第一篇：國際會議上的ppt怎么做（定稿）

國際會議上的ppt怎么做

之前發(fā)過一次相關(guān)的帖子資源，當時認為幾個比較常見的好書，好資料版內(nèi)很多兄

弟姐妹都有了呢，就只發(fā)了幾個相對不太常見的，可是發(fā)現(xiàn)好像并不是這樣，很多

資料都是大家反復發(fā)布，總還是有很多人初次見到。我想這可能是“小木蟲”人氣

越來越旺，總有不少新蟲子加入把。

我平時就愛在版里到處搜索有關(guān)“英文科技論文”寫作投稿相關(guān)的資料，電腦了下

載了不少，鑒于以上原因我想把自己看過的覺得好的都一次貼上來，省的大家到處

找，方便大家下載。大家手里已經(jīng)有了的就不用下了，沒有的就看看。

我把有關(guān)資料分成4部分：英文科技論文投稿；如何做國際會議報告；如何進行期刊

投稿；和怎么使用Endnote管理插入文獻四部分來上傳資源。

按照星級說明它的重要性英文科技論文投稿

a 流傳最廣的“strunk and white”著作的關(guān)于如何寫科技論文的好書 elements

of style（中文譯成“文體要素”），這個版內(nèi)以及國外也是流傳最廣的。NO.1五

星級推薦

b 美國科學院院士White Side 寫給自己課題組學生的關(guān)于如何寫作論文的短文，很

短只有3頁，但是一針見血。NO.1五星推薦

c Felicia Brittman寫的中國研究生寫英文文章最常范的200個錯誤總結(jié)，這個我自

己看了好多遍了，里面都是我們常犯的錯誤應該如何改正的。五星推薦

d 如何按照EI要求寫作摘要，這個在各學校的EI中國鏈接里都有，但是不一定大家

都注意到了，其實這個摘要太重要了，一定要好好看看，仔細揣摩才行。五星推薦

e 美國印第安納大學 周耀旗教授主動迎合讀者期望，預先回答專家可能質(zhì)疑。

--美籍華人教授寫的，大家很容易溝通，這是更深層次上對于高手的指點。五星推

薦

fNASA 的 寫英文科技論文的參考工具書--美國航空航天總署的一本關(guān)于如何寫

作的教科書，說實話著我還沒怎么看，三星推薦吧，如果哪位有時間看完了覺得好，上來給大家說一聲。

g英文論文投稿前的經(jīng)典28個細節(jié)檢查；英文文章中標點符號的應用及注意事項。

--這兩個之所以發(fā)上來是因為我一向覺得投稿時細節(jié)決定成敗，對于標點，語法等

細節(jié)還有論文排版格式一定要盡量做到和你所投期刊完全一致（還有參考文獻等），因為現(xiàn)在國內(nèi)外期刊稿件都很多，不差你這一篇，你按照期刊要求好好寫作是表

明你的態(tài)度問題。如果我是一個編輯每天處理那么多稿件，來了一個格式亂七八糟的讓我很不爽我直接就扔到垃圾桶里了。

2國際會議報告

國際會議只參加過幾次國內(nèi)的所謂“國際會議”，國外的沒去過，沒有多少經(jīng)驗可

談，但我想主要還是自己的東西新，英語上能說清楚就可以了。但PPT和一些口頭報

告時的套路大家還是應該注意一下。

a如何做一個成功的國際會議口頭報告How to make a succesful

presentations五星推薦

b國際學術(shù)會議的英語口語四星推薦

c國際會議報告ppt制作五星推薦期刊投稿

著名的Elsevier數(shù)據(jù)庫 期刊 投稿指南

關(guān)于期刊投稿不同的數(shù)據(jù)庫不同的期刊會有所不同，如果能網(wǎng)上投稿的都會有詳細的要求，大家照著做就可以了。Endnote常見問題解答

Endnote是我用的一個文獻管理工具，寫大論文時比用的，不然上百個文獻如果中間

添加一個沒有endnote或者交叉引用什么的就完蛋了。類似的還有其他的軟件。下面

這個是他的常見問題解答，已經(jīng)譯成中文了。

endnote常見問題解答--已經(jīng)翻譯為中文五星推薦。

[ Last edited by 趙巖hit on 2007-8-23 at 12:44 ]

elements of style1.pdf

? 短文.pdf

? 結(jié).pdf?

相關(guān)回復：

作者: 趙巖hit發(fā)布日期: 2007-08-23

續(xù)上接著來

? 疑.doc

??

作者: 趙巖hit發(fā)布日期: 2007-08-23

續(xù)3接著來

?

