Articles — Dynamic Figures

Hypothetical uniform quantizer standalone class figure.

\(y=\frac{c}{x}\)

j'aimes les math par une courbe paramétrique de cœur !

Copyright 2009 Ivan Griffin This work may be distributed and/or modified under the conditions of the LaTeX Project Public License, either version 1.3 of this license or (at your option) any later version. The latest version of this license is in http://www.latex-project.org/lppl.txt and version 1.3 or later is part of all distributions of LaTeX version 2005/12/01 or later. This work has the LPPL maintenance status `maintained'. The Current Maintainer of this work is Ivan Griffin This work consists of the files periodic_table.tex

A little bit more advanced flowchart than the simple flowchart example at: http://www.texample.net/tikz/examples/simple-flow-chart/

mechanics of fluid

В данной работе представлено экспериментальное получение коэффициента поверхностного натяжения(КПН) жидкости. Также проверяется зависимость КПН от температуры. Устанавливается рабочий диапазон установки. В работе приводится разбор экспериментов проведанных автором работы. Исследовалось несколько видов жидкостей. Неорганические жидкости: Вода, Органические жидкости: Глицерин. Измерения проводились при температурах: 25 и 45, 50 градусов Цельсия.

Este ejemplo representa un oscilador de desplazamiento de fase realizado con un transistor JFET Canal-N, dos resistencias y una red de re-alimentación constituida por tres resistencias y tres condensadores idénticos. El condensador CS se utiliza para una configuración de drenaje común y CO permite desacoplar la salida de la red de re-alimentación. Esta red es destacada en un recuadro coloreado de fondo, que se genera usando la biblioteca de TiKZ "backgrounds" Notaciones: Vo = tensión de salida. VDD= polarización positiva en el terminal de drenaje. Todos los componentes eléctricos y electrónicos carecen de valores o tipos. Este esquema es una adaptación de la figura que se encuentra en la página http://www.circuitstoday.com/fet-applications.

The objective is to study the effect of different experimental parameters on the reconstruction of the density of states (DoS) and to verify the viability of the 1D/2D simulation model developed at GeePs. Beside the calculation of the DoS through the modulated photo-current method (MPC), the ambipolar minority carrier diffusion length is measured through steady state photocarrier grating (SSPG) and the majority carrier lifetime / mobility product is measured through steady state photo-conductivity (SSPC). The measurements were observed to be in agreement with the theoretical simulations, but further experiments are needed to accurately conclude the need of a 2D simulation for the MPC experiment.