Robert A. Day – författare

This entertaining and highly readable book gives anyone writing in the sciences a clear and easy-to-follow guide to the English language.English is often regarded as one of the most difficult languages to master. Yet while the English language has a vocabulary of upwards of 500,000 words, it only uses nine parts of speech, and all of these words fall into one (or more) of those nine categories. Scientific English: A Guide for Scientists and Other Professionals, Third Edition contains many simple revelations like this that make effective scientific writing in English easy, even for those whose fluency is in another language.The book is organized around a basic guide to English grammar that is specifically tailored to the needs of scientists, science writers, science educators, and science students. The authors explain the goals of scientific writing, the role of style, and the various kinds of writing in the sciences, then provide a basic guide to the fundamentals of English and address problem areas such as redundancies, abbreviations and acronyms, jargon, and foreign terms. Email, online publishing, blogs, and writing for the Web are covered as well. This book is designed to be an enlightening and entertaining read that can then be retained as a practical scientific writing reference guide.

This entertaining and highly readable book gives anyone writing in the sciences a clear and easy-to-follow guide to the English language.English is often regarded as one of the most difficult languages to master. Yet while the English language has a vocabulary of upwards of 500,000 words, it only uses nine parts of speech, and all of these words fall into one (or more) of those nine categories. Scientific English: A Guide for Scientists and Other Professionals, Third Edition contains many simple revelations like this that make effective scientific writing in English easy, even for those whose fluency is in another language.The book is organized around a basic guide to English grammar that is specifically tailored to the needs of scientists, science writers, science educators, and science students. The authors explain the goals of scientific writing, the role of style, and the various kinds of writing in the sciences, then provide a basic guide to the fundamentals of English and address problem areas such as redundancies, abbreviations and acronyms, jargon, and foreign terms. Email, online publishing, blogs, and writing for the Web are covered as well. This book is designed to be an enlightening and entertaining read that can then be retained as a practical scientific writing reference guide.

This entertaining and highly readable book gives anyone writing in the sciences a clear and easy-to-follow guide to the English language.English is often regarded as one of the most difficult languages to master. Yet while the English language has a vocabulary of upwards of 500,000 words, it only uses nine parts of speech, and all of these words fall into one (or more) of those nine categories. Scientific English: A Guide for Scientists and Other Professionals, Third Edition contains many simple revelations like this that make effective scientific writing in English easy, even for those whose fluency is in another language.The book is organized around a basic guide to English grammar that is specifically tailored to the needs of scientists, science writers, science educators, and science students. The authors explain the goals of scientific writing, the role of style, and the various kinds of writing in the sciences, then provide a basic guide to the fundamentals of English and address problem areas such as redundancies, abbreviations and acronyms, jargon, and foreign terms. Email, online publishing, blogs, and writing for the Web are covered as well. This book is designed to be an enlightening and entertaining read that can then be retained as a practical scientific writing reference guide.

Thoroughly updated throughout, the authors of this classic guide put their advice into practice by keeping the book as clear and simple as possible. They provide early-career scientists and experienced researchers with practical support on writing for different audiences and getting published. This ninth edition retains the key material - including preparing text and graphics, publishing research papers, writing grant proposals, rights and permissions, and a wealth of advice on writing style - while new material includes new guidance on navigating copyright, presenting online, identifying co-authors, creating visual abstracts, and writing in English as a non-native language. Valuable appendices provide a ready reference on words and expressions to avoid, SI prefixes, useful websites, and a handy glossary. Postgraduate students and working scientists will want to keep How to Write and Publish a Scientific Paper at their desks and refer to it at every stage of writing and publication.

An essential guide for succeeding in today's competitive environment, this book provides beginning scientists and experienced researchers alike with practical advice on writing about their work and getting published. This new, updated edition guides readers through the processes involved in publishing for scientific journals.

