XIX - XX |
Secondary ion mass spectrometry SIMS XV - Proceedings of the Fifteenth International Conference on Secondary Ion Mass Spectrometry (SIMS XV) -The University of Manchester, UK September 12-16, 2005 - Preface Vickerman J, Gilmore I |
6403 - 6403 |
Some new insights in to the mechanisms of fullerene and nanotube formation Kroto H |
6404 - 6408 |
The contribution of mass spectrometry to the biosciences Gaskell SJ |
6409 - 6412 |
Atoms, clusters and photons: Energetic probes for mass spectrometry Garrison BJ |
6413 - 6418 |
Secondary ion emission from polymer layers by atomic and molecular ion bombardment: Data evaluation based on linear-cascade sputtering theory Wittmaack K |
6419 - 6422 |
Sputtering of thin benzene and polystyrene overlayers by keV Ga and C-60 bombardment Czerwinski B, Delcorte A, Garrison B, Samson R, Winograd N, Postawa Z |
6423 - 6425 |
Sputtering of amorphous ice induced by C-60 and Au-3 clusters Russo MF, Wojciechowski IA, Garrison BJ |
6426 - 6428 |
Sputtering of clusters from nickel-aluminium King BV, Moore JF, Calaway WF, Veryovkin IV, Pellin MJ |
6429 - 6432 |
Quantitative fundamental SIMS studies using O-18 implant standards Williams P, Sobers RC, Franzreb K, Lorincik J |
6433 - 6435 |
4d core hole formation in silver and its role in Ag- secondary ion formation/survival van der Heide PAW |
6436 - 6439 |
Coarse-grained molecular dynamics studies of cluster-bombarded benzene crystals Smiley EJ, Postawa Z, Wojciechowski IA, Winograd N, Garrison BJ |
6440 - 6443 |
Caesium/xenon dual beam depth profiling: Velocity of the sputtered atom and ionization probability Brison J, Douhard B, Houssiau L |
6444 - 6447 |
Sputter yields in diamond bombarded by ultra low energy ions de la Mata BG, Dowsett MG, Twitchen D |
6448 - 6451 |
AFM study of the SIMS beam induced roughness in monocrystalline silicon in presence of initial surface or bulk defects of nanometric size Fares B, Dubois C, Gautier B, Dupuy JC, Cayrel F, Gaudin G |
6452 - 6455 |
Determination of energy dependent ionization probabilities of sputtered particles Mazarov P, Samartsev AV, Wucher A |
6456 - 6458 |
Characterizing SIMS transient effects apparent in matrix secondary ion signals from silicon under 1 keV Cs+ impact van der Heide PAW |
6459 - 6462 |
Modeling the dissociation and ionization of a sputtered organic molecule Solomko V, Verstraete M, Delcorte A, Garrison BJ, Gonze X, Bertrand P |
6463 - 6465 |
Bombardment induced surface chemistry on Si under keV C-60 impact Krantzman KD, Kingsbury DB, Garrison BJ |
6466 - 6469 |
Molecular dynamics study of particle emission by reactive cluster ion impact Aoki T, Matsuo J |
6470 - 6473 |
Kinetic energy distributions of neutral In and In-2 sputtered by polyatomic ion bombardment Samartsev AV, Wucher A |
6474 - 6477 |
Yields and ionization probabilities of sputtered In, particles under atomic and polyatomic Au-m(-) ion bombardment Samartsev AV, Wucher A |
6478 - 6481 |
Deconvolution of very low primary energy SIMS depth profiles2w Fares B, Gautier B, Dupuy JC, Prudon G, Holliger P |
6482 - 6489 |
Molecular secondary ion formation under cluster bombardment: A fundamental review Wucher A |
6490 - 6493 |
Molecular ion emission from single large cluster impacts Verkhoturov SV, Rickman RD, Guillemier C, Hager GJ, Locklear JE, Schweikert EA |
6494 - 6497 |
Stretching the limits of static SIMS with C-60(+) Delcorte A, Poleunis C, Bertrand P |
6498 - 6501 |
Molecular depth profiling of multi-layer systems with cluster ion sources Cheng J, Winograd N |
6502 - 6505 |
Temperature-controlled depth profiling in polymeric materials using cluster secondary ion mass spectrometry (SIMS) Mahoney CM, Fahey AJ, Gillen G, Xu C, Batteas JD |
6506 - 6508 |
Using polyatomic primary ions to probe an amino acid and a nucleic base in water ice Conlan XA, Biddulph GX, Lockyer NP, Vickerman JC |
6509 - 6512 |
Chemical effects in C-60 irradiation of polymers Mollers R, Tuccitto N, Torrisi V, Niehuis E, Licciardello A |
6513 - 6516 |
