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The paper discusses broadly electronic publishing and types of electronic publications. An attempt has been made to group the select electronic resources of chemical information into portals, patents and dissertations, full‐text files with backfiles and e‐books, abstracting and indexing services, encyclopaedias and handbooks, periodic tables, property databases and specialty databases. The paper concludes that in delivering electronic information two major developments are gaining momentum as archives from major publishers and preprints from academic circles are used as alternative methods of accessing research information. Also, scholarly publication of chemical information in electronic form will continue to grow, adapting to meet changing needs of authors and readers alike.

It has often been said that a great part of the strength of Aslib lies in the fact that it brings together those whose experience has been gained in many widely differing fields but who have a common interest in the means by which information may be collected and disseminated to the greatest advantage. Lists of its members have, therefore, a more than ordinary value since they present, in miniature, a cross‐section of institutions and individuals who share this special interest.

Aarhus Kommunes Biblioteker (Teknisk Bibliotek), Ingerslevs Plads 7, Aarhus, Denmark. Representative: V. NEDERGAARD PEDERSEN (Librarian).

In response to the need for finding chemical information we have set up a system to identify and access appropriate data sources. As this system is built to assist scientists in agencies, research institutes and other institutions in their daily work we developed three different training programmes: (1) a training course on retrieval of information on dangerous substances; (2) a seminar on German offline databases in the field of chemicals; and (3) a workshop entitled ‘Introduction to the Information System for Environmental Chemicals’. These courses are briefly described in this paper. In addition, we discuss both general and chemical substance‐related factors to be considered in developing strategies for information access.

For its sustainable growth, an organization should drive customers from the role of consumers of products or services to value co-creators. Logistics performance, which produces value for customers, may activate value co-creation behavior among them. The purpose of this paper is to investigate entrepreneurial orientation (EO) as the determinant and customer value co-creation behavior as the outcome of logistics performance.

The data for this research came from 328 dyads of logistics managers of chemical manufacturers and purchase managers of their customer companies in Vietnam context. The data were analyzed using structural equation modeling approach.

The research results confirmed the role of EO in predicting logistics performance. Logistics performance was also found to positively influence customer-organization identification, which, in turn promoted customer value co-creation behavior.

Entrepreneurship, logistics, and marketing research streams converge through the research model of the relationship between EO, logistics performance, and customer value co-creation behavior.

The main purpose of this study is to determine India's position in publishing top research papers in chemistry as reflected in Science Direct. It also aims to find out authorship pattern, countries with major contributions, journals with high publication rates, etc.

Citation analysis methods were applied to study citations of 450 research papers in chemistry taken from the listing of top 25 papers in Science Direct database. The citations covered 18 issues of the Science Direct generated alert service for the period 2004‐2008. The bibliographic data were entered in Excel sheets for necessary analysis.

The studies revealed that, out of 450 research papers, 36 (8 per cent) are contributed by Indian researchers. In the ranking of contributing countries, India reserves third position after the USA and China. More than 86 per cent of Indian chemistry research papers were cited by others. As regards to number of citations, 25 per cent of Indian papers are cited between 10 and 25 times each. The journal Tetrahedron was found as the highest publishing journal with 71 (16 per cent) publications.

The paper presents a sense of the importance of Indian chemistry research, and as such informs that community, as well as researchers involved in citation analysis.

The outcome of the study is an original research work with citation analysis of top research papers in chemistry. The findings will have practical implications for Indian scientists, funding agencies and research establishments in different areas of chemical sciences.

The Chemistry Online Retrieval Experiment (CORE), a five‐year R&D project, was one of the earliest attempts to make a substantial volume of the text and graphics from previously published scholarly journals available to end‐users in electronic form, across a computer network. Since CORE dealt with material that had already gone through traditional print publication, its emphasis was on the process (and limitations) of conversion, the optimization of presentation, and use of the converted contents for readers. This article focuses on the user response to the system.

Scientific information is more and more buried in the proliferation of commercial sites on the Internet. This means that valuable chemistry sites and chemical databases are difficult to find. In this paper some databases selected by the authors are introduced. These sites can be divided into three groups: databases which used to be only available through commercial hosts; databases which are available commercially but parts of them on the free Internet; and databases of topical concern, e.g. chemical weapons. All the mentioned databases can be found in a structured format in the DAIN Metadatabase of Internet Resources for Environmental Chemicals, which is explained in this paper. An important further step to get out of the information labyrinth is the evaluation of the content of data‐sources for chemicals. Approaches have been made to analyze chemical databases applying discrete mathematical methods and multivariate statistics.

The purpose of this paper is to clarify the relationship between start-ups and an innovation ecosystem. Start-ups need resources available in the ecosystem to grow, but experience organizational capacity limitations during their open innovation practices. This study frames the “open innovation” interface and discloses ways to accelerate the process of connecting start-ups’ demands to ecosystem’s supplies.

A case study was used to describe the development of a conceptual ecosystem model to frame the “open innovation” interface and its subsequent implementation at nine start-up hotspots in the Dutch chemical industry. To develop the ecosystem model, the system of innovation concept was enriched with the perspective of a chemical start-up to pinpoint critical resources for growth.

It is suggested that the most relevant “open innovation” interface for start-ups looking to grow is an innovation biotope: a well-defined, business-oriented cross-section of an ecosystem. All stakeholders in a biotope are carefully selected based on the entrepreneurial issue at stake: they can only enter the secured marketplace if they are able to provide dedicated solutions to start-ups. The biotope enables “open innovation in a closed system” which results in acceleration of the innovation process.

This is the first study to report on the definition and implementation of an innovation biotope as the “open innovation” interface between an ecosystem and start-ups. In addition, it provides a powerful tool, the ecosystem canvas, that can help both regional and national innovation systems to visualize their ecosystem and identify blind spots.

A citation analysis was conducted on publications of the faculty from the University of Florida (UF), Department of Chemical Engineering. The analysis was undertaken to gain a better understanding of the research programs in chemical engineering and to examine how the library aligns its research support through resources and journals to the needs of the department’s faculty. The analysis focused on where the faculty published, their most frequently cited resources, and what growth patterns were evident. The paper aims to discuss these issues.

Five years of publications (2011-2015) by the UF chemical engineering faculty were included in the analysis. Web of Science was used to compile a list of the articles published in peer-reviewed journals as well as the citations.

Faculty were found to have published 279 articles in the last five years, with 27 percent of those articles shared by five journals, and with an average impact factor of 3.459. Applied Physics Letters was the most cited journal and Advanced Materials had the highest impact factor of 17.493. The library owned 95 percent of the publications in which faculty published their work and at least 82 percent of the resources cited in their publications. The pattern of the publications was not consistent and the most articles in one year (69) were published in 2013.

Since this study focused on the current patterns regarding where the faculty are publishing and citing, it should be a fairly accurate indicator of their future needs. Therefore, the study impacts decisions regarding future directions by enabling the library to maintain a high-quality collection for the faculty.