? 英文文章中標點符號的應用及注意事項.rar?

作者: 趙巖hit發(fā)布日期: 2007-08-23

國際會議報告部分

其中有一個附件太大了，我在想象辦法

? presentations.pdf?

作者: 趙巖hit發(fā)布日期: 2007-08-23

Endnote使用

期刊投稿也超了，這個就不發(fā)了

?

作者: hjuanzhang發(fā)布日期: 2007-08-23

:D:D:D:D:D

作者: lymcentor發(fā)布日期: 2007-08-23

thank you very much

作者: xuanfeng168發(fā)布日期: 2007-08-23

好人呀，真是太感謝了！

作者: 趙巖hit發(fā)布日期: 2007-08-23

hehe ,xiongdi ,haogeige pingjia a.hehe

作者: dc404發(fā)布日期: 2007-08-23

謝謝！

作者: jiajia++發(fā)布日期: 2007-08-23

:P:P:P:D

作者: guobbaohua發(fā)布日期: 2007-08-23

熱心腸！]

作者: qyw136發(fā)布日期: 2007-08-23

非常好的東西。謝謝

作者: 牛靈妞妞發(fā)布日期: 2007-08-23

:P:P:P:P:PSample Text

作者: franee發(fā)布日期: 2007-08-23

好人啊啊?。?/p>

作者: pluto_918發(fā)布日期: 2007-08-23

不好意思，不曉得如何評價，所以在此就只能以口頭表達謝意了，多謝樓主！:)

作者: wdq19750122發(fā)布日期: 2007-08-23

好東西太感謝了

作者: bracex發(fā)布日期: 2007-08-23

謝謝提供！

作者: yan_yangsc發(fā)布日期: 2007-08-23

歸納的不錯，呵呵。

作者: zwenming發(fā)布日期: 2007-08-23

哈工大的！好帥！感謝你！你是哈工大的驕傲！;);)

作者: sunandshine發(fā)布日期: 2007-08-23

thanks

作者: aishan發(fā)布日期: 2007-08-23

:o:o:rol::rol:

作者: myyouth發(fā)布日期: 2007-08-23

如何能把這些資料做一個合集就好了！專門作成一個文件，里面附帶目錄！

作者: yangjunbo008發(fā)布日期: 2007-08-23 鼓勵一下，向你學習！

作者: lespedeza08發(fā)布日期: 2007-08-23 xie xie！!:P

第二篇：模擬國際會議PPT

一、基本內(nèi)容

標題頁、目錄頁、章節(jié)內(nèi)容、聲明、參考文獻、致謝

其中，章節(jié)內(nèi)容通常包括主題介紹、實驗或者計算過程、結(jié)果、結(jié)論或總結(jié)

二、PPT制作步驟

1)確定章節(jié)內(nèi)容，對各部分內(nèi)容進行邏輯性分析和重要性排序

2)PPT初步成型

3)PPT詳細設計

4)檢查完善

三、設計原則

? 目的明確、思路清晰、邏輯性強

? 文字、表格、圖表合理搭配，并善于使用結(jié)構(gòu)圖

? 簡潔大方、有較好的視覺效果

四、設計內(nèi)容

? 版式設計

? 模板設計

? 配色設計

? 動畫設計

? 切換設計

? 效果設計

說明：

1)PPT是輔助說明的工具，使表達內(nèi)容達到易于接受、賞心悅目的效果。

2)PPT制作熟能生巧，注意搜集好的設計和素材，制作時信手拈來。

3)PPT的使用效果與演講者的表達技巧密切相關(guān)，演講者應該以飽滿的熱情，盡力將自己

熟知的內(nèi)容分享給觀眾。

第三篇：國際會議口頭報告ppt演講內(nèi)容準備

The Draft of Academic Presentation

國際會議的口頭報告模板，每頁ppt你需要講什么東西需要分頁詳細寫，盡量口語化，如下是本人參加比利時會議的模板，供大家參考。P1

開場白：

I am so honored to be with you to communicate academic questions and ideas.The tile of my academic presentation is “The preparation and catalytic performance of porous silica nanotube functioned with heteroatoms”

I shall only take ten minutes of your time.I will talk about the topic on the preparation of porous materials.P2

First of all, i wanna introduce myself.I come from nanjing university of technology, nanjing city, china.P3

The content is listed as follows.P4

All our researches are conducted by the academic thoughts.Generally speaking, we are committed to porous materials.In order to explore high-performance functionalized materials for Pilot experiments and scale-up production;we tune the structure, such as composition and morphology step by step and optimize them further.What’s more, the possible synthesis mechanisms are also investigated.Today, the presentation is based on the right-hand branch.P5

