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Index to Volume 44
Geostandards and Geoanalytical Research ( IF 3.8 ) Pub Date : 2020-11-27 , DOI: 10.1111/ggr.12368
更新日期:2020-11-27
Geostandards and Geoanalytical Research ( IF 3.8 ) Pub Date : 2020-11-27 , DOI: 10.1111/ggr.12368
Alcott L.J., Krause A.J., Hammarlund E.U., Bjerrum C.J., Scholz F., Xiong Y., Hobson A.J., Neve L., Mills B.J.W., März C., Schnetger B., Bekker A. and Poulton S.W. | |
Development of iron speciation reference materials for palaeoredox analysis. | > 581 |
An Y.‐J., Li X. and Zhang Z.‐F. | |
Barium isotopic compositions in thirty‐four geological reference materials analysed by MC‐ICP‐MS. | > 183 |
Ávila J.N., Ireland T.R., Holden P., Lanc P., Latimore A., Schram N., Foster J., Williams I.S., Loiselle L. and Fu B. | |
High‐precision, high‐accuracy oxygen isotope measurements of zircon reference materials with the SHRIMP‐SI. | > 85 |
Boocock T.J., Mikhail S., Prytulak J., Di Rocco T. and Stüeken E.E. | |
Nitrogen mass fraction and stable isotope ratios for fourteen geological reference materials: Evaluating the applicability of elemental analyser versus sealed tube combustion methods. | > 537 |
Boulesteix T., Solé J., Pi T. and Cathelineau M. | |
Reappraisal of the GL‐O reference material for K‐Ar dating: New insight from microanalysis, single‐grain and milligram Ar measurements. | > 287 |
Braukmüller N., Wombacher F., Bragagni A. and Münker C. | |
Determination of Cu, Zn, Ga, Ag, Cd, In, Sn and Tl in geological reference materials and chondrites by isotope dilution ICP‐MS. | > 733 |
Brazier J.‐M., Schmitt A.‐D., Pelt E., Lemarchand D., Gangloff S., Tacail T. and Balter V. | |
Determination of radiogenic 87Sr/86Sr and stable δ88/86SrSRM987 isotope values of thirteen mineral, vegetal and animal reference materials by DS‐TIMS. | > 331 |
Creech J.B., Schaefer B.F. and Turner S.P. | |
Application of 1013 Ω amplifiers in low‐signal plasma‐source isotope ratio measurements by MC‐ICP‐MS: A case study with Pt Isotopes. | > 223 |
Dorais C., Simonetti A., Corcoran L., Spano T.L. and Burns P.C. | |
Happy Jack uraninite: A new reference material for high spatial resolution analysis of U‐rich matrices. | > 125 |
Druce M., Stirling C.H. and Rolison J.M. | |
High‐precision zinc isotopic measurement of certified reference materials relevant to the environmental, Earth, planetary and biomedical sciences. | > 711 |
Dunham E.T., Wadhwa M., Desch S.J. and Hervig R.L. | |
Best practices for determination of initial 10Be/9Be in early Solar System materials by secondary ion mass spectrometry. | > 695 |
Fougerouse D., Kirkland C.L., Saxey D.W., Seydoux‐Guillaume A.‐M., Rowles M.R., Rickard W.D.A. and Reddy S.M. | |
Nanoscale isotopic dating of monazite. | > 637 |
Freymuth H., Reekie C.D.J. and Williams H.M. | |
A triple‐stack column procedure for rapid separation of Cu and Zn from geological samples. | > 407 |
Gaspers N., Magna T. and Ackerman L. | |
Molybdenum mass fractions and stable isotope compositions of sedimentary carbonate and silicate reference materials. | > 363 |
Guan Q., Sun Y., Zhang Z., Liu X., An Y., Liu F. and Zhao S. | |
Determination of δ44/40Ca and δ56/54Fe in geological materials combined with a simplified method for their separation using a single TODGA resin column. | > 669 |
Guillerm E., Gardien V., Ariztegui D. and Caupin F. | |
Restoring halite fluid inclusions as an accurate palaeothermometer: Brillouin thermometry versus microthermometry. | > 243 |
Huang C., Wang H., Yang J.‐H., Ramezani J., Yang C., Zhang S.‐B., Yang Y.‐H., Xia X.‐P., Feng L.‐J., Lin J., Wang T.‐T., Ma Q., He H.‐Y., Xie L.‐W. and Wu S.‐T. | |
