Scientific journals

Journal of Chromatography A (all topics of chromatography) ISSN 0021-9673. Journal of Chromatography B (biomedical sciences and applications) ISSN 1570- 

Until volume 651 (1993) this was one journal with some volumes dedicated to biomedical applications. Afterwards the journal was split and continued with separate volumes having the same number but not the same letter (e.g. 652A and 652B). Elsevier Science, P.O. Box211, NL-1000 AE Amsterdam, The Netherlands. 

Journal of Chromatographic Science, ISSN 0021-9665, Preston Publications, 6600 W. Touhy Avenue, Niles, IL 60714-4588, USA. 

Chromatographia, ISSN 0009-5893, Vieweg Publishing, P.O. Box 5829, D-65048, Wiesbaden, Germany. 

Journal of Separation Science (until 2001 Journal of High Resolution Chromatography), ISSN 1615-9306, Wiley-VCH, P.O. Box 10 11 61, D-69451 Weinheim, Germany. 

Journal of Chromatography B (Analytical Technologies in the Biomedical and Life Sciences) ISSN 1570-0232. 

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This comprises original publications in scientific journals or serials proceedings, in which the latest information and data are published for the first time. Primary literature includes dissertations and theses, journals, patents, conference proceedings, research reports, and preprints the latter three are often called gray literature). 

All new information on chemical matters or original presentations and discussions of known material are published in scientific journals. The most important of these dealing with organic compounds are (the abbreviated names are given in parentheses) ... 

Apart from a complete set of Beilstein s Handbuch and as many scientific journals with indexes as the Institution can aSFord, the following selected volumes are suggested as forming the nucleus of a small library for use in connexion with work in the organic chemistry laboratory. 

In compiling this book, the author has drawn freely from all sources of information available to him—research notes, original memoirs in scientific journals, reference works on organic chemistry, the numerous text books on practical organic chemistry, and pamphlets of manufac turers of specialised apparatus. Whilst individual acknowledgement cannot obviously be made—in many cases the original source has been lost track of—it is a duty and a pleasure to place on record the debt the writer owes to all these sources. Mention must, however, be made of Organic Syntheses, to which the reader is referred for further details of many of the preparations described in the text. 

The best textbooks for the advanced student of chemistry are the scientific journals. One may, for example, take any recent issue of the Journal of the American Chemical Society and look for structural formulas. On my desk 1 have Vol. 103, No. 25 (1981). The following seven compounds are discussed in this particular issue (page numbers in brackets). 

These compounds can be made from the starting materials listed in this chapter in a fev steps. Try to find out starting materials and propose synthetic procedures of your own Then compare with the procedures given in the journal. If you regularly make up your own problems from scientific journals, work them through seriously, and slowly get to more complicated target molecules, you cannot fail to learn a lot about solving synthetic problems in a realistic manner ... 

The lUPAC rules are not the only nomenclature system in use today Chemical Abstracts Service sur veys all the worlds leading scientific journals that publish papers relating to chemistry and publishes brief abstracts of those papers The publication Chemical Abstracts and its indexes are absolutely es sential to the practice of chemistry For many years Chemical Abstracts nomenclature was very similar to lUPAC nomenclature but the tremendous explosion of chemical knowledge has required Chemical Abstracts to modify Its nomenclature so that its indexes are better adapted to computerized searching This means that whenever feasible a compound has a sin gle Chemical Abstracts name Unfortunately this Chemical Abstracts name may be different from any of the several lUPAC names In general it is easier to make the mental connection between a chemical structure and its lUPAC name than its Chemical Abstracts name... 

Although Russian Zaitsev published most of his work in German scientific journals where his name was translit erated as Saytzeff The spelling used here Zaitsev) corresponds to the currently preferred style... 

Although odorous materials no doubt impact each other, much discussion centers around the abiUty of odorous materials to influence human behavior. In articles ranging from scientific journals to trade maga2ines, there is discussion on the potential of fragrances, ie, essential oils, to affect people s moods, their abiUty to focus and maintain attention, to relax and sleep, and even their sexual capabiUty. 

Joint Authorship. When more than one author has created a work, the work is said to be a joint work. Under the law, such a joint work is one prepared by two or more authors with the intention that their contributions be merged into inseparable or interdependent parts of a unitary whole. Thus joint authorship can occur when a composer and a lyricist collaborate on a song. Even though their contributions can exist independendy of each other, ie, the music as an instmmental, the lyrics as a poem, they were created as interdependent parts of a unitary whole, ie, the song. Two scientists collaborating on an article for a scientific journal are similarly joint authors. Their contributions caimot be teased out of the article they have written and so are inseparable parts of a unitary whole. The test of joint authorship is intention. The creation must be made with the intention that the contributions be merged into one work, and that intention caimot be imputed after the fact of creation if it was not there to begin with. 