It is known that mesoporous silica have excellent characters as the catalyst carrier, such as……..But due to lack of active sites, we have to introduce organic or inorganic species as active sites.And the catalytic performance need to be further improved.P6

As we know, the three factors including activity, scale and diffusion factor play decisive role in the catalysis, affecting the yield, selectivity, stability strongly.In our presentation, we mainly focus on the influence of scale factor on the catalysis.P7

Due to lack of active sites for mesoporous silica, two main methods(surface loading, modified framework)are widely reported, by which various organic or inorganic active sites can be immobilized on the surface or incorporated into the framework of mesopoous silica.P8

Though various morphologies of mesoporos silica were widely synthesized, the synthesis of the mesoporos silica, with three simultaneous characteristics including doped metal, mesoporous structure and specific morphology, is always a challenge, which is rarely reported.In other words, for our case exploring a proper condition, at which the silicon and metal sources can simultaneously hydrolyze, can ensure a desired material.P9

Next, let’s look at the synthetic steps.Firstly,….Then, ….After that, ….At last, we obtained the

products.P10

In this work, by changing the synthesis conditions, such as …, and so on, the pure mesoporous silica with different morphologies were synthesized, including nanosphere, nanorod, helix, capsule and nanotube.We will focus on the preparation and catalytic application of mesoporous silica with nanotube morphology.P11

the SEM images of samples: A1, A2, A3 are shown in the figure.It can be seen that sample a1 is nanowire-like with length of about 2μm and diameter of about 100nm.When the amount of...is 0.04 g, the morphology of sample A2 became to be short and thick rods and the size is about 1μm in length and 400nm in diameter, respectively.With further increasing the amount of..., the sample A3 and A4 turned to be spherical morphology.It also can be seen that the diameters of samples A3 and A4 are substantially the same about 450nm.However, the spherical morphology of A4 is more regular than that of A3.The XRD patterns showed four reflection peaks attributed to(100),(110),(200)and(210), respectively, due to the hexagonal sructure.P12

Then, we keep the same amount of..., increasing the amount of....We found that the length increased gradually.The XRD patterns also showed the hexagonal sructure of samples B1, B2, B3, B4.P13

Moreover, an additional proof of the hexagonal symmetry structure is given by TEM and the FT pattern.The N2 adsorption-desorption isotherms of the samples B1, B2, B3, B4 exhibit a typical type-IV isotherm.According to the table of structural parameters, we can find that the specific surface area and total pore volume increase gradually, the thickness of wall decrease and there is no obvious change in diameter.P14

Furthermore, the possible synthesis mechanism of the mesoporous silica nanotube in dual templates system was proposed.We suggest that due to electrostatic repulsion between positively charged ammonium ions from hydrated ammonia molecules and hydrophilic groups of..., especially in ammonia(NH3, 25wt.%)solution, the high concentrated ammonium ions provide a crowded and repulsive space to prevent the conjunction of...molecules, leading to the formation of the rod-like micelles as template to form pore structure instead of sphere-like ones.The role of co-template...is suggested to tune the length of rod-like micelles by arranging itself along the axis of channel with PEO and PPO part immersed in the hydrophilic and the hydrophobic group of CTA+ respectively.As a result, the mesoporous nanotube with different length will be synthesized.However, the non-polar...micelles are not affected by positively charged ammonium.When the amount of co-template increased further, the non-polar...micelles tend to control the morphology of micelles which are sequentially from nanotube, short rod to sphere-like ones.It my be the reason that the non-polar...micelles would provide stronger attractive force than the electrostatic repulsion derived from the PEO block, ammonium ions and head group of..., respectively.P15

In order to investigate the influence of the morphology and structure of mesoporous silica on catalytic

performance, the samples with copper incorporated were synthesized.P16

The figure shows the SEM and TEM images of samples a1, a2, a3, from which we can see they represent incremental length in the range of about 0.5, 1.0 and 1.5μm, and insignificant change in diameter around 100nm.In XRD patterns, there are also four reflection peaks for the samples with copper incorprated, respectively, which indicates the incorporation of the inorganic copper salt has no obvious effect on the hexagonal sructure and the ordered degree of pore structure.Moreover, the trends in length and the diameter of nanotube are illustrated.P17