Molecular depth profiling of organic and biological materials Fletcher JS, Conlan XA, Lockyer NP, Vickerman JC |
6517 - 6520 |
Probing thin over layers with variable energy/cluster ion beams Spool A, White R |
6521 - 6525 |
Depth profiling using C60+SIMS - Deposition and topography development during bombardment of silicon Gillen G, Batteas J, Michaels CA, Chi P, Small J, Windsor E, Fahey A, Verkouteren J, Kim KJ |
6526 - 6528 |
Fundamental studies of the cluster ion bombardment of water ice Szakal C, Kozole J, Winograd N |
6529 - 6532 |
Influence of massive projectile size and energy on secondary ion yields from organic surfaces Guillermier C, Della Negra S, Rickman RD, Pinnick V, Schweikert EA |
6533 - 6536 |
Sputtering yields of PMMA films bombarded by keV C60+ ions Bolotin IL, Tetzler SH, Hanley L |
6537 - 6541 |
3D molecular imaging SIMS Gillen G, Fahey A, Wagner M, Mahoney C |
6542 - 6546 |
Energy distributions of atomic and molecular ions sputtered by C-60(+) projectiles Delcorte A, Poleunis C, Bertrand P |
6547 - 6549 |
Evaluation of secondary ion yield enhancement from polymer material by using TOF-SIMS equipped with a gold cluster ion source Aimoto K, Aoyagi S, Kato N, Iida N, Yamamoto A, Kudo M |
6550 - 6553 |
High-intensity Si cluster ion emission from a silicon target bombarded with large Ar cluster ions Ninomiya S, Aoki T, Seki T, Matsuo J |
6554 - 6557 |
Characterization of drug-eluting stent (DES) materials with cluster secondary ion mass spectrometry (SIMS) Mahoney CM, Patwardhan DV, McDermott MK |
6558 - 6561 |
Au-analyte adducts resulting from single massive gold cluster impacts Hager GJ, Guillermier C, Verkhoturov SV, Schweikert EA |
6562 - 6565 |
Polyethylene terephthalate (PET) bulk film analysis using C-60(+), Au-3(+), and Au+ primary ion beams Conlan XA, Gilmore IS, Henderson A, Lockyer NP, Vickerman JC |
6566 - 6569 |
Influence of primary ion species on the secondary cluster ion emission process from SAMs of hexadecanethiol on gold Schroder M, Sohn S, Lipinsky D, Arlinghaus HF |
6570 - 6574 |
SSIMS analysis of organics, polymer blends and interfaces Weng LT, Chan CM |
6575 - 6581 |
Simplifying the interpretation of ToF-SIMS spectra and images using careful application of multivariate analysis Wagner MS, Graharn DJ, Castner DG |
6582 - 6587 |
Matrix-enhanced secondary ion mass spectrometry: The Alchemist's solution? Delcorte A |
6588 - 6590 |
Static ToF-SIMS analysis of plasma chemically deposited ethylene/allyl alcohol co-polymer films Oran U, Swaraj S, Friedrich JF, Unger WES |
6591 - 6593 |
Mass accuracy- TOF-SIMS Green FM, Gilmore IS, Seah MP |
6594 - 6596 |
Diffusion study of multi-organic layers in OLEDs by ToF-SIMS Chen WY, Ling YC, Chen BJ, Shih HH, Cheng CH |
6597 - 6600 |
3D-TOFSIMS characterization of black spots in polymer light emitting diodes Bulle-Lieuwma CWT, van de Weiier P |
6601 - 6604 |
G-SIMS-FPM: Molecular structure at surfaces- a combined positive and negative secondary ion study Gilmore IS, Green FM, Seah MP |
6605 - 6608 |
SIMS studies of polymeric tertiary structures in monolayers: Polysiloxane helical coil structures Rey-Santos R, Piwowar A, Alvarado LZ, Gardella JA |
6609 - 6614 |
SIMS depth profiling of polymer blends with protein based drugs Mahoney CM, Yu JX, Fahey A, Gardella JA |
6615 - 6618 |
Depth profiling of taxol-loaded poly(styrene-b-isobutylene-b-styrene) using Ga+ and C-60(+) ion beams Braun RM, Cheng J, Parsonage EE, Moeller J, Winograd N |
6619 - 6623 |
ToF-SIMS analysis of a fluorocarbon-grafted PET with a gold cluster ion source Zhu ZM, Kelley MJ |
6624 - 6627 |
Matrix-enhanced cluster-SIMS Locklear JE, Guillermier C, Verkhoturov SV, Schweikert EA |
6628 - 6631 |
S-SIMS and MetA-SIMS study of organic additives in thin polymer coatings Adriaensen L, Vangaever F, Lenaerts J, Gijbels R |
6632 - 6635 |
Chemical derivatization technique in ToF-SIMS for quantification analysis of surface amine groups Lee TG, Kim J, Shon HK, Jung D, Moon DW |
6636 - 6639 |
PLA-PMMA blends: A study by XPS and ToF-SIMS Cossement D, Gouttebaron R, Cornet V, Viville P, Hecq M, Lazzaroni R |