There is now an immense range of scientific Journals, broad, narrow and in-between, to serve the great range of materials. The journals published by the many professional societies have encountered increasing competition from the many published by commercial publishers, but those, in turn, are now under severe pressure because of a growing librarians revolt against subscription prices that rise much faster than general inflation. 

Scientific journals devoted to particular categories of materials, or procedures, become ever more numerous. Some are national, others continental or international in scope some are highly specific, others somewhere between broad and narrow spectrum some publish in English or another language only, others accept papers in several languages. All I can usefully do here is to cite a few examples. 

Bis-maleimide resins composed of BMI and diamines have been reported in the early 1960s in the patent literature. Since that time, a number of patents have appeared describing improvements in their properties and uses [3]. Although many bis-maleimide resins are commercially developed, relatively few reports of their use as adhesives are to be found in scientific journals [4-10]. Improvements of maleimide resins are mirrored in the improvements of thermosetting polyimides. For example, the method of in situ polymerization of monomer reactants (PMR method) was developed [6]. 

Mayer returned to Heilbronn in 1841, began his medical practice, and eventually became chief surgeon of the town. In his free time he did some experiments and struggled with difficult, abstract concepts in an attempt to understand the nature of energy. He knew so little physics from his one semester of the subject at Tubingen that many of the papers he submitted for publication were rejected as incompetent by the important scientific journals of the day. He was forced to publish most of his writings at his own expense, and so their circulation was confined primarily to Heilbronn residents. 

Rankine, W. J. M. (1881). Outlines of the Science of Energetics. In Miscellaneous Scientific Papers From the Transactions and Proceedings of the Royal and Other Scicntitlc and Philosophical Societies, and the Scientific Journals with a Memoir of the Author hy P. G. Tait, ed. W. J. Millar. London C. Griffin. 

Corrosion is the scientific journal of the National Association of Corrosion Engineers, PO Box 21840, Houston, Texas, USA. 

As a consequence of the enormous growth in the amount of information to be transmitted, the original papers, as published in the leading scientific journals, have of necessity been made as short as is compatible with a minimum of scientific clarity. They have, therefore, become increasingly difficult to follow for anyone who is not an expert in this specific field. In order to alleviate this situation, numerous publications have recently appeared which are devoted to review articles and which contain a more or less critical survey of the literature in a specific field. 

EPA (1988a) has discussed the results of another carcinogenicity bioassay on methyl parathion in rats. Results of this study have not been presented in a peer-reviewed scientific journal and are not available to the public. 

Honorary Consultant at the Maudsley Hospital and sees patients with anxiety, sleep and depressive disorders. He is on the advisory boards of about 25 international scientific journals. 

List the most important scientific journals in heterogeneous catalysis. 

Unfortunately, the absolute energy input for a synthesis plan and the fraction of total input energy directed to final target product are not given as part of the standard protocol of reporting experimental results of individual chemical reaction or synthesis plan performances in scientific journals or patents. At this time there are no documented examples in the literature that can be used to illustrate the utility of the relationships shown above. 

Sponsor monthly and quarterly scientific journals, a newsletter, and special technical publications. 

In his survey of the use of CRMs in food related publications on the subject of trace elements for the years 1990-1996, Jorhem (1998) checked 82 papers published in five international journals. He found that in 42 papers there was no mention of CRM results and assumed that no CRMs were used. He wrote Since the importance of incorporating CRMs in the AQA-activities today is well recognized, it is surprising that firstly so many laboratories still do not use CRMs and secondly that scientific journals accept papers describing analytical results without the use of reference materials, as part of the verification of the analytical results . 

A number of scientific journals regularly publish papers reviewing the state of the art in the RM business as well as original contributions on certification, inter-laboratory comparisons, and on RM/CRM applications. Table 8.2 lists the most popular and widely cited. The most prolific journals are Fresenius Journal, JAAS, Science of the Total Environment and Water, Air, Soil Pollution, all with around or even more than 50 papers mentioning reference materials from 1998 and 1999. Of these, Fresenius Journal led in 1998, with more than 80 papers. This was partly because it traditionally publishes, so far in six special issues, a series of papers presented at the International Biological and Environmental Reference Materials Symposia (BERM) series. The role and contribution of the BERM series of meetings is reviewed below. 

A growing number of publications on this topic started to appear in a wide variety of scientific journals until, in 1981, the scientific journal Sensors and Actuators was initiated. Since then, it has become the main journal in this field. 

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