The N2 adsorption-desorption isotherms of the samples a1, a2, a3 exhibit a typical type-IV isotherm according to the IUPAC classification and no hysteresis loop at the relative pressure range of 0.2≤p/p0≤0.4, implying the samples not only have ordered mesoporous structure but also the uniform pore size.Moreover, the pore diameters did not change significantly at different weight ratio of.../....The most probable pore sizes of samples a1, a2, a3 are determined to be 2.71, 2.50, 2.44 nm, respectively.The structural parameters are listed in following table.P18

This table summarized the catalytic activity of copper-modified porous silica nanotube in the direct hydroxylation of benzene with H2O2 as oxidant.The catalysts showed high catalytic activity, and direct proportional relationship between the benzene conversion and the length of the silica nanotube.Considering the similar copper content determined by ICP, the variations of catalytic activities were probably caused by different retention time of reagent in the nanotube with different lengths.P19

It is Summary and Future Research

This part of research can be summed up from the following three aspects.Mophology control,Catalytic activity and Future research

看this slide.P20

thanks

第四篇：如何寫PPT和做報告

如何寫PPT和做報告(2008-11-24 09:29:22)

標簽：雜談

利用PPT做報告是幾乎每個學界和業(yè)界的人都會做的事情，從某種角度來說，PPT限制了報告的靈活性，但是也帶來的很多便利。在實踐中，發(fā)現(xiàn)很多同學在準備PPT和做報告時存在這樣那樣的問題，因此將龔詠喜同學翻譯和整理的一些做報告“訣竅”發(fā)在下面。

總得來說，做報告就如同講故事。講故事要求能夠吸引人，同時又不能讓別人聽到開頭就知道結(jié)局；做學術(shù)報告也是，既要讓聽眾對你講的東西感興趣，跟上你的思維，但是又要把握住深度，不能讓別人一下子知道你下面要講的具體內(nèi)容。

如果只有1分鐘的時間來說明做報告中的注意事項，那么有以下幾條：

——放慢語速，放慢語速，還是放慢語速。強調(diào)放慢語速不是因為語速越慢越好，而是因為對于大多數(shù)沒有學術(shù)報告經(jīng)驗的人(也包括我)來說，語速過快是最常見的毛病。過于快的語速即讓自己的思維高度緊張，也讓聽眾難以跟上報告的思維。

——不要超時。就像你不喜歡老師上課拖堂一樣，聽眾也不喜歡你“拖堂”，不管你的報告多么精彩。

——不要大段地將文章復制到ppt上，也不要念ppt。大家不是來看報告，也不是來聽你念報告，而是來聽你做報告。

如果你還愿意花幾分鐘的時間的話，那么下面一些事項也很重要：

——了解你的聽眾。俗話說得好，“看菜吃飯”，孔老夫子也教育我們要因材施教。做報告也要因人而異。例如你做要做一個關(guān)于定性空間推理的報告，如果聽眾是一般人群，對定性空間推理所知甚少，那么就應該強調(diào)工作的重要性和你的結(jié)論，而對具體的公式、公理等做概括性的說明；而如果聽眾是地理信息科學方面的專家，那么則應該加強關(guān)于推理方法的論述；如果聽眾是定性空間推理方面的專家，那么就應該詳細說明和論述你所采用的方法和理論。

——了解你的報告內(nèi)容。把報告內(nèi)容盡量以清晰的結(jié)構(gòu)進行組織，知道哪些應該詳細地講，哪些提到就可以了，而哪些可以省略。

報告準備

——不要整段將文章中的內(nèi)容復制到ppt上，而應該給出關(guān)鍵的思想。聽眾如果對相關(guān)工作感興趣，會去讀文章。

——不要堆砌文字，多采用圖、表來說明你的研究

——采用例子來說明你的研究內(nèi)容，但是要在ppt上列出公式

——不要過于糾纏細節(jié)

——面要寬，但是要有重點

——精心安排報告的結(jié)構(gòu)結(jié)構(gòu)

——使用自頂向下的方法

——一張幻燈片上最多只能放3-4項內(nèi)容

——列出提綱，讓聽眾能夠跟上你的思維

做報告

——不要緊張。對于那些做過幾百次報告的人，雙腿發(fā)顫的感覺總是揮之不去。記住一點：剛才那個自信滿滿的人的感覺其實和你差不多。

——在做報告之前深呼吸一下對于緩解緊張情緒有好處

——在報告中間略作停頓，既可以緩解你的緊張情緒，也可以給聽眾喘息的時間

——不要念ppt，大家是來聽報告，不是來聽你念報告的——語速要慢，語速要慢，語速要慢。對于大多數(shù)人來說(也包括我)，做報告的語速太快了，這樣很難讓聽眾跟上你的思維。