SA01 – A proposed zircon reference material for microbeam U‐Pb age and Hf‐O isotopic determination. | > 103 |
Jubb A.M., Engle M.A., Chenault J.M., Blondes M.S., Danforth C.G., Doolan C., Gallegos T.J., Mueller D. and Shelton J.L. | |
Direct trace element determination in oil and gas produced waters with inductively coupled plasma‐optical emission spectrometry: Advantages of high‐salinity tolerance. | > 385 |
Kuessner M.L., Gourgiotis A., Manhès G., Bouchez J., Zhang X. and Gaillardet J. | |
Automated analyte separation by ion chromatography using a Cobot applied to geological reference materials for Li isotope composition. | > 57 |
Li W., Liu X.‐M. and Hu Y. | |
Potassium and calcium K‐edge XANES in chemical compounds and minerals: Implications for geological phase identification. | > 805 |
Li R., Xia X.‐P., Chen H., Wu N., Zhao T., Lai C., Yang Q. and Zhang Y. | |
A potential new chalcopyrite reference material for secondary ion mass spectrometry sulfur isotope ratio analysis. | > 485 |
Li W., Zhu J.‐M., Tan D., Han G., Zhao Z. and Wu G. | |
The δ60/58Ni values of twenty‐six selected geological reference materials. | > 523 |
Lin R., Lin J., Zong K., Chen K., Tong S., Feng L., Zhang W., Li M., Liu Y., Hu Z. and Zhou L. | |
Determination of the isotopic composition of an enriched hafnium spike by MC‐ICP‐MS using a regression model. | > 753 |
Liu Y., Li Q.‐L., Tang G.‐Q. and Li X.‐H. | |
Concurrent determination of U‐Pb age and REE mass fractions of zircon by high mass resolution SIMS. | > 421 |
Liu M.‐S., Zhang Q., Zhang Y., Zhang Z., Huang F. and Yu H.‐M. | |
High‐precision Cd isotope measurements of soil and rock reference materials by MC‐ICP‐MS with double spike correction. | > 169 |
Luo T., Zhao H., Li Q., Li Y., Zhang W., Guo J., Liu Y., Zhang J. and Hu Z. | |
Non‐matrix‐matched determination of Th‐Pb ages in zircon, monazite and xenotime by laser ablation‐inductively coupled plasma‐mass spectrometry. | > 653 |
Marger K., Harlaux M., Rielli A., Baumgartner L.P., Dini A., Dutrow B.L. and Bouvier A.‐S. | |
Development and re‐evaluation of tourmaline reference materials for in situ measurement of boron δ values by secondary ion mass spectrometry. | > 593 |
Paque J.M., Hofmann A.E., Burnett D.S., Guan Y., Jurewicz A.J.G., Woolum D.S., Ma C. and Rossman G.R. | |
Electron microprobe/SIMS determinations of Al in olivine: Applications to solar wind, pallasites and trace element measurements. | > 473 |
Reddy S.M., Saxey D.W., Rickard W.D.A., Fougerouse D., Montalvo S.D., Verberne R. and van Riessen A. GGR Cutting‐Edge Review |
|
Atom probe tomography: Development and application to the geosciences. | > 5 |
Spaleta K.J., Hayes S.M, Newberry R.J. and Piatak N.M. | |
Evaluating the utility of principal component analysis on EDS X‐ray maps to determine bulk mineralogy. | > 821 |
Sullivan K., Layton‐Matthews D., Leybourne M., Kidder J., Mester Z. and Yang L. | |
Copper isotopic analysis in geological and biological reference materials by MC‐ICP‐MS. | > 349 |
Tang M., Fan B., Yao L., Bao Z., Tian H., Ma Z., An Z., Ma M., Zhang H. and Fu Z. | |
Preparation and certification of reference materials (GBW07397, GBW07398, GBW07399 and GBW07400) for selenium and other trace element mass fractions. | > 375 |
Teixeira Mansur E., Barnes S.‐J., Savard D. and Webb P.C. | |
Determination of Te, As, Bi, Sb and Se (TABS) in geological reference materials and GeoPT proficiency test materials by hydride generation‐atomic fluorescence spectrometry (HG‐AFS). | > 147 |
