id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_gxbygdbdlzbuhmly7jz7ifnlfm	L. S. Cardman	Physics at the Thomas Jefferson National Accelerator Facility	2006	11	.pdf	application/pdf	7394	1142	78	Nucleon form factor data available before the start of Elastic electron scattering has provided most of our information on the spatial distributions of the quarks in the using a different approach to model-independent analysis [3] of nucleon form factors. data will provide further insight and sensitivity for completing our understanding of how to construct nucleons Neutron radial charge distribution (top) and the polarization term contribution to the proton radial charge distribution (bottom) as inferred from an analysis using phenomenological models [2] of the world nucleon form factor data. Nucleon strange form factor data from parity-violating the energy and momentum of the final state proton measured in coincidence with the inelastically scattered electron, it is straightforward to infer the missing mass associated with the decay of the excited state (see fig. the pion cloud and of the value of measuring the transition form factors for nucleon excitation is the Roper	./cache/work_gxbygdbdlzbuhmly7jz7ifnlfm.pdf	./txt/work_gxbygdbdlzbuhmly7jz7ifnlfm.txt