Titlebook: Spectroscopy of Semiconductors; Numerical Analysis B Wei Lu,Ying Fu Book 2018 Springer International Publishing AG, part of Springer Nature

BRUNT

Reflection and Transmission,al. The focus of the chapter is to extract the effective dielectric coefficient of the material using the harmonic oscillator model and the Kramers–Kronig relationship by properly designing the reflection and transmission spectroscopic measurements including the reflection and transmission spectra f

Adulate

巧思

Modulation Spectroscopy,stress, is applied to the semiconductor during the process of experimental measurement. The modulation spectroscopy, i.e., the change of the optical spectrum produced by the external perturbation, rather than the absolute spectrum itself, reveals many fine structures in the electronic energy diagram

虚假

Photocurrent Spectroscopy, electric bias can generate an extra electric current called photocurrent whose amplitude depends on the optical power and the wavelength of the light. In this chapter we study the photocurrent spectra of quantum well infrared photodetector and solar cells using quantum dots. We also study the photo

弯曲道理

Optical Properties of Fluorescent Colloidal Quantum Dots, where semiconductor colloidal quantum dots are researched and developed as biomarkers using standard absorbance, fluorescence, time-resolved fluorescence (in ns time domain), fluorescence blinking (ms time domain) spectra, as well as bioimaging.

油毡

dyspareunia

盘旋

Armory

Optical Spectral Measurement,compositing monochromatic lights in the light beam into different spatial regions, and are therefore denoted as spatial dispersion, while Fourier transform spectroscopy disperses the light beam in the time domain.

芦笋