Author names in references

Author names in references book citations, 188 organization as author, 198 periodical citations, 176— 177 U.S. government publications, 204 when to replace with editor name, 188, 189... 

The entries of this index were derived directly by computer program from the lists of references. The accuracy of the references was the sole responsibility of the authors. No editorial check, except for format and journal-title abbreviation, was applied. Consequently, errors occurring in authors names in the references will recur in this index. 

Include all author names in a reference citation. With multiple authors, separate the names from one another by semicolons. Always end the author field with a period (exception Biochemistry). List the names in inverted form surname first, then first initial, middle initial, and qualifiers (Jr., II). Some publications list the first 10 authors followed by a semicolon and et al. check the guidelines. 

Promotional materials can include reasonably brief abstracts of, or quotations from, articles in such material references to authors names in a bibliography of published works must be included. Authors names should not be used in a prominent manner in promotional material. 

Radiation-induced Polymerization.—The references listed here relate to radiation-induced polymerization. Readers should note that these references have been taken directly from the Chemical Society Chemscan Profile Radiation Chemistry , which frequently omits authors names from references. Apologies are offered to those authors inadvertently omitted here. The patents literature relating to this area is reviewed in the Appendix. 

The authors are grateful to coworkers named in references of joint publications who were instrumental in beginning much of the research described herein. We are grateful for financial support from U.S. PHS Grant ES03154 awarded by the National Institute of Environmental Health Sciences, and from the Petroleum Research Fund administered by the American Chemical Society. 

This index contains the names of over 30 000 authors cited in the 35 000 references which appear in Volumes 1-7. The reference codes employed throughout the text volumes have also been included in this index, so that the reader can proceed to the point on the text page where an author s work is cited, to the reference itself in the list at the end of each volume, or directly to the original publication. A complete list of the reference codes is given on the end papers for this volume. 

All the references for all the chapters in a given volume are collected together in a merged list at the end of that volume (where they are most easily located). There are no separate chapter bibliographies. In the final list, references are given both in code and in full conventional form, with authors names. They appear in an ordered sequence, numerically by year, then alphabetically by journal code, and then by page number. Cross references to the text citation are also given in the reference list. 

In this review we put less emphasis on the physics and chemistry of surface processes, for which we refer the reader to recent reviews of adsorption-desorption kinetics which are contained in two books [2,3] with chapters by the present authors where further references to earher work can be found. These articles also discuss relevant experimental techniques employed in the study of surface kinetics and appropriate methods of data analysis. Here we give details of how to set up models under basically two different kinetic conditions, namely (/) when the adsorbate remains in quasi-equihbrium during the relevant processes, in which case nonequilibrium thermodynamics provides the needed framework, and (n) when surface nonequilibrium effects become important and nonequilibrium statistical mechanics becomes the appropriate vehicle. For both approaches we will restrict ourselves to systems for which appropriate lattice gas models can be set up. Further associated theoretical reviews are by Lombardo and Bell [4] with emphasis on Monte Carlo simulations, by Brivio and Grimley [5] on dynamics, and by Persson [6] on the lattice gas model. 

To locate a citation of a reference in the text, look for the author s name in the author index. The full reference can be found on the page number that appears in bold in the first column the reference number itself appears in italics in the second column and the page(s) of the text where the reference is cited appear in roman type in the. third column. 

Numbers in parentheses are footnote numbers and are inserted to enable the reader to locate a reference when the authors names do not appear in the text. 

In the text of this book author name(s) and year are provided, but for references with three or more authors only the first author and et air is given. No initials are included in the citations within the text. For the (few) Ph. D. theses cited, the name of the supervisor is given at the end of the reference. 

The literature is covered through March 2009, supplementing the coverage used in the earlier hard cover chapter. These latest literature references have been collected in separate sections according to the sequence of the tables in the tabular survey section. In each of the sections, the individual citations have been arranged in alphabetic order of the author names. 

Numbers in parentheses are reference numbers and are included to assist in locating references in which authors names are not mentioned in the text. Numbers in italics refer to pages on which the references are listed. 

The first suggestion to make your writing more concise is to eliminate the names of scientists and the titles of their works from your sentences. (If relevant, this information is included in the references, so it is redundant to repeat it in the text.) The authors of the six key articles in this textbook followed this advice more than 125 articles were cited in their Introduction sections, but authors names appeared only once What this means, then, is to make the science the subject of your sentences. Consider the following examples ... 

We examine all three formats in this chapter, but before we do, we note an important writing convention in chemistry in general, authors are not referred to by name in the actual sentences that describe their work. Consider the following examples, illustrated with the superscript number and author-date formats ... 

The third ACS-approved approach to citing the literature is to use authors last names and year of publication (author name, year). This format is relatively uncommon in ACS journals but is frequently used in journals of other scientihc disciplines, such as Ecology and Reviews of Modern Physics. With the author—date citation technique, the authors last names, followed by a comma, a space, and the year of publication are placed in parentheses (or brackets in some journals). Publications with three or more authors are referred to by the last name of the first author, followed by et ah, a comma, and the year. Multiple citations are separated by semicolons and listed in alphabetical order (by first author). 

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