Thoroughly updated throughout, this classic, practical text on how to write and publish a scientific paper takes its own advice to be "as clear and simple as possible.""The purpose of scientific writing," according to Barbara Gastel and Robert A. Day, "is to communicate new scientific findings. Science is simply too important to be communicated in anything other than words of certain meaning."This clear, beautifully written, and often funny text is a must-have for anyone who needs to communicate scientific information, whether they're writing for a professor, other scientists, or the general public. The thoughtfully revised 9th edition retains the most important material—including preparing text and graphics, publishing papers and other types of writing, and plenty of information on writing style—while adding up-to-date advice on copyright, presenting online, identifying authors, creating visual abstracts, and writing in English as a non-native language.A set of valuable appendixes provide ready reference, including words and expressions to avoid, SI prefixes, a list of helpful websites, and a glossary. Students and working scientists will want to keep How to Write and Publish a Scientific Paper at their desks and refer to it at every stage of writing and publication.

Thoroughly updated throughout, this classic, practical text on how to write and publish a scientific paper takes its own advice to be "as clear and simple as possible.""The purpose of scientific writing," according to Barbara Gastel and Robert A. Day, "is to communicate new scientific findings. Science is simply too important to be communicated in anything other than words of certain meaning."This clear, beautifully written, and often funny text is a must-have for anyone who needs to communicate scientific information, whether they''re writing for a professor, other scientists, or the general public. The thoughtfully revised 9th edition retains the most important material-including preparing text and graphics, publishing papers and other types of writing, and plenty of information on writing style-while adding up-to-date advice on copyright, presenting online, identifying authors, creating visual abstracts, and writing in English as a non-native language.A set of valuable appendixes provide ready reference, including words and expressions to avoid, SI prefixes, a list of helpful websites, and a glossary. Students and working scientists will want to keep How to Write and Publish a Scientific Paper at their desks and refer to it at every stage of writing and publication.

This volume is a record of the Workshop on Graphics and Communications organized within ESPRIT II Project 2463 ARGOSI (Applications Related Graphics and OSI Standards Integration). The workshop was included in the Eurographics workshop programme for 1990. The ARGOSI project essentially arose from the observation that international standards in the graphics and networking areas were generally being developed in isolation and that insufficient attention was being paid to the needs of applications whose requirements spanned several standards. The importance of the integration of graphics and networking has been growing over recent years, with the growth of interest in multi-media systems to support cooperative working, and the use of computer graphics techniques in the visualization of the results of scientific and engineering computations. The latter frequently involve high-speed links between workstations and supercomputers. The presentations in this volume cover a broad range of activities from a classification scheme for graphics and networking to interconnection experiments with broadband networks. Three topics were selected for detailed discussion in working groups: - Improvements to the computer graphics metafile standard, - The role of application profiles in graphics data exchange, - The impact of multi-media. The volume contains a record of the discussions and the recommendations from the working groups, subsequently endorsed by the workshop.

The offices of GMD-FOKUS in Berlin provided the venue for a meeting in December 1987 which signalled the birth of the ARGOSI project. The proposal gradually took shape over the following months, and after merging with another project proposal in the field of standardization of computer graphics, finally received funding from the Esprit programme in March 1989. The project stemmed from a recognition of the importance of computer graphics a'i an ena­ bling technology in many application areas, and of the need to build bridges between computer graphics and telecommunications. The overall aims of the pro­ ject were twofold: • Advance the state of the art in the transfer of graphical information across international networks. • Improve quality and applicability of standards in this area. This book records the key results of the project and the contributions the project has made to standardization related to the transfer of graphical information across open networks. Contributions have included a demonstration of a prototype appli­ cation - a road transport information system running over public international of a new data networks - shown at the Esprit '91 exhibition, the standardization FT AM document type allowing structured access to graphical information (represented according to the Computer Graphics Metafile (CGM) standard) and major contributions to a mapping of the X-Windows protocol onto an OSI stack. The project also organized two international workshops. the first on Graphics and Communications, and the second on Distributed Window Systems.