Stefan - Boltzmann constant
	E Q U A T I O N S
		A times B
		1		elementary charge		sphere radius rt2		-0.589878
		2		5		rd ed 1 total srf		0.000000
		3		6		rd ed1 fc surface		0.000000
		4		sphere radius 1		r(sp)d sp vol 1		0.000000
		5		Josephson constnt		Newtonian gravtat		-0.838189
		6
		7
		8
		9
		10
		A divided by B
		1		char imped of vac		sphere area rt3		-0.238885
		2		Josephson constnt		rhmb do ed 3/2		-0.238885
		3		1/(81)		Rydbergxhc in J		-0.121894
		4		4		r(sp)d diam 1		-0.238885
		5		12		rd ed 3/ rt2 vol		-0.238885
		6		32		rhmb do ed rt 3/2		-0.238885
		7		64		rd ed 1 total srf		-0.238885
		8		1/(3)		Wien freq displmt		-0.007704
		9		rd ed 1 total srf		2		-0.238885
		10		rd ed 3/ rt2 vol		first radiaton cn		-0.019490
		11		rd ed1 fc surface		proton mass kg		-0.594058
		12		rhmb do ed 3/rt2		r(sp)d diam rt2		-0.238885
		13		sphere radius 1		Nccp density		-0.238885
		14		sphere radius rt3		Compton / 2 pi		-0.599193
		15		2		r(sp)d diam 1		-0.238885
		16		8		rd ed 1 total srf		-0.238885
		17
		18
		19
		20
				the total energy radiated per unit surface area of a black body in unit time is
				proportional to the fourth power of the thermodynamic temperature.
				Thermodynamic temperature is the absolute measure of temperature
				its null or zero point, absolute zero, is the temperature at which the particle
				constituents of matter have minimal motion and can be no colder.
				highligted		derivative		nist
				copyright   steve waterman   january 2009