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Package ‘GCDkit’ August 16, 2019 Version 6.0 Date 2019-08-16 Title Geochemical Data Toolkit for Windows Author Vojtech Janousek <[email protected]> Colin Farrow <[email protected]> Vojtech Erban <[email protected]> Jean-Francois Moyen <[email protected]> Maintainer Vojtech Janousek <[email protected]> Depends R (>= 3.6.0),tcltk Imports stats, methods, utils, graphics, grDevices, MASS, grid, lattice, for- eign, RODBC, R2HTML, sp, compiler Suggests XML, rgdal, tkrplot, curl Description A program for recalculation of geochemical data from igneous and metamorphic rocks. With complete graphical user interface (GUI) it runs under Windows Vista/7/8/10, complete functionality/stability under 2000/XP cannot be guaranteed. The current version should also work on Mac OS X (release 10.6 and above) and various distributions of Linux (Debian, Red- Hat, SUSE, Ubuntu). License GPL (>= 2) URL http://www.gcdkit.org R topics documented: .claslist . .6 about . .6 accessVar . .7 Add contours . .8 addResults . .9 addResultsIso . .9 AFM............................................. 10 ageEps . 12 Agrawal . 14 Ague............................................. 16 appendSingle . 18 apSaturation . 19 1 2 R topics documented: ArcMapSetup . 21 assign1col . 22 assign1symb . 23 assignColLab . 24 assignColVar . 25 assignSymbGroup . 26 assignSymbLab . 27 assignSymbLett . 28 atacazo . 29 Batchelor . 30 binary . 32 binaryBoxplot . 33 blatna . 35 Boolean conditions . 35 bpplot2 . 37 Cabanis . 38 calc ............................................. 40 calcAnomaly . 41 calcCore . 43 Catanorm . 44 CIPW............................................ 45 classify . 47 clr.transform . 49 cluster . 51 contourGroups . 52 coplotByGroup . 54 coplotTri . 56 correlationCoefPlot . 58 Cox ............................................. 59 crosstab . 62 customScript . 63 cutMy . 64 Debon . 65 DebonBMgNo . 67 DebonBQF . 69 DebonKNaB . 71 DebonQB . 73 deleteSingle . 74 EarthChem . 75 Edit labels . 77 Edit numeric data . 78 editLabFactor . 78 elemIso . 79 epsEps . 81 Export to Access . 82 Export to DBF . 83 Export to Excel . 84 Export to HTML tables . 85 F-M-W diagram . 87 FeMiddlemost . 89 figAdd . 90 figaro.identify . 94 R topics documented: 3 figCol . 95 figEdit . 96 figGbo . 97 figLoad . 98 figMulti . 98 figOverplot . 101 figOverplotDiagram . 103 figRedraw . 105 figSave ........................................... 106 figScale . 107 figUser . 108 figZoom . 109 filledContourFig . 110 Frost . 111 Frost_2008 . 114 gcdOptions . 116 graphicsOff . 119 Grebennikov . 120 groupsByCluster . 121 groupsByDiagram . 122 groupsByLabel . 123 Harris . ..

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Phd Thesis R.B. Merlet
GROWING TO SHRINK Grafting alumina mesopores for molecular separations Renaud B. Merlet GROWING TO SHRINK Grafting alumina mesopores for molecular separations DISSERTATION to obtain the degree of doctor at the University of Twente, on the authority of the rector magnificus, prof.dr. T.T.M. Palstra, on account of the decision of the Doctorate Board, to be publicly defended on the 21st of November 2019 at 14:45. by Renaud Benoit Merlet born on the 18th of November 1986 in Paris, France This dissertation has been approved by supervisors: Prof. Dr. Ir. A. Nijmeijer and Prof. Dr. A.J.A. Winnubst This work is part of the research program “Modular Functionalized Ceramic Nanofiltration Membranes” (BL-20-10), jointly financed by the Netherlands Organization for Scientific Research (NWO) and the Institute for Sustainable Process Technology (ISPT). Cover design: Linda van Zijp Printed by: ProefschriftMaken Lay-out: ProefschriftMaken ISBN: 978-90-365-4895-3 DOI: 10.3990/1.9789036548953 © 2019 Renaud Merlet, The Netherlands. All rights reserved. No parts of this thesis may be reproduced, stored in a retrieval system or transmitted in any form or by any means without permission of the author. Alle rechten voorbehouden. Niets uit deze uitgave mag worden vermenigvuldigd, in enige vorm of op enige wijze, zonder voorafgaande schriftelijke toestemming van de auteur. Graduation Committee Chairman: Dean Prof. Dr. J.L Herek University of Twente Supervisors: Prof. Dr. Ir. A. Nijmeijer University of Twente Prof. Dr. A.J.A. Winnubst University of Science and Technology of China / University of Twente Committee Members: Prof. Dr. Ir. W.M.
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7. the PICRITE-Tesciienite SILL Od E Liit~AR
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Package 'NORRRM'
Package ‘NORRRM’ March 11, 2015 Type Package Title Geochemical Toolkit for R Version 1.0.0 Date 2015-01-29 Author Renee Gonzalez Guzman Maintainer Renee Gonzalez Guzman <[email protected]> Imports ggplot2,SDMTools Description CIPW Norm (acronym from the surnames of the authors: Cross, Iddings, Pirrson and Washington) is the most commonly used calculation algorithm to estimate the standard mineral assemblages for igneous rocks from its geochemical composition. NORRRM (acronym from noRm, R lan- guage and Renee) is the highly consistent program to calculate the CIPW Norm. Depends R (>= 3.1.1) License GPL (>= 3) NeedsCompilation no Repository CRAN Date/Publication 2015-03-11 21:49:49 R topics documented: NORRRM-package . .2 AdjRock . .3 Andes . .4 AtomWeight . .5 CIPW............................................6 CIPW.trace . .7 MinWeight . .9 OxiWeight . 10 TASplot . 11 TestTAS . 12 Index 13 1 2 NORRRM-package NORRRM-package Geochemical Toolkit for R Description According to the IUGS (International Union of Geological Science), Subcommission on the Sys- tematics of Igneous Rocks, the primary classification of igneous rocks must be based according to their modal mineral composition, expressed in volume percent. Nevertheless, where these data are not available or can not be determined owing to fine-grained mineral assemblage, glassy content or changes in the original mineralogy, then other criteria based on chemical bulk composition may be used. Computed from the chemical composition, the normative mineralogy is an alternative approach for mineralogical classification and useful for set up the naming of igneous rocks (as parts of the TAS classification, TASplot). The CIPW Norm is the most commonly used calculation algorithm to estimate the standard mineral assemblages for igneous rocks CIPW, generated over more than a hundred years ago and thereafter modified by some authors to the passage of the years (e.g., Verma et al., 2002).
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Diagrams.Pdf
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