Table:
Kappa Coronae Borealis b
Discovery[1]
Discovered by	Johnson et al.
Discovery site	Lick Observatory
Discovery date	2007

Detection method

Doppler spectroscopy
Orbital characteristics[2]

Semi-major axis

2.65±0.13 AU
Eccentricity	0.167±0.032

Orbital period (sidereal)

1285±14 d

Time of perihelion

2456830±51 JD

Argument of perihelion

194±14 º
Semi-amplitude	26.18±0.86 m/s
Star	Kappa Coronae Borealis
Physical characteristics[2]
Mass	≥1.811±0.057 MJ

Look at the provided table image. Your goal is to find the locations of the specified cells. Remember to represent a cell's location using the JSON {'value': '<cell value>', 'location': (row index, column index)}. Both row and column indices begin from 1. For the case where a cell is not contained in the table, its location should be denoted as 'DOES NOT EXIST'.
Target cells:
1. '( δ )',
2. 'K1IVa',
3. '35 mm short film',
4. 'SMFF Se-Ma-For Łódź, Poland',
5. 'Exoplanet',
6. 'List of exoplanets',
7. '3:00',
8. 'Declination',
9. '15 h 51 m 13.9315 s',
10. '( m V )',

The target cell locations are as follows:
1. {'value': '( δ )', 'location': (5, 2)}
2. {'value': 'K1IVa', 'location': (8, 2)}
3. {'value': '35 mm short film', 'location': 'DOES NOT EXIST'}
4. {'value': 'SMFF Se-Ma-For Łódź, Poland', 'location': 'DOES NOT EXIST'}
5. {'value': 'Exoplanet', 'location': (1, 1)}
6. {'value': 'List of exoplanets', 'location': (1, 2)}
7. {'value': '3:00', 'location': 'DOES NOT EXIST'}
8. {'value': 'Declination', 'location': (5, 1)}
9. {'value': '15 h 51 m 13.9315 s', 'location': (4, 3)}
10. {'value': '( m V )', 'location': (6, 2)}