2.1 Optical and Thermal Properties of Gold Nanoparticles
... In order to calculate the response of a metal nanoparticle to an external electromagnetic field, one must solve Maxwell’s equations. Fortunately, an analytical solution already exists. Danish physicist Ludvik Lorenz first published this in 1890, however only in Danish. Later, Gustav Mie "rediscovere ...
... In order to calculate the response of a metal nanoparticle to an external electromagnetic field, one must solve Maxwell’s equations. Fortunately, an analytical solution already exists. Danish physicist Ludvik Lorenz first published this in 1890, however only in Danish. Later, Gustav Mie "rediscovere ...
Energy Notes
... work is a scalar quantity: F and d have to be parallel to each other if F and d are perpendicular then that Force is not the cause of the work done F d ...
... work is a scalar quantity: F and d have to be parallel to each other if F and d are perpendicular then that Force is not the cause of the work done F d ...
Part5-Electromagneti..
... Light travels more slowly through a material — gas, liquid, or solid — than it does through a vacuum. We denote the speed of light in a vacuum as c, and the speed of light in some material as v. The ratio n = c/v is called the index of refraction (a.k.a. the refractive index). v ≤ c so n ≥ 1. n has ...
... Light travels more slowly through a material — gas, liquid, or solid — than it does through a vacuum. We denote the speed of light in a vacuum as c, and the speed of light in some material as v. The ratio n = c/v is called the index of refraction (a.k.a. the refractive index). v ≤ c so n ≥ 1. n has ...
PHYSICS 100 ELECTROSTATICS
... positive and negative charge. It was observed that rubbing two materials together sometimes resulted in both materials acquiring opposite net charges. In this process, the outermost or valence electrons in one material were transferred to the second material. The first material would be charged posi ...
... positive and negative charge. It was observed that rubbing two materials together sometimes resulted in both materials acquiring opposite net charges. In this process, the outermost or valence electrons in one material were transferred to the second material. The first material would be charged posi ...
Energy
... • Occurs when one object passes some of its energy to another object • First object loses energy; second object gains energy • 3 main ways: conduction, convection, and radiation ...
... • Occurs when one object passes some of its energy to another object • First object loses energy; second object gains energy • 3 main ways: conduction, convection, and radiation ...
Solved Problems on the Particle Nature of Matter
... muon to replace an electron. Assuming that the muon moves in such a small orbit that it only feels a positive charge corresponding to Z = 82 (i.e., that screening effects caused by the other electrons surrounding the nucleus are negligible), then Eqs. (22) and (23) with n = 1 give the radius r1 and ...
... muon to replace an electron. Assuming that the muon moves in such a small orbit that it only feels a positive charge corresponding to Z = 82 (i.e., that screening effects caused by the other electrons surrounding the nucleus are negligible), then Eqs. (22) and (23) with n = 1 give the radius r1 and ...