——一定不要超時

——做報告的時候，如果你的目光能夠和聽眾接觸，那是再好不過了。這樣會讓聽眾感覺被重視和尊重

——不斷的重復：口頭報告可以歸納為：告訴他們你將要說什么，告訴他們，告訴他們你說了什么。“Tell them what you re going to tell them.Tell them.Then tell them what you told them”

——幻燈片上不要重復你要說的話(反過來說也行，就是不要直接讀幻燈片上的內(nèi)容)，但是要強調(diào)重點內(nèi)容。

第五篇：國際會議

國際會議：2012 2nd International Conference on Environment Science and Engineering

(ICESE 2012)Post By：2011-7-24 19:09:28 [只看該作者]

2012 2nd International Conference on Environment Science and Engineering

May.26, 2011 News!The ICESE 2011 papers are available in the Vol.8 of IPCBEE.(Click)

Mar.16, 2011 News!The conference program of ICESE 2011 is available now.(Click)

Welcome to the official website of the 2012 2nd International Conference on Environment Science and Ed during April 7-8 2012, in Bangkok, Thailand.ICESE 2012, aims to bring together researchers, scientists, ehe practical challenges encountered and the solutions adopted.change and share their experiences, new ideas, and research results about all aspects of Environment Scie

The conference will be held every year to make it an ideal platform for people to share views and expsensors and related areas.ICESE 2012 will be published in one Volume of IPCBEE, and all papers will be y Digital Library, and indexed by Thomson ISI(Web of Knowledge).Call for Papers

2012 2nd International Conference on Environment Science and Engineering, ICESE 2012 is the premier forum for esearch results in the fields of theoretical, experimental, and applied Environment Science and Engineering.The confereers, engineers and scientists in the domain of interest from around the world.Topics of interest for submission include,Environmental Science and Technology

Environmental dynamics

Meteorology

Hydrology

Geophysics

Atmospheric physics

Physical oceanography

Global environmental change and ecosystems management

Climate and climatic changes

Global warming

Ozone layer depletion

Carbon capture and storage

Biofuels

Integrated ecosystems management

Satellite applications in the environment

Environmental restoration and ecological engineering

Habitat reconstruction

Biodiversity conservation

Deforestation

Wetlands

Landscape degradation and restoration

Ground water remediation

Soil decontamination

Eco-technology

Bio-engineering

Environmental sustainability

Resource management

Life cycle analysis

Environmental systems approach

Renewable sources of energy-energy savings

Clean technologies

Sustainable cities

Health and the Environment

Health related organisms

Hazardous substances and detection techniques

Biodegradation of hazardous substances

Toxicity assessment and epidemiological studies

Quality guidelines, environmental regulation and monitoring

Indoor air pollution

Water resources and river basin management

Regulatory practice, water quality objectives standard setting, water quality classification Public participation

Economic instruments

Modeling and decision support tools

Institutional development

Transboundary cooperation

Management and regulation of point and diffuse pollution

Monitoring and analysis of environmental contaminant

Ground water management

Wastewater and sludge treatment

Nutrients removal

Suspended and fixed film biological processes

Anaerobic treatment

Process modelling

Sludge treatment and reuse

Fate of hazardous substances

Industrial wastewater treatment

Advances in biological, physical and chemical processes

On site and small scale systems

Storm-water management

Air pollution and control

Emission sources

Atmospheric modeling and numerical prediction

Interaction between pollutants

Control technologies

Air emission trading

Solid waste management

Waste minimization

Optimization of collection systems

Recycling and reuse

Waste valorization

Technical aspects of treatment and disposal methods(landfilling, thermal treatment etc)Leachate treatment

Legal, economic and managerial aspects of solid waste management

Management of hazardous solid waste

Water treatment and reclamation

Disinfection and disinfection by-products

Management of water treatment residuals

Aesthetic quality of drinking water(taste, odors)

Effect of distribution systems on potable water quality

Reuse of reclaimed waters

dexed by Thomson ISI(Web of Knowledge).Important Date Advanced treatment of water and secondary effluents(membranes, adsorption, ion exchange, oxidation etc)ICESE 2012 will be published in one Volume of IPCBEE, and all papers will be included in Engineering

Paper Submission(Full Paper)Before December 10, 2011 Notification of AcceptanceOn January 1, 2012 Final Paper SubmissionBefore January 15, 2012 Authors' RegistrationBefore January 15, 2012 ICESE 2012 Conference DatesApril 7-8, 2012

SUBMISSION METHODS:

1.Electronic Submission System;(.pdf)

If you can't login the submission system, please try to submit through method 2.2.Email: icese@cbees.org(.pdf and.doc)