Manuscripts, analysing

Table 10 University of Chicago Special Collections manuscripts analysed by FT-IR spectroscopy...

After the completion of this manuscript a paper concerning conformational analyses of 1,1, 3,3 -tetra-r< H-alkylmctallocene of iron and ruthenium including 6 based on thorough NMR spectroscopic measurements (line-shape analysis) has appeared in which the nature of the transition states has conclusively been discussed in detail [164]. 

Analyses the manuscript notes in Newton s copy of Eirenaeus Philalethes "Secrets reveal d" (1645)... 

The article that follows is a controversial one. It reaches a controversial conclusion - that much of the therapeutic benefit of antidepressant medications actually derives from placebo responding. The article reaches this conclusion by utilizing a controversial statistical approach - meta-analysis. And it employs meta-analysis controversially - by meta-analysing studies that are very heterogeneous in subject selection criteria, treatments employed, and statistical methods used. Nonetheless, we have chosen to publish the article. We have done so because a number of the colleagues who originally reviewed the manuscript believed it had considerable merit, even while they recognized the clearly contentious conclusions it... 

Acknowledgements I am grateful to M. Callow, M. Amsler, P. Bucolo, and two anonymous reviewers for constructive comments on earlier versions of the manuscript, to M. Callow for coordinating the anonymous review of this chapter, and to M. Amsler for brown algal genetic analyses. Manuscript preparation and the genetic analyses were supported in part by NSF award OPP-0442769. 

Acknowledgements We thank the former Pamour Porcupine Mines and Placer Dome Canada Ltd. for permission to sample and financial support. Drs. Larry Lemke and Carl Freeman helped plot and interpret the data. Stable Isotope analyses were provided by Mr. Bob Drimmie at the University of Waterloo. Bruce Taylor is thanked for his review of an earlier version of the manuscript. 

Much of the data manipulation and some of the graphics were the work of Mrs. Linda Lew. Dr. Brian Vinyard assisted with some of the statistical analyses, and James Wadsworth provided a program for fitting a gaussian curve. Professors David Brant and George Jeffrey provided helpful comments on the manuscript. Mention of commercial products and their vendors is not an endorsement by the... 

We would like to acknowledge the valuable eontribution of the laboratory personnel at the Directorate-General of Public Works and Water Management s (RWS) National Institute for Coastal and Marine Management (RIKZ) for the TBT analyses. The authors wish to express their gratitude to Johan Jol (IMARES) for his invaluable support in conducting the fieldwork. Ivoime Rietjens and Tinka Murk (WUR) are thanked for their critical review of a first version of the manuscript. 

Sample analyses were carried out by a number of laboratories. We are grateful to Mr. Mark E. Peden and Ms. Loretta M. Skowron of the Water Survey s Analytical Chemistry Laboratory Unit for atomic absorption spectrophotometry, Mr. L. R. Henderson of the Illinois State Geological Survey for X-ray Fluorescence specto-scopy, and Dr. T. A. Cahill of the University of Califomia-Davis for elemental analysis. Mr. R. G. Semonin reviewed the manuscript. This material is based upon work supported by the National Science Foundation under Grant No. ATM-7724294, and by the Department of Energy, Division of Biomedical and Environmental Research, under Contract No. EY-76-S-02-1199. 

We are very pleased that the English edition of Analyse Chimique has been published. The authors wish to thank Professor Karen Waldron of the University of Montreal for the very hard work she did in translating the manuscript. 

It is a pleasure to express my hearty thanks especially to Drs. T. Araki, N. Oguni, H. Yasuda, T. Aoyagi, K. Lee, and N. Ueyama whose skill and spirit have enabled us to overcome difficulties encountered in the preparation and purification of pure substances and in the preparation of single crystal for X-ray analyses, which were conducted under dry argon atmosphere, to Prof. M. Kakudo, Prof. N. Kasai, Dr. N, Yasuoko, and Dr. Y. Kai for their ingenious X-ray crystal analyses, and to Prof. J. K. Stille for reading the manuscript. 

