\Delta\log C_4=+0.5$	LTE	7.561	7.476	7.510	7.438	7.491	7.559	7.495	7.381	7.639
	NLTE	7.557	7.463	7.510	7.437	7.486	7.556	7.497	7.381	7.639
no Stark broadening	LTE	7.584	7.578	7.592	7.573	7.519	7.741	7.678	7.569	7.681
	NLTE	7.579	7.559	7.592	7.572	7.514	7.736	7.678	7.569	7.681
$\Delta\log C_6=0.6$	LTE	7.557	7.456	7.514	7.456	7.490	7.555	7.495	7.381	7.639
	NLTE	7.553	7.443	7.514	7.455	7.486	7.552	7.495	7.381	7.639
$\Delta\log C_6=1.0$	LTE	7.543	7.403	7.503	7.415	7.468	7.499	7.444	7.328	7.628
	NLTE	7.539	7.392	7.503	7.414	7.464	7.496	7.444	7.328	7.629
$\xi= 0.8\,{\rm km}\,{\rm }s^{-1}$	LTE	7.582	7.547	7.535	7.503	7.510	7.646	7.578	7.464	7.668
	NLTE	7.576	7.533	7.536	7.502	7.505	7.642	7.578	7.464	7.668

ATLAS	LTE	7.479	7.395	7.448	7.391	7.424	7.516	7.457	7.342	7.579
	NLTE	7.475	7.382	7.448	7.390	7.419	7.513	7.456	7.341	7.579

Table 8: LTE and non-LTE silicon abundances due to different model assumptions for the Sun for the Si II lines used in the abundance determination.
model assumption $\lambda 6347.1$ $\lambda 6371.4$ model assumption $\lambda 6347.1$ $\lambda 6371.4$

standard model LTE 7.736 7.585

NLTE 7.639 7.521

Non-LTE calculations:

reference LTE 7.736 7.585

no line transitions NLTE 7.736 7.585 no Stark broadening NLTE 7.640 7.521

$\Delta\log C_6=-1.0$ NLTE 7.639 7.521 $\Delta\log C_6=+0.5$ NLTE 7.640 7.522

all $\gamma_{\rm rad} \times 5$ NLTE 7.641 7.522

all $\sigma_{\rm PI} \times 0.75$ NLTE 7.640 7.521 all $\sigma_{\rm PI} \times 1.25$ NLTE 7.640 7.521

all $\sigma_{\rm e} \times 0.1$ NLTE 7.605 7.491 all $\sigma_{\rm e} \times 10$ NLTE 7.697 7.563

all $\sigma_{\rm H}: S_{\rm H} = 0.01$ NLTE 7.624 7.510 all $\sigma_{\rm H}: S_{\rm H} = 10$ NLTE 7.686 7.554

Abundance analysis:

$\Delta\log \gamma_{\rm rad} = -1.0$ LTE 7.738 7.586 $\Delta\log \gamma_{\rm rad} = +1.0$ LTE 7.702 7.575

NLTE 7.641 7.522 NLTE 7.622 7.513

$\Delta\log C_6=0.6$ LTE 7.684 7.566 $\Delta\log C_6=1.0$ LTE 7.647 7.548

NLTE 7.597 7.505 NLTE 7.567 7.490

$\Delta\log C_4=-0.5$ LTE 7.745 7.592 $\Delta\log C_4=+0.5$ LTE 7.697 7.573

NLTE 7.649 7.527 NLTE 7.618 7.509

no Stark broadening LTE 7.757 7.599 $\xi= 0.8\,{\rm km}\,{\rm }s^{-1}$ LTE 7.762 7.602

NLTE 7.660 7.533 NLTE 7.664 7.536

ATLAS LTE 7.571 7.440

NLTE 7.506 7.399

**Table 8:** LTE and non-LTE silicon abundances due to different model assumptions for the Sun for the Si II lines used in the abundance determination.
model assumption		$\lambda 6347.1$	$\lambda 6371.4$	model assumption		$\lambda 6347.1$	$\lambda 6371.4$

standard model	LTE	7.736	7.585
	NLTE	7.639	7.521

Non-LTE calculations:
reference	LTE	7.736	7.585
no line transitions	NLTE	7.736	7.585	no Stark broadening	NLTE	7.640	7.521
$\Delta\log C_6=-1.0$	NLTE	7.639	7.521	$\Delta\log C_6=+0.5$	NLTE	7.640	7.522
all $\gamma_{\rm rad} \times 5$	NLTE	7.641	7.522
all $\sigma_{\rm PI} \times 0.75$	NLTE	7.640	7.521	all $\sigma_{\rm PI} \times 1.25$	NLTE	7.640	7.521
all $\sigma_{\rm e} \times 0.1$	NLTE	7.605	7.491	all $\sigma_{\rm e} \times 10$	NLTE	7.697	7.563
all $\sigma_{\rm H}: S_{\rm H} = 0.01$	NLTE	7.624	7.510	all $\sigma_{\rm H}: S_{\rm H} = 10$	NLTE	7.686	7.554