6640 - 6643 |
Comparison of detection efficiencies of negatively charged gold-alkanethiolate-, gold-sulfur- and gold-clusters in ToF-SIMS Rietmann T, Sohn S, Schroder M, Lipinsky D, Arlinghaus HF |
6644 - 6647 |
Organic SIMS with single massive gold projectile: Ion yield enhancement by silver metallization Guillermier C, Pinnick V, Verkhoturov SV, Schweikert EA |
6648 - 6651 |
End group effect on surface and interfacial segregation in PS-PMMA blend thin films Kailas L, Bertrand P |
6652 - 6655 |
Empirical evaluation of metal deposition for the analysis of organic compounds with static secondary ion mass spectrometry (S-SIMS) De Mondt R, Adriaensen L, Vangaever F, Lenaerts J, Van Vaeck L, Gijbels R |
6656 - 6659 |
Static secondary ion mass spectrometry (S-SIMS) in advanced textile research: Study of additives in polypropylene (PP) films Boschmans B, Vanneste M, Ruys L, Van Vaeck L |
6660 - 6663 |
Static secondary ion mass spectrometry (S-SIMS) analysis of atmospheric plasma treated polypropylene films Boschmans B, Vanneste M, Ruys L, Temmerman E, Leys C, Van Vaeck L |
6664 - 6667 |
Development of a highly sensitive analytical technique for surfactants by time-of-flight secondary ion mass spectrometry Tanji N, Okamoto M |
6668 - 6671 |
ToF-SIMS characterisation of diterpenoic acids after chromatographic separation Orinak A, Orinakova R, Arlinghaus HF, Vering G, Hellweg S, Cechinel V |
6672 - 6675 |
Towards a fully optimised organic LED device: Analysis of surface synthesis using coupling reactions by ToF-SIMS Pinna R, Jamme F, Rutten FJM, Smith EF, Willis MR, Briggs D, McCoustra MRS |
6676 - 6678 |
G-SIMS of thermosetting polymers Hawtin PN, Abel ML, Watts JF, Powell J |
6679 - 6682 |
Quantitative and high mass ToF-SIMS studies of siloxane segregation in hydrogel polymers using cryogenic sample handling techniques Hook DJ, Valint PL, Chen L, Gardella JA |
6683 - 6685 |
Effect of acrylic acid vapour on lubricated recording hard-disk media surfaces Ji R, Liew T, Chong TC |
6686 - 6688 |
Chemistry of metal atoms reacting with alkanethiol self-assembled monolayers Zhu Z, Allara DL, Winograd N |
6689 - 6692 |
Selective detection of organic compounds on modified polymer surfaces using TOF-SIMS in combination with derivatization Kwon M, Lee Y, Kim Y, Han S, Kim H |
6693 - 6696 |
Surface spectroscopic imaging of PEG-PLA tissue engineering constructs with ToF-SIMS Tsourapas G, Rutten FJM, Briggs D, Davies MC, Shakesheff KM |
6697 - 6701 |
Mutual information theory for biomedical applications: Estimation of three protein-adsorbed dialysis membranes Aoyagi S, Takesawa A, Yamashita AC, Kudo M |
6702 - 6705 |
The influence of the cholesterol microenvironment in tissue sections on molecular ionization efficiencies and distributions in ToF-SIMS Altelaar AFM, van Minnen J, Heeren RMA, Piersma SR |
6706 - 6708 |
Direct NanoSIMS imaging of diffusible elements in surfaced block of cryo-processed biological samples Hallegot P, Audinot JN, Migeon HN |
6709 - 6711 |
Introduction of a cryosectioning-ToF-SIMS instrument for analysis of non-dehydrated biological samples Moller J, Beumer A, Lipinsky D, Arlinghaus HF |
6712 - 6715 |
TOF-SIMS imaging of chlorhexidine-digluconate transport in frozen hydrated biofilms of the fungus Candida albicans Tyler BJ, Rangaranjan S, Moller J, Beumer A, Arlinghaus HE |
6716 - 6718 |
Investigating lipid interactions and the process of raft formation in cellular membranes using ToF-SIMS McQuaw CM, Sostarecz AG, Zheng L, Ewing AG, Winograd N |
6719 - 6722 |
ToF-SIMS studies of Bacillus using multivariate analysis with possible identification and taxonomic applications Thompson CE, Ellis J, Fletcher JS, Goodacre R, Henderson A, Lockyer NP, Vickerman JC |
6723 - 6726 |
7.87 eV postionization of peptides containing tryptophan or derivatized with fluorescein Hanley L, Edirisinghe PD, Calaway WF, Veryovkin IV, Pellin MJ, Moore JF |
6727 - 6730 |
Suppression and enhancement of non-native molecules within biological systems Jones EA, Lockyer NP, Vickerman JC |
