Mo - Molybdenum

	Atomic number	-	42			Density	g/mL	10	.2
	Atomic weight	u	95	.94		Melting point	K	2890
	Bonding radius	A	1	.3		Boiling point	K	4912
	Atomic radius	A	2	.01		Heat of vaporization	kJ/mol	598
	Ionization Potential	V	7	.099		Heat of fusion	kJ/mol	32
	Electronegativity	-	2	.16		Specific heat	J/gK	0	.25
	The oxide is a strong acid.					Crystal are body centered cubic.
	Electron config. : [Kr] 4d5 5s1

Isotopes of Mo: Click mass number for decay process, product for element page.

086 19.6 sec EC,4.800 MeV Nb-86 85.930219	087 14.5 sec EC/ECp,6.490 Nb-87/Zr-86 86.927331	088 8.0 min EC,3.720 MeV Nb-88 87.921952	089 2.04 min EC,5.580 MeV Nb-89 88.919479	090 5.56 hr EC,2.489 MeV Nb-90 89.913936	091 15.49 min EC,4.434 MeV Nb-91 90.911749	092 14.84% Stable 91.906809
093 4.0E+3 yr EC,2.893 MeV Nb-93 92.906812	094 9.25% Stable 93.905086	095 15.92% Stable 94.905841	096 16.68% Stable 95.904678	097 9.55% Stable 96.906020	098 24.13% Stable 97.905406	099 65.94 hr B-,1.357 MeV Tc-99 98.907710
100 9.63% 1.2E19 yr 2B-,3.034 MeV Ru-100 99.907476	101 14.61 min B-,2.824 MeV Tc-101 100.91034	102 11.3 min B-,1.010 MeV Tc-102 101.91029	103 67.5 sec B-,3.750 MeV Tc-103 102.91320	104 60 sec B-,2.160 MeV Tc-104 103.91376	105 35.6 sec B-,4.950 MeV Tc-105 104.91697	106 8.4 sec B-,3.520 MeV Tc-106 105.91813
107 3.5 sec B-,6.160 MeV Tc-107 106.92169	108 1.09 sec B-,4.640 MeV Tc-108 107.92345	109 0.53 sec B-,7.500 MeV Tc-109 108.92764	110 0.30 sec B-,5.700 MeV Tc-110 109.92946	MASS abund. Halflife Particle, Energy Decay Product(s) Isotopic Mass