Abundance analysis:
$\Delta\log \gamma_{\rm rad} = -1.0$	LTE	7.738	7.586	$\Delta\log \gamma_{\rm rad} = +1.0$	LTE	7.702	7.575
	NLTE	7.641	7.522		NLTE	7.622	7.513
$\Delta\log C_6=0.6$	LTE	7.684	7.566	$\Delta\log C_6=1.0$	LTE	7.647	7.548
	NLTE	7.597	7.505		NLTE	7.567	7.490
$\Delta\log C_4=-0.5$	LTE	7.745	7.592	$\Delta\log C_4=+0.5$	LTE	7.697	7.573
	NLTE	7.649	7.527		NLTE	7.618	7.509
no Stark broadening	LTE	7.757	7.599	$\xi= 0.8\,{\rm km}\,{\rm }s^{-1}$	LTE	7.762	7.602
	NLTE	7.660	7.533		NLTE	7.664	7.536

ATLAS	LTE	7.571	7.440
	NLTE	7.506	7.399

Table 9: LTE and non-LTE silicon abundances due to different model assumptions for Vega for the Si II lines used in the abundance determination.
model assumption $\lambda 3862.595$ $\lambda 4128.054$ $\lambda 4130.872$ $\lambda 5041.024$ $\lambda 5055.984$

$\lambda 4130.894$ $\lambda 5056.317$

standard model LTE 6.930 7.004 7.034 7.042 7.032

NLTE 6.980 6.911 6.928 6.980 6.970

Abundance analysis:

$\Delta\log \gamma_{\rm rad} = -1.0$ LTE 6.933 7.005 7.035 7.043 7.033

NLTE 6.984 6.911 6.930 6.980 6.971

$\Delta\log \gamma_{\rm rad} = +1.0$ LTE 6.900 6.993 7.020 7.025 7.026

NLTE 6.936 6.902 6.918 6.976 6.963

$\Delta\log C_4=-0.5$ LTE 6.976 7.092 7.149 7.080 7.087

NLTE 7.037 6.981 7.022 7.011 7.016

$\Delta\log C_4=+0.5$ LTE 6.838 6.892 6.888 6.970 6.970

NLTE 6.879 6.817 6.808 6.917 6.914

no Stark broadening LTE 7.031 7.226 7.347 7.122 7.139

NLTE 7.105 7.080 7.160 7.048 7.061

$\Delta\log C_6=1.5$ LTE 6.930 7.004 7.033 7.042 7.032

NLTE 6.980 6.910 6.928 6.980 6.970

$\xi= 1.5\,{\rm km}\,{\rm s}^{-1}$ LTE 7.162 7.309 7.463 7.167 7.189

NLTE 7.257 7.146 7.251 7.088 7.109

model assumption		$\lambda 3862.595$	$\lambda 4128.054$	$\lambda 4130.872$	$\lambda 5041.024$	$\lambda 5055.984$
				$\lambda 4130.894$		$\lambda 5056.317$

standard model	LTE	6.930	7.004	7.034	7.042	7.032
	NLTE	6.980	6.911	6.928	6.980	6.970

Abundance analysis:
$\Delta\log \gamma_{\rm rad} = -1.0$	LTE	6.933	7.005	7.035	7.043	7.033
	NLTE	6.984	6.911	6.930	6.980	6.971
$\Delta\log \gamma_{\rm rad} = +1.0$	LTE	6.900	6.993	7.020	7.025	7.026
	NLTE	6.936	6.902	6.918	6.976	6.963
$\Delta\log C_4=-0.5$	LTE	6.976	7.092	7.149	7.080	7.087
	NLTE	7.037	6.981	7.022	7.011	7.016
$\Delta\log C_4=+0.5$	LTE	6.838	6.892	6.888	6.970	6.970
	NLTE	6.879	6.817	6.808	6.917	6.914
no Stark broadening	LTE	7.031	7.226	7.347	7.122	7.139
	NLTE	7.105	7.080	7.160	7.048	7.061
$\Delta\log C_6=1.5$	LTE	6.930	7.004	7.033	7.042	7.032
	NLTE	6.980	6.910	6.928	6.980	6.970
$\xi= 1.5\,{\rm km}\,{\rm s}^{-1}$	LTE	7.162	7.309	7.463	7.167	7.189
	NLTE	7.257	7.146	7.251	7.088	7.109

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