6731 - 6733 |
A comparative study of secondary ion yield from model biological membranes using Au-n(+) and C-60(+) primary ion sources Baker MJ, Fletcher JS, Jungnickel H, Lockyer NP, Vickerman JC |
6734 - 6737 |
A new analysis of the depolymerized fragments of lignin polymer in the plant cell walls using ToF-SIMS Saito K, Kato T, Takamori H, Kishimoto T, Yamamoto A, Fukushima K |
6738 - 6741 |
Bioactive molecules for biomimetic materials: Identification of RGD peptide sequences by TOF-S-SIMS analysis Poulin S, Durrieu MC, Polizu S, Yahia LH |
6742 - 6745 |
Mass spectrometric characterization of DNA microarrays as a function of primary ion species Hellweg S, Jacob A, Hoheisel JD, Grehl T, Arlinghaus HF |
6746 - 6749 |
Direct ToF-SIMS analysis of organic halides and amines on TLC plates Parent AA, Anderson TM, Michaelis DJ, Jiang GL, Savage PB, Linford MR |
6750 - 6753 |
Nanoscale surface of carbon nanotube fibers for medical applications: Structure and chemistry revealed by TOF-SIMS analysis Polizu S, Maugey M, Poulin S, Poulin P, Yahia L |
6754 - 6756 |
ToF-SIMS imaging of gradient polyethylene and its amine-functionalized surfaces Lee TG, Shon HK, Kim MS, Lee HB, Moon DW |
6757 - 6760 |
Studies by imaging TOF-SIMS of bone mineralization on porous titanium implants after 1 week in bone Eriksson C, Borner K, Nygren H, Ohlson K, Bexell U, Billerdahl N, Johansson M |
6761 - 6764 |
Characterisation of human hair surfaces by means of static ToF-SIMS: A comparison between Ga+ and C-60(+) primary ions Poleunis C, Everaert EP, Delcorte A, Bertrand P |
6765 - 6769 |
Cations in mammalian cells and chromosomes: Sample preparation protocols affect elemental abundances by SIMS Levi-Setti R, Gavrilov KL, Neilly ME |
6770 - 6773 |
Specific Mg2+ binding to AT-rich regions of chromatin in the evolution of eukaryotes Strissel PL, Gavrilov KL, Levi-Setti R, Strick R |
6774 - 6776 |
Enhanced peptide molecular imaging using aqueous droplets Murayama Y, Komatsu M, Kuge K, Hashimoto H |
6777 - 6781 |
Localization of Na+ and K+ in rat cerebellum with imaging TOF-SIMS Borner K, Nygren H, Malmberg P, Tallarek E, Hagenhoff B |
6782 - 6785 |
Analysis of cardiac tissue by gold cluster ion bombardment Aranyosiova M, Chorvatova A, Chorvat D, Biro C, Velic D |
6786 - 6788 |
Hair dye distribution in human hair by ToF-SIMS Chen BJ, Lee PL, Chen WY, Mai FD, Ling YC |
6789 - 6792 |
Model multilayer structures for three-dimensional cell imaging Kozole J, Szakal C, Kurczy M, Winograd N |
6793 - 6796 |
Dynamic SIMS analysis of cryo-prepared biological and geological specimens Dickinson M, Heard PJ, Barker JHA, Lewis AC, Mallard D, Allen GC |
6797 - 6800 |
G-SIMS of biodegradable homo-polyesters Ogaki R, Green F, Li S, Vert M, Alexander MR, Gilmore IS, Davies MC |
6801 - 6804 |
Quantitative ToF-SIMS study of surface-immobilized streptavidin Kim YP, Hong MY, Shon HK, Moon DW, Kim HS, Lee TG |
6805 - 6808 |
TOF-SIMS investigation of the distribution of a cosmetic ingredient in the epidermis of the skin Okamoto M, Tanji N, Katayama Y, Okada J |
6809 - 6812 |
Imaging of single liver tumor cells intoxicated by heavy metals using ToF-SIMS Mai FD, Chen BJ, Wu LC, Li FY, Chen WK |
6813 - 6815 |
Study of the mechanism of diatom cell division by means of Si-29 isotope tracing Audinot JN, Guignard C, Migeon HN, Hoffmann L |
6816 - 6819 |
Bioaccumulation of chromium in aquatic macrophyte Borreria scabiosoides Cham. & Schltdl. Mangabeira PA, Mielke MS, Arantes I, Dutruch L, Silva DD, Barbier F, de Almeida AAF, Oliveira AH, Severo MIG, Labejof L, Rocha DC, Rosa TS, Santana KB, Gavrilov KL, Galle P, Levi-Setti R, Grenier-Loustalot MF |
6820 - 6820 |
Discussion on meeting the challenge of molecule specific analysis and imaging in organic and bio-systems Chair: Professor John C. Vickerman [Anonymous] |
6821 - 6826 |
Molecule specific imaging in biology: What are the challenges and the important applications? Ewing AG |
6827 - 6835 |
