實驗與方法部分 1. 基本內容及結構 2. 對設備或材料的描述 3. 實驗程式的描述

基本內容應包含的項目 對於所採用的材料、儀器儀義、設備及測 試系統所作的詳細介紹。 對於實驗程序所作的清楚說明。 對整個實驗的概述。 選用特定材料、設備或方法的理由。 實驗的特殊條件或工作情況。 特殊實驗設備或方法的詳細介紹。 應用的統計、分析方法的描述。

對設備或材料的描述 描述方法 語態的應用 時態的應用

語態應用範例 Two digital strain gauge pressure transducers measured the vapor pressure upstream and downstream of the test tube. The lasers transmitted upstream signals on pre- assigned optical wavelengths. A high-speed motion analyzer (Kodark Ekapro ) visualizes the bubble behaviors in the test section.

The experimental system was composed of four parts, i.e. indirectly electrical heated furnace, pyrolysis reactor, on-line sample collected analyzer, and gas condenser & collector. For experiments under conditions similar to those in a real engine, a rapid compression machine (RCM) was developed. This real scale RCM with a bore of 78.3 mm is based on a new driving concept. It offers optical access to the piston bowl from four directions, as shown in Fig. 3. The RCM simulates one compression stroke of an engine with a speed of up to 3,000 rpm.

Adults in these programs typically have six hours of instruction per week in English. Enrollment in the course generally consists mainly of information science and engineering students.

The sample consisted of 270 senior engineers from three international companies in London. All of the managers in the sample had at least five years of experience in their current job. The average age of the first group of subjects was 25, and the average age of the second group was 45.

實驗程序的描述 1. 時態的應用 2. 語態的使用

We performed experiments on two different NMR spectrometers. We tested samples s03, s04, s06, and s10 on a Bruker Avance DMX 200 NMR spectrometer, operating at 200-MHz proton resonance frequency using a 10-cm C- NMR broadband probehead without proton decoupling. We set the bandwidth to 100kHz using an acquisition time of 0.041s…

The experiments were performed on two different NMR spectrometers. Samples s03, s04, s06, and s10 were tested on a Bruker Avance DMX 200 NMR spectrometer, operating at 200-MHz proton resonance frequency using a 10-cm C-NMR broadband probehead without proton decoupling. We set the bandwidth to 100 kHz using an acquition time of 0.041s…