proton  mass kg
	E Q U A T I O N S
		A times B
		1		Bohr radius		pi		0.253085
		2		electron mass		proton mass/el ms		-0.347737
		3		molar gas constnt		hc		3.143708
		4		muon mass		permittivity elec		-0.062789
		5		Bohr radius		sphere diam 1		0.253085
		6		classical elct rd		pi squared		-0.122890
		7		permittivity elec		pi		-0.138313
		8		Planck constant		sphere radius 1		0.081303
		9		Ryberg constant		1/(4 pi squared)		-0.068386
		10		Rydberg xhc in eV		Wien wve/Wien frq		0.400718
		A divided by B
		1		a u charge		proton spec charg		-0.663287
		2		Bohr radius		1/pi		-0.356023
		3		Hydrogen at infty		fine structure		-0.386436
		4		permeability magn		conductance quntm		-3.034461
		5		permittivity elec		Bohr radius		-0.103839
		6		2 pi		char imped of vac		-0.287041
		7		r(sp)d sp vol 3		Compton wavelngth		-0.579177
		8		rd ed1 fc surface		Stefan- Boltzmann		-0.594058
		9		rd ed1 fc surface		rhmb do ed rt 3/2		-0.356023
		10		sphere diam 1		pi		-0.356023
		11		Wien freq displmt		magnetic flux qnm		0.390871
		12
		13
		14
		15
		16
		17
		18
		19
		20
				Elementary particle having a single positive electrical charge and constituting the
				nucleus of the ordinary hydrogen atom. The positive charge of the nucleus of any
				atom is due to its protons.
				highligted		derivative		nist
				copyright   steve waterman   january 2009