Why don't biologists use SIMS? A critical evaluation of imaging MS Heeren RMA, McDonnell LA, Amstalden E, Luxembourg SL, Altelaar AFM, Piersma SR |
6836 - 6843 |
Improvements in SIMS continue - Is the end in sight? Winograd N, Postawa Z, Cheng J, Szakal C, Kozole J, Garrison BJ |
6844 - 6854 |
ToF-SIMS analysis of bio-systems: Are polyatomic primary ions the solution? Jones EA, Fletcher JS, Thompson CE, Jackson DA, Lockyer NP, Vickerman JC |
6855 - 6859 |
General discussion Castner D, Ewing AG, Heeren RMA, Lockyer NP, Winograd N |
6860 - 6868 |
Information from complexity: Challenges of TOF-SIMS data interpretation Graham DJ, Wagner MS, Castner DG |
6869 - 6874 |
Rapid discrimination of the causal agents of urinary tract infection using ToF-SIMS with chemometric cluster analysis Fletcher JS, Henderson A, Jarvis RM, Lockyer NP, Vickerman JC, Goodacre R |
6875 - 6882 |
Multivariate statistical image processing for molecular specific imaging in organic and bio-systems Tyler BJ |
6883 - 6890 |
Spatial statistics and interpolation methods for TOF SIMS imaging Milillo TM, Gardella JA |
6891 - 6894 |
General discussion Gilmore I, Castner D, Gardella J, Goodacre R, Tyler B |
6895 - 6906 |
Quantitative imaging of cells with multi-isotope imaging mass spectrometry (MIMS)-Nanoautography with stable isotope tracers McMahon G, Glassner BJ, Lechene CP |
6907 - 6916 |
High resolution SIMS imaging of cations in mammalian cell mitosis, and in Drosophila polytene chromosomes Levi-Setti R, Gavrilov KL, Neilly ME, Strick R, Strissel PL |
6917 - 6924 |
Specimen preparation for NanoSIMS analysis of biological materials Grovenor CRM, Smart KE, Kilburn MR, Shore B, Dilworth JR, Martin B, Hawes C, Rickaby REM |
6925 - 6930 |
Sub-cellular localisation of a N-15-labelled peptide vector using NanoSIMS imaging Romer W, Wu TD, Duchambon P, Amessou M, Carrez D, Johannes L, Guerquin-Kern JL |
6931 - 6934 |
General discussion Goodacre R |
6935 - 6940 |
Development towards label- and amplification-free genotyping of genomic DNA Brandt O, Feldner J, Hellweg S, Schroder M, Stephan A, Arlinghaus HF, Hoheisel JD, Jacob A |
6941 - 6948 |
Mass spectrometric characterization of elements and molecules in cell cultures and tissues Arlinghaus HF, Kriegeskotte C, Fartmann M, Wittig A, Sauerwein W, Lipinsky D |
6949 - 6949 |
General discussion Winograd N |
6950 - 6956 |
Quantitative analysis of supported membrane composition using the NanoSIMS Kraft ML, Fishel SF, Marxer CG, Weber PK, Hutcheon ID, Boxer SG |
6957 - 6965 |
Imaging lipid distributions in model monolayers by ToF-SIMS with selectively deuterated components and principal components analysis Biesinger MC, Miller DJ, Harbottle RR, Possmayer F, McIntyre NS, Petersen NO |
6966 - 6974 |
Localization of lipids in freeze-dried mouse brain sections by imaging TOF-SIMS Sjovall P, Johansson B, Lausmaa J |
6975 - 6981 |
Localization of cholesterol in rat cerebellum with imaging TOF-SIMS -Effect of tissue preparation Nygren H, Borner K, Malmberg P, Hagenhoff B |
6982 - 6985 |
General discussion Winograd N |
6986 - 6991 |
Static SIMS for analysis of molecular conformation and orientation Bertrand P |
6992 - 6995 |
Characterisation of electrospun nanowebs with static secondary ion mass spectrometry (S-SIMS) Van Royen P, dos Santos AM, Schacht E, Ruys L, Van Vaeck L |
6996 - 6999 |
TOF-SIMS study of photocatalytic decomposition reactions on nanocrystalline TiO2 Gnaser H, Orendorz A, Ziegler C, Rowlett E, Bock W |
7000 - 7002 |
Supramolecular host-guest complexes based on cyclodextrin-diphenylhexatriene Rabara L, Aranyosiova M, Velic D |
7003 - 7005 |
Atomic distribution in quantum dots- A ToF-SIMS study Chen WY, Ling YC, Chen BJ, Wang CC |
7006 - 7009 |
Characterization of individual atmospheric aerosol particles with SIMS and laser-SNMS Peterson RE, Nair A, Dambach S, Arlinghaus HF, Tyler BJ |
7010 - 7013 |
Comparison of urban and rural particulate air pollution characteristics obtained by SIMS and SSMS Konarski P, Haluszka J, Cwil M |
7014 - 7017 |
