Table 1: Mean and most probable orbital parameters of the Kreutz group of sungrazing comets; total of 686 comets in the sample.
Parameter Value Std. Most Mean from

Dev. probable Sekanina

Perihelion longitude [ $^\circ$ ] 282.9 2.9 283. 282.6

Perihelion latitude [ $^\circ$ ] 35.0 3.4 35. 35.2

Perihelion distance [ $R_{\odot}$ ] 1.22 0.22 1.07 1.10

Inclination [ $^\circ$ ] 143.5 2.8 144. 144.5

Perihelion argument [ $^\circ$ ] 80.1 12.0 85. 83.

Node [ $^\circ$ ] 1.0 14.4 7. 4.

**Table 1:** Mean and most probable orbital parameters of the Kreutz group of sungrazing comets; total of 686 comets in the sample.
Parameter	Value	Std.	Most	Mean from
		Dev.	probable	Sekanina
Perihelion longitude [ $^\circ$ ]	282.9	2.9	283.	282.6
Perihelion latitude [ $^\circ$ ]	35.0	3.4	35.	35.2
Perihelion distance [ $R_{\odot}$ ]	1.22	0.22	1.07	1.10
Inclination [ $^\circ$ ]	143.5	2.8	144.	144.5
Perihelion argument [ $^\circ$ ]	80.1	12.0	85.	83.
Node [ $^\circ$ ]	1.0	14.4	7.	4.

Source LaTeX | All tables | In the text

	1 Introduction
	2 Statistics of orbits and perihelion time of sungrazing comets
	3 Opportunities for pickup ion and ENA observations
	4 Discussion
	5 Conclusions
	References