Tempesta G., Bosi F. and Agrosì G. | |
Crystal chemical characterisation of red beryl by ‘standardless’ laser‐induced breakdown spectroscopy and single‐crystal refinement by X‐ray diffraction: An example of validation of an innovative method for the chemical analysis of minerals. | > 685 |
Vanderstraeten A., Bonneville S., Gili S., de Jong J., Debouge W., Claeys P. and Mattielli N. | |
First multi‐isotopic (Pb‐Nd‐Sr‐Zn‐Cu‐Fe) characterisation of dust reference materials (ATD and BCR‐723): A multi‐column chromatographic method optimised to trace mineral and anthropogenic dust sources. | > 307 |
Vho A., Rubatto D., Putlitz B. and Bouvier A.‐S. | |
New reference materials and assessment of matrix effects for SIMS measurements of oxygen isotopes in garnet. | > 459 |
Vogl J., Rosner M., Kasemann S.A., Kraft R., Meixner A., Noordmann J., Rabb S., Rienitz O., Schuessler J.A., Tatzel M. and Vocke R.D. | |
Intercalibration of Mg isotope delta scales and realisation of SI traceability for Mg isotope amount ratios and isotope delta values. | > 439 |
Weber M., Lugli F., Hattendorf B., Scholz D., Mertz‐Kraus R., Guinoiseau D. and Jochum K.P. | |
NanoSr – A new carbonate microanalytical reference material for in situ strontium isotope analysis. | > 69 |
Weis U., Arns J., Kaiser V., Reichstein A., Reichstein L., Stoll B. and Jochum K.P. | |
Geostandards and Geoanalytical Research Bibliographic Review 2018. | > 51 |
Xu L., Luo C. and Wen H. | |
A revisited purification of Li for ‘Na breakthrough’ and its isotopic determination by MC‐ICP‐MS. | > 201 |
Yang M., Yang Y.‐H., Evans N.J., Xie L.‐W., Huang C., Wu S.‐T., Yang J.‐H. and Wu F.Y. | |
Precise and accurate determination of Lu and Hf contents, and Hf isotopic compositions in Chinese rock reference materials by MC‐ICP‐MS. | > 553 |
Yang Y.‐H., Yang M., Jochum K.P., Wu S.‐T., Zhao H., Xie L.‐W., Huang C., Zhan X.‐C., Yang J.‐H. and Wu F.‐Y. | |
High‐precision Sr‐Nd‐Hf‐Pb isotopic composition of Chinese geological standard glass reference materials CGSG‐1, CGSG‐2, CGSG‐4 and CGSG‐5 by MC‐ICP‐MS and TIMS. | > 567 |
Yang G., Zimmerman A., Hurtig N.C., Georgiev S.V., Goswami V., Hannah J.L. and Stein H.J. | |
Chemical procedures for rhenium extraction from geological samples: Optimising the anion resin bead clean‐up step. | > 231 |
Yokoyama T., Fukai R. and Nakahara M. | |
Separation of heavy lanthanoids by flash column chromatography for precise determination of Er and Yb isotope compositions in rock samples. | > 265 |
Yu S., Sun J., Evans N.J., Danišík M., Wu L., Tian Y. and Shen Z. | |
Further evaluation of Penglai zircon megacrysts as a reference material for (U‐Th)/He dating. | > 763 |
Yu Y., Zhao Q., Bao H., Mou Q., Shi Z., Chen Y. and Gao Y. | |
Determination of trace bismuth in environmental waters by ICP‐MS with cobalt ion‐assisted photochemical vapour generation. | > 617 |
Zhang L., Wu J.‐L., Tu J.‐R., Wu D., Li N., Xia X.‐P. and Ren Z.‐Y. | |
RMJG Rutile: A new natural reference material for microbeam U‐Pb dating and Hf isotopic analysis. | > 133 |
Zou Z., Wang Z., Cheng H., He T., Liu Y., Chen K., Hu Z. and Liu Y. | |
Comparative determination of mass fractions of elements with variable chalcophile affinities in geological reference materials with and without HF‐desilicification. | > 501 |
Xue D.‐S., Su B.‐X., Liu Y.‐H., Zhang D.‐P., Guo Q., Guo J.‐J., Sun J.‐F. and Sakyi P.A. | |
Online flow‐based spectrophotometric determination of ferrous iron mass fraction and total iron mass fraction in twenty‐seven rock reference materials using a Schlenk line technique. | > 785 |