Analysis of volatile nanoparticles emitted from diesel engine using TOF-SIMS and metal-assisted SIMS (MetA-SIMS) Inoue M, Murase A, Yamamoto M, Kubo S |
7018 - 7021 |
Quantitative characterizations of styrene-butadiene core-shell latexes by TOF-SIMS and pyrolysis GUMS Maekawa T |
7022 - 7025 |
Characterization of individual complex particles in urban atmospheric environment Suzuki K, Takii T, Tomiyasu B, Nihei Y |
7026 - 7029 |
TOF-SIMS measurements of the exhaust particles emitted from gasoline and diesel engine vehicles Tomiyasu B, Owari M, Nihei Y |
7030 - 7033 |
Study of coating distribution onto metallic hollow particles Orinakova R, Orinak A, Arlinghaus HF, Hellweg S, Kupkova M, Kabatova M |
7034 - 7037 |
Secondary ion statistics and determination of nanocluster (m > 10(7) amu) ion registration efficiency Novikov AV, Kirillov SN, Baranov IA, Obnorskii VV, Yarmiychuk SV |
7038 - 7040 |
Study of the Pd-Rh interdiffusion by ToF-SIMS, RBS and PIXE: Semi-quantitative depth profiles with MCs+ clusters Brison J, Hubert R, Lucas S, Houssiau L |
7041 - 7044 |
Secondary ionization mass spectrometric analysis of impurity element isotope ratios in nuclear reactor materials Gerlach DC, Cliff JB, Hurley DE, Reid BD, Little WW, Meriwether GH, Wickham AJ, Simmons TA |
7045 - 7047 |
Application of SIMS analyses on oxygen transport in SOFC materials Sakai N, Yamaji K, Horita T, Kishimoto H, Brito ME, Yokokawa H, Uchimoto Y |
7048 - 7050 |
Characterisation of irradiated nuclear fuel with SIMS Desgranges L, Valot C, Pasquet B |
7051 - 7053 |
Study of the carbon distribution in multi-phase steels using the NanoSIMS 50 Valle N, Drillet J, Bouaziz O, Migeon HN |
7054 - 7057 |
Strong composition-dependent variation of MCs+ calibration factors in TiOx and GeOx (x <= 2) films Gnaser H, Le YK, Su WF |
7058 - 7061 |
RuO2/SiO2/Si and SiO2/porous Si/Si interfaces analysed by SIMS Cwil M, Konarski P, Pajak M, Bieniek T, Kosinski A, Kaczorek K |
7062 - 7065 |
Examination of the influence of boron on the microstructure and properties of low C ferritic steels using NanoSIMS and TEM Ahmed S, Titchmarsh JM, Kilburn MR, Grovenor CRM |
7066 - 7069 |
SIMS analysis of nitrogen in various metals and ZnO Li YP, Wang S, Smith SP |
7070 - 7073 |
Sodium and hydrogen analysis of room temperature glass corrosion using low energy CsSIMS Fearn S, McPhail DS, Morris RJH, Dowsett MG |
7074 - 7077 |
SIMS depth profiling of rubber-tyre cord bonding layers prepared using Zn-64 depleted ZnO Fulton WS, Sykes DE, Smith GC |
7078 - 7081 |
SIMS characterisation of superconductive MgB2 layers prepared by ion implantation and pulsed plasma treatment Konarski P, Cwil M, Piekoszewski J, Stanislawski J |
7082 - 7085 |
Characterization of laser-fired contacts in PERC solar cells: SIMS and TEM analysis applying advanced preparation techniques Zastrow U, Houben L, Meertens D, Grohe A, Brammer T, Schneiderlochner E |
7086 - 7088 |
TOFSIMS analysis of Cu-SiC composites for thermal management applications Treichler R, Weissgaerber T, Kiendl T |
7089 - 7095 |
The geological microprobe: The first 25 years of dating zircons Compston W, Clement SWJ |
7096 - 7101 |
Applications of SIMS to cultural heritage studies Adriaens A, Dowsett MG |
7102 - 7106 |
NanoSIMS: A new tool in cosmochemistry Hoppe P |
7107 - 7112 |
Some applications of SIMS in conservation science, archaeometry and cosmochemistry McPhail DS |
7113 - 7116 |
Investigation into the nature of historical tapestries using time of flight secondary ion mass spectrometry (ToF-SIMS) Batcheller J, Hacke AM, Mitchell R, Carr CM |
7117 - 7119 |
Interstellar dust laser explorer (IDLE): A new instrument for submicron analyses of stardust-quantification of laser SNMS Henkel T, Tizard J, Blagburn D, Lyon I |
7120 - 7123 |
Analysis of simulated hypervelocity impacts on a titanium fuel tank from the Salyut 7 space station Jantou V, McPhail DS, Chater RJ, Kearsley A |
7124 - 7127 |
Surface analysis of ancient glass artefacts with ToF-SIMS: A novel tool for provenancing? Rutten FJM, Roe MJ, Henderson J, Briggs D |
7128 - 7131 |
