Two tensors giving the material and nominal stresses are named for Piola and this man, who demonstrated that current moves through conductors at the speed of light. Green's second identity applied to an integral taken over an aperture results in an integral expression of central importance in scalar diffraction theory named for this man and Fresnel. He explained the Fraunhofer by stating that cold, tenuous gases produce absorption patterns that match the emission patterns they would produce if heated. He co-discovered c
Two tensors giving the material and nominal stresses are named for Piola and this man, who demonstrated that current moves through conductors at the speed of light. Green's second identity applied to an integral taken over an aperture results in an integral expression of central importance in scalar diffraction theory named for this man and Fresnel. He explained the Fraunhofer by stating that cold, tenuous gases produce absorption patterns that match the emission patterns they would produce if heated. He co-discovered cesium and rubidium using the technique of emission spectroscopy he developed with his partner Bunsen. FTP, name this physicist who enunciated his namesake junction and loop rules of circuit analysis.
Two tensors giving the material and nominal stresses are named for Piola and this man, who demonstrated that current moves through conductors at the speed of light.
Gustav Robert Kirchhoff