We acknowledge the assistance of Nikhil S. Dodhiwala who performed most of the SFE work, of Janet Benedicto and Lisa Balch, who performed all gas chromatographic and gas chromatographic/mass spectrometric analyses reported in this manuscript, and of Karin Bauer of Midwest Research Institute, who provided input on the statistical analysis of the preliminary results from our method optimization study. We would also like to acknowledge the assistance of Ashok Shah and Carl Stadler of Suprex Corporation who helped with the design of the dual-extraction setup on the Suprex SE-50 system, and of Hewlett-Packard Company who made available to us a Hewlett Packard extractor. 

We thank Professor F. J. Luque for many discussions and critical comment on this manuscript as well as for help in obtaining and analysing some of the results shown for the first time in this contribution. 

This is publication No. D-10100-24-88 of the New Jersey Agricultural Experiment Station, supported by State funds and U. S. Hatch Act funds. The authors are grateful to Robert Trenkle and IFF for technical support in spectrometric analyses, and to Bristol-Myers USONG for their support in preparation of the manuscript. 

The author wishes to acknowledge the participation ofseveral other collaborators who provided analyses and insight related to some of the data presented. In particular, Si data in Fig. 37.2 were kindly provided by Mark Brzezinski, while support and intellectual stimulation were provided by Dennis Philhps and the Radiochemistry Group at Los Alamos National Laboratory to R.M.K. as a post-doctoral fellow. Support for the field and laboratory results presented in Section 2 were provided by NSF grant OCE-0138544 and NOAA grant NA96OP0475. The manuscript was also improved by the helpfial comments of two anonymous reviewers. 

We note that metabolic systems are studied often in systems biology using dynamics analysis such as flux balance analysis and differential equations. However, discussion regarding systems dynamics is beyond the scope of this current manuscript, and we refer the interested reader to the relevant literature (37, 38). This limitation, however, does not preclude these analyses from the standpoint of integrated systems analysis for understanding the metabolic pathway. 

We thank the University of Colorado x-ray laboratory personnel for the flne work they did analyzing these samples. We thank the Berkeley oil shale group for the opportunity to study the results of their analyses prior to publication. The help of TOSCO Corporation in providing samples and use of their Fischer assay facilities also is appreciated. The reviews of P. Fox and G. Desborough substantially improved the manuscript. Finally, we thank the ERDA for their flnancial support of this study under Grant No. GOO-4017-1. 

The authors are indebted to R. W. Sanders, M. R. Smith, J. H. Reeves, C. L. Nelson, and M. R. Grove for their assistance with the analyses. E. S. Getchell, R. M. Garcia, and G. M. Garnant provided assistance with preparation of the manuscript. We are also indebted to the staffs of the Laramie Energy Research Center, Lawrence Livermore Laboratory s Oil Shale Project, the Pittsburg and Midway Coal Company, and Phyllis Fox of the University of California, Berkeley, for providing us with samples. This research was supported by ERDA Contracts RPLS-2126 and RPLS-1654. 

The manuscript, also, has provided an opportunity to summarize our distinct methodology, which allows the direct identification of the appropriate linear combinations of atomic orbitals needed for the Qualitative Molecular Orbital theory analyses, so useful in modem Chemistry. This approach fits very namrally with the orbit-by-orbit procedure for performing the group theory, and which is at the heart of the construction of the calculator files on the CDROM. 

The general results of the analyses according to hue and manuscript are presented in Table II. The overall palette of Cilician manuscripts of the 12th-13th centuries as gleaned from these data is presented in Table III. 

Aqua regia, W. H. Wollaston s preparation, 302,304 Armenian manuscripts analysis of medieval pigments, 243-53 description, 244,246 Arsenic in copper sources, 287/ Artifact-source correlation, statistical analyses, 275-85... 

Regarding quantitation in the CP/MAS experiment, for peak areas to accurately represent the number of nuclei resonating, one of the conditions that must be met is that the time constant for cross polarization must be significantly less than the time constant for proton spin lattice relaxation in the rotating fi ame, Tch or Tnh TipH. Other factors affecting quantitation in CP/MAS have been discussed in several reviews (28-33). Since no analyses of the spin dynamics were performed in this study, the solid state spectra presented in this manuscript will be interpreted only semiquantitatively. 

Analyses of deep sequencing are growing more complex and ever harder to follow in manuscripts. Several groups have tried to repeat analyses based on... 

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