Measurement of sulfur isotope ratios in micrometer-sized samples by NanoSIMS Winterholler B, Hoppe P, Andreae MO, Foley S |
7132 - 7135 |
uleSIMS characterization of silver reference surfaces Palitsin VV, Dowsett MG, de la Mata BG, Oloff IW, Gibbons R |
7136 - 7139 |
TOF-SIMS analysis of corroding museum glass Fearn S, McPhail DS, Hagenhoff B, Tallarek E |
7140 - 7143 |
ToF-SIMS applied to historical archaeology in the Alps Sodhi RNS, Mahaney WC, Milner MW |
7144 - 7147 |
Obsidian hydration dating from SIMS H+ profiling based on saturated surface (SS) layer using new software Liritzis I, Ganetsos T |
7148 - 7151 |
Automated ion imaging with the NanoSIMS ion microprobe Groner E, Hoppe P |
7152 - 7154 |
SIMS quantification of very low hydrogen contents Rhede D, Wiedenbeck M |
7155 - 7158 |
Preferential oxidation of chalcopyrite surface facets characterized by ToF-SIMS and SEM Al-Harahsheh M, Rutten F, Briggs D, Kingman S |
7159 - 7162 |
High throughput screening of novel oxide conductors using SIMS Fearn S, Rossiny JCH, Kilner JA, Zhang Y, Chen L |
7163 - 7166 |
Resonant laser-SNMS of boron for analysis of paleoceanographic samples Vering G, Crone C, Kathers P, Bijma J, Arlinghaus HF |
7167 - 7171 |
Characterizing high-k and low-k dielectric materials for semiconductors: Progress and challenges Bennett J, Quevedo-Lopez M, Satyanarayana S |
7172 - 7175 |
Characterization of HfO2 dielectric films with low energy SIMS Jiang ZX, Kim K, Lerma J, Sieloff D, Tseng H, Hegde RI, Luo TY, Yang JY, Triyoso DH, Tobin PJ |
7176 - 7178 |
SIMS analysis of HfSiO(N) thin films Miwa S, Kusanagi S, Kobayashi H |
7179 - 7181 |
Back side SIMS analysis of hafnium silicate Gu C, Stevie FA, Bennett J, Garcia R, GriffiS DP |
7182 - 7185 |
A study of dynamic SIMS analysis of low-k dielectric materials Mowat IA, Lin XF, Fister T, Kendall M, Chao G, Yang MH |
7186 - 7189 |
ToF-SIMS and AFM studies of low-k dielectric etching in fluorocarbon plasmas Lazzeri P, Hua X, Oehrlein G, Iacob E, Barozzi M, Bersani M, Anderle M |
7190 - 7193 |
The reduction of the change of secondary ions yield in the thin SiON/Si system Sameshima J, Yamamoto H, Hasegawa T, Nishina T, Nishitani T, Yoshikawa K, Karen A |
7194 - 7197 |
Thermal effects on H-1 and H-2 distributions determined by SIMS in atomic layer deposition of HfO2 and A1(2)O(3) using heavy water Holliger P, Hobbs C, Jalabert D, Martin F, Pierre F, Reimbold G, Rivallin P |
7198 - 7200 |
Ultra low energy SIMS depth profiling of sub-1.5 nm silicon oxynitride films Mulcahy CPA, Bock B, Ebblewhite PA, Hebert HP, Biswas S |
7201 - 7204 |
Depth profiling of emerging materials for semiconductor devices Ronsheim PA |
7205 - 7207 |
Important increase of negative secondary ion sensitivity during SIMS analysis by neutral cesium deposition Philipp P, Wirtz T, Migeon HN, Scherrer H |
7208 - 7210 |
SIMS quantitative depth profiling of matrix elements in semiconductor layers Guryanov G, Clair TPS, Bhat R, Caneau C, Nikishin S, Borisov B, Budrevich A |
7211 - 7213 |
SIMS depth profiling of boron ultra shallow junctions using oblique O-2(+) beams down to 150 eV Juhel A, Laugier F, Delille D, Wyon C, Kwakman LFT, Hopstaken A |
7214 - 7217 |
Comparison between the SIMS and MEIS techniques for the characterization of ultra shallow arsenic implants Giubertoni D, Bersani A, Barozzi M, Pederzoli S, Iacob E, van den Berg JA, Werner M |
7218 - 7220 |
RF-plasma source qualification and compositional characterisation of GaNAs superlattices using SIMS Mulcahy CPA, Barker SJ, Williams RS, Hopkinson M, Ashwin M, Stavrinou PN, Parry G, Biswass S, Jones TS |
7221 - 7223 |
Different optical conductivity enhancement (OCE) protocols to eliminate charging during ultra low energy SIMS profiling of semiconductor and semi-insulating materials Morris RJH, Dowsett MG, Chang RJH |
7224 - 7227 |
SIMS depth profiling of deuterium labeled polymers in polymer multilayers Harton SE, Stevie FA, Griffis DP, Ade H |
7228 - 7231 |
SIMS quantification of matrix and impurity species in AlxGa1-xN Gu CJ, Stevie FA, Hitzman CJ, Saripalli YN, Johnson M, Griffis DP |
