我怎麼能寫一個技術指導用戶指南或操作手冊? / 我怎麼能寫一個技術指導的教程或培訓指南? : 研究生英文投稿日報 6/4/2014

研究生英文投稿日報:

*我怎麼能寫一個技術指導用戶指南或操作手冊? (PART B)

*我怎麼能寫一個技術指導的教程或培訓指南? (PART B)

*學術英文投稿教學影片 (136) : Everything you wanted to know about physics grad school

*科技訓練: 有效撰寫專業英文電子郵件 (下)

*科學英文論文組織寫作 (2) : (第一部分:背景)

Academic publishing news 學術出版新聞

我怎麼能寫一個技術指導用戶指南或操作手冊? (PART B)

*對於經驗較少讀者多說明基本概念和操作理論。

*在程序之前呈現現在重要的概念信息,以及程序後二次或背景信息。

*除了程序和概念,且應包括例子,典型的系統警告以及錯誤恢復信息。

*在附錄中,詳細的表格和列表及替代程序,及所有有助技術文件讀者的任何信息。

*包括一個索引,幫助讀者快速查找信息。

Science and Technical Writing : A Manual of Style by Philip Rubens (1.73-1.79)

我怎麼能寫一個技術指導的教程或培訓指南? (PART B)

*在一個教程,程序的順序很重要,應設計成便於學習的簡單的技能,複雜的技能,和一般原則的應用。

*分割教程成小區塊。

*假設觀眾將在一個章節或區塊順序讀取,但也可能不完整。

*包括提醒和提示有關如何完成前面章節學到的任務。

*對於用戶學習新的技能時經常犯錯誤提供了常見的錯誤清單。

Science and Technical Writng : A Manual of Style by Philip Rubens (1.67-1.72 )

學術英文投稿教學影片 (136) : Everything you wanted to know about physics grad school
觀看本學術英文投稿教學影片以加強英文寫作投稿能力

科技訓練: 有效撰寫專業英文電子郵件 (下)

明確說明培訓課程如何使您的組織受益

“I also agree that the introduction of Molecular Simulation at UCL would provide a more thorough understanding of polymer morphology-structure property relationship and the directions for research activity.”

“Your laboratory, one of the leaders in this field of research, could provide me with a marvelous opportunity to learn about sensor manufacturing.

提供在培訓計劃中涵蓋的主題

“I hope that through this short training program we can determine the systems and research topics that need to be focused on. The following topics may be a helpful guide for you when deciding the contents of this short training course. Of course, you should feel free to ammend or expand on any of these topics.”

“We hope to enhance our technical knowledge of PPS, particularly with respect to temperature measurement and control, anti-vibration, and pressure control.”

有效撰寫專業英文電子郵件 柯泰德

科學英文論文組織寫作 (2) : (第一部分:背景)

以下為科學英文研究的基本科技論點:

(第一部分:背景)

研究建構 : 你研究的主題是什麼? 你的讀者可以明瞭研究的內容嗎?

研究問題 : 你的研究裡有你試著要解決或是想更進一步瞭解的問題嗎?

研究問題的量化 : 你要如何量化問題來讓你的讀者明白之前文獻研究所遇到的量化限制?

研究問題的中心 : 如果問題沒被解決或是充分瞭解, 這對研究的讀者會有多大的負面衝擊?

(第一部分:背景) :

研究建構 As is well known, ionizing irradiation causes material damage. The range/number of radiation effects in solids depends on both the crystal structure and the type of ionizing irradiation. Additionally, the energy and dosage of irradiation essentially affect radiation processes. Ionizing irradiation excites both electronic and ionic subsystems of crystals. Relaxation processes occur after excitation, forming defects. Defects impair the solids, extensively stimulating material damage.

研究問題 However, the radiation-stimulated ordering effect (RSOE) is found in various materials. At least two competitive processes are observed in crystals and semiconductors under ionizing irradiation – 1) generation of radiation defects and 2) radiation-stimulated annihilation of defects.

研究問題的量化 For instance, on a specific stage, the annihilation of irradiation defects can dominate the generation of defects, enhancing the structure. This stage is referred to as RSOE. Therefore, low-dose irradiation could serve as an effective method for increasing the reliability of semiconductors and the stability of parameters in the final stage of manufacturing. This fact substantially increases economical efficiency.
研究問題的中心 Nevertheless, the RSOE mechanisms in II-VI semiconductors remain unknown, making it impossible to implement process applications capable of increasing the efficiency of barrier structures. Although the application of RSOE could markedly increase product output in microelectronics, the generalization and analysis of RSOE remain an obstacle to further development.

有效撰寫英文工作提案 柯泰德

Source: 有效撰寫英文工作提案 柯泰德

有效撰寫英文工作提案 柯泰德

密集課程 (柯泰德): Organizing Technical Research Papers(科技研究論文組織寫作)

密集課程 (柯泰德):Developing Copyediting Skills(英文編修訓練)

有效撰寫英文工作提案 柯泰德

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