Microelectronics letters journals IEEE Electron Device letters Applied physics Letters Available online at libraries mit edu Click on vera (Virtual Electronic Resource Access)

Microelectronics Processing technology Fall Term 2003 Instructions for the mems Lab report Your lab report should follow the format of the IEEE Electron Device Letters. The format from the IC Lab report will be used Contents: Your Letter should include the following sections

Below is an electron micrograph of a single gene being transcribed. The DNA strand runs horizontally with RNa transcripts extending vertically outward Image removed due to copyright reasons a)Draw an arrow indicating the direction that the RNA polymerases are

Section L Respiration and Energy L1. Citric acid cycle L2. Electron transport and oxidative hosphory lation L3. Photosynthesis

Electron Microscopy of replicating DNA reveals replicating bubbles. How does one prove bidirectional fork movement?

ot all the properties of alkenes are revealed by focusing exclusively on the func- tional group behavior of the double bond. A double bond can affect the proper- ties of a second functional unit to which it is directly attached. It can be a sub- stituent, for example, on a positively charged carbon in an allylic carbocation, or on a carbon that bears an unpaired electron in an allylic free radical, or it can

Generation of atP by using a across- membrane proton gradient, which is generated from electron flowing through chain of carriers

高分辨率电镜( High Resolution Electron Microscopy,HREM)直接 观察晶体中原子的规则排列

Conjugated unsaturated systems have a p orbital on a carbon adjacent to a double bond The p orbital can come from another double or triple bond The p orbital may be the empty p orbital of a carbocation or a p orbital with a single electron in it (a radical)

一、概述 generalization 二、X射线与X射线谱 X-ray and X-ray spectrum 三、X射线的吸收、散射和 衍射 absorption, diffuse and diffraction of X-ray