7232 - 7235 |
Round-robin study of arsenic implant dose measurement in silicon by SIMS Simons D, Kim K, Benbalagh R, Bennett J, Chew A, Gehre D, Hasegawa T, Hitzman C, Ko J, Lindstrom R, MacDonald B, Magee C, Montgomery N, Peres P, Ronsheim P, Yoshikawa S, Schuhmacher M, Stockwell W, Sykes D, Tomita A, Toujou F, Won J |
7236 - 7238 |
Comparative study of negative cluster emission in sputtering of Si, Ge and their oxides Perego M, Ferrari S, Fanciulli M |
7239 - 7242 |
Steady-state Cs surface concentration on Si and Ge after low energy Cs+ bombardment by SIMS Chen P, Janssens T, Vandervorst W |
7243 - 7246 |
Narrow surface transient and high depth resolution SIMS using 250 eV O-2(+) Chanbasha AR, Wee ATS |
7247 - 7251 |
High sensitivity analysis of atmospheric gas elements Miwa S, Nomachi I, Kitajima H |
7252 - 7254 |
ToF-SIMS depth profiling of (Ga,Mn)As capped with amorphous arsenic: Effects of annealing time Bexell U, Stanciu V, Warnicke P, Osth M, Svedlindh P |
7255 - 7257 |
Quantitative analysis of surface contaminants on silicon wafers by means of TOF-SIMS Rostam-Khani P, Philipsen J, Jansen E, Eberhard H, Vullings P |
7258 - 7261 |
Determination of organic contaminations on Si wafer surfaces by static ToF-SIMS: Improvement of the detection limit with C-60(+) primary ions Poleunis C, Delcorte A, Bertrand P |
7262 - 7264 |
Quantitative SIMS analysis of SiGe composition with low energy O-2(+) beams Jiang ZX, Kim K, Lerma J, Corbett A, Sieloff D, Kottke M, Gregory R, Schauer S |
7265 - 7268 |
SIMS analysis of impurities and nitrogen isotopes in gallium nitride thin films Hajime H, Ohgaki T, Sakaguchi I, Ryoken H, Ohashi N, Yasumori A |
7269 - 7271 |
"Non-destructive" B, P and As dosimetry using normal incidence oxygen Maul H, Ehrke HU, Loibl N, Schnurer-Patschan C |
7272 - 7274 |
Phosphorous degassing from poly silicon under thermal exposure: A ToF-SIMS depth profile investigation Alberici SG, Piagge R |
7275 - 7278 |
SIMS analysis of a multiple quantum well structure in a vertical cavity surface emitting laser using the mixing-roughness-information depth model Ootomo S, Maruya H, Seo S, Iwase F |
7279 - 7282 |
SIMS and SEM analysis of In1-x-yAlxGayP LED structure grown on InxGa1-xP,P graded buffer Vincze A, Satka A, Peternai L, Kovac J, Hasenohrl S, Vesely M |
7283 - 7285 |
The influence of impurity profile on ultra-shallow GaAs sidewall tunnel junction characteristics Ohno T, Oyama Y, Nishizawa JI |
7286 - 7289 |
Influence of changes in the resistivity of the sample surface on ultra-shallow SIMS profiles for arsenic Barozzi M, Giubertoni D, Pederzoli S, Anderle M, Iacob E, Bersani M |
7290 - 7292 |
Secondary ion measurements for oxygen cluster ion SIMS Ninomiya S, Aoki T, Seki T, Matsuo J |
7293 - 7296 |
Shave-off depth profiling: Depth profiling with an absolute depth scale Nojima M, Maekawa A, Yamamoto T, Tomiyasu B, Sakamoto T, Owari M, Nihei Y |
7297 - 7300 |
Implementing a SIMS ion source on the NRL trace element accelerator mass spectrometer Knies DL, Grabowski KS, Cetina C |
7301 - 7303 |
Isotope ratio measurement with a multicollector detector on the cameca IMS nf Lorincik J, Hervig R, Franzreb K, Slodzian G, Williams P |
7304 - 7307 |
The development of a range Of C-60 ion beam systems Hill R, Blenkinsopp R, Barber A, Everest C |
7308 - 7311 |
Development of a ToF version of the desktop MiniSIMS utilising a continuous primary ion beam Eccles AJ, Vohralik P, Cliff B, Jones C, Long N |
7312 - 7314 |
Performance of a C-60(+) ion source on a dynamic SIMS instrument Fahey AJ, Gillen G, Chi P, Mahoney CM |
7315 - 7317 |
Boron ultra low energy SIMS depth profiling improved by rotating stage Bersani M, Giubertoni D, Iacob E, Barozzi M, Pederzoli S, Vanzetti L, Anderle M |
7318 - 7320 |
SIMS analysis using a new novel sample stage Miwa S, Nomachi I, Kitajima H |
7321 - 7325 |
Caesium sputter ion source compatible with commercial SIMS instruments Belykh SF, Palitsin V, Veryovkin IV, Kovarsky AP, Chang RJH, Adriaens A, Dowsett M, Adams F |