Fixed a couple description errors for protons and neutrons

JavaScript/elementData.js

@@ -1067,7 +1067,7 @@ var data = {
 		"number": "0",
 		"mass": "0",
 		"theColor": "#dd5555",
-		"info": "A proton is a subatomic particle found in the nucleus of every atom.  The particle has a positive electrical charge, equal and opposite to that of the electron. If isolated, a single proton would have a mass of only 1.673 ? 10-27 kilograms, just slightly less than the mass of a neutron. Protons need not be confined to the nuclei of atoms.  When protons are found outside atomic nuclei, they acquire fascinating, bizarre, and potentially dangerous properties, similar to those of neutrons in similar circumstances.  But protons have an additional property. Because they carry an electric charge, they can be accelerated by electric and/or magnetic fields.  High-speed protons, and atomic nuclei containing them, are emitted in large numbers during solar flares.  The particles are accelerated by the earth's magnetic field, causing ionospheric disturbances known as geomagnetic storms."
+		"info": "A proton is a subatomic particle found in the nucleus of every atom.  The particle has a positive electrical charge, equal and opposite to that of the electron. If isolated, a single proton would have a mass of only 1.673 x 10<sup>-27</sup> kilograms, just slightly less than the mass of a neutron. Protons need not be confined to the nuclei of atoms.  When protons are found outside atomic nuclei, they acquire fascinating, bizarre, and potentially dangerous properties, similar to those of neutrons in similar circumstances.  But protons have an additional property. Because they carry an electric charge, they can be accelerated by electric and/or magnetic fields.  High-speed protons, and atomic nuclei containing them, are emitted in large numbers during solar flares.  The particles are accelerated by the earth's magnetic field, causing ionospheric disturbances known as geomagnetic storms."
 	},
 
 	"Neutron": {
@@ -1076,7 +1076,7 @@ var data = {
 		"number": "0",
 		"mass": "0",
 		"theColor": "#55dddd",
-		"info": "A neutron is a subatomic particle found in the nucleus of every atom except that of simple hydrogen.  The particle derives its name from the fact that it has no electrical charge; it is neutral.   Neutrons are extremely dense.  If isolated, a single neutron would have a mass of only 1.675 ? 10-27 kilogram, but if a teaspoonful of tightly packed neutrons could be scooped up, the resulting chunk of matter would weigh millions of tons at the earth's surface. Neutrons need not be confined to the nuclei of atoms.  They can exist all by themselves.  When neutrons are found outside atomic nuclei, they acquire fascinating, bizarre, and potentially dangerous properties.  When they travel at high speed, they produce deadly radiation.  The so-called neutron bomb, known for its ability to kill people and animals while having a minimal effect on inanimate physical structures, works by producing a barrage of high-speed neutrons.  The high density of these particles, combined with their speed, gives them extreme energy.  As a result, they have the power to alter, or even break apart, the nuclei of atoms that they strike."
+		"info": "A neutron is a subatomic particle found in the nucleus of every atom except that of simple hydrogen.  The particle derives its name from the fact that it has no electrical charge; it is neutral.   Neutrons are extremely dense.  If isolated, a single neutron would have a mass of only 1.675 x 10<sup>-27</sup> kilograms, but if a teaspoonful of tightly packed neutrons could be scooped up, the resulting chunk of matter would weigh millions of tons at the earth's surface. Neutrons need not be confined to the nuclei of atoms.  They can exist all by themselves.  When neutrons are found outside atomic nuclei, they acquire fascinating, bizarre, and potentially dangerous properties.  When they travel at high speed, they produce deadly radiation.  The so-called neutron bomb, known for its ability to kill people and animals while having a minimal effect on inanimate physical structures, works by producing a barrage of high-speed neutrons.  The high density of these particles, combined with their speed, gives them extreme energy.  As a result, they have the power to alter, or even break apart, the nuclei of atoms that they strike."
 	},
 
 	"Electron": {