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___________________________________________________________________________ 2022 April 6, Kraftverteilungen beim Indentieren, Webinar des Fachausschusses Härteprüfung ___________________________________________________________________________ 2021 April 15, Phasen-Umwandlungen beim Indentieren, Webinar des Fachausschusses Härteprüfung _____________________________________________________________________________ 2020 April 22, Pop-In Missdeutungen und physikalische Halbkugel Indentierungen, Fachausschuss Härteprüfungen, Dortmund Mai 27, Catastrophic Crashing from Phase-Transition Onsets and Energies via Penetration Resistance by Depth Sensing Indentations, Webinar Nano2000, Amsterdam, Netherlands _____________________________________________________________________________ 2019 October 14-15, From penetration resistance to phase-transition energy: new applications of indentation; Keynote, 3rd International Conference on Materials Science &Materials Chemistry, Innovations in Advanced Materials and Technologies, Vienna, Austria. April 4, Vom Eindringwiderstand zur Phasenumwandlungs Energie und deren Folgen, Fachausschuss Härteprüfung beim Material Prüfungsamt NRW, Dortmund. _____________________________________________________________________________ 2018 November 5-7, On the wayt to physically correct indentation analyses. 7th World Congress on Nanotechnology and MaterialsScience, Frankfurt.> October 4-5, Basic physics disproves the obligatory ISO-14577 standards: A dilemma for all indentation mechanics DOI: 10.21767/2471-9838-C5-019, Keynote, Moscow, Russia.September 26-27. The way to physically correct indentation analyses. 2nd International Conference on Materials Science and Research, Frankfurt.September 4-6. The physically correct indentation analyses. 21st International Conference on Advanced Materials & Nanotechnology, Zürich, Schweiz. April 18-19. Auf dem Weg zu physikalisch richtigen Indentierungs-Analysen. Arbeitskreis Tagung Eindringversuch, Schweinfurt. März 15-16. Basic physics disproves the obligatory ISO-14577 standards: a dilemma for all indentation mechanics. Keynote 23rd International Conference on Nanomaterials and Nanotechnology, London, UK. __________________________________________________________________ 2017 _______________________________________________________________________________ September 12. Dilemma between Physics and ISO Standards in Indentations. Keynote, 8th International Colloquium Micro-Tribology, Warsaw Poland. August 01. Much higher resolution below the diffraction limit than the more recent stochastic techniques for unstained materials. Keynote, International Conference on Nanobiotechnologies & Nanoregulations, Chicago, USA. July 31. ISO violates the first energy law including hardness/elasticity standards from indentations: What can be done? Keynote,. International Conference on Nanobiotechnologies & Nanoregulations, Chicago, USA. June 12-14. Physics versus non-physical ISO/NIST standards in nano, micro, and the numerous macro-techniques are detrimental for daily life: what can be done? Workshop June 13: 9th World Congress on Materials Science and Engineering, Rome, Italy March 02-03 . Thousand waste-free solid-state syntheses from 2 mmol to industrial scale and processes with 100% yield in 26 reaction types. Keynote March 03: 2nd European Organic Chemistry Congress, Amsterdam, Netherlands. February 20-21. Iso-standards 14577 violate the first energy law: Can we live with that? Keynote February 20: Annual Congress on Materials Research and Technology, Berlin, Germany. ________________________________________________________________________ 2016 _______________________________________________________________________________ October 23-27. ISO standards for (nano)Indentations Must Be Changed for Being Compatible with Physics. Invited October 26, Materials Science and Technology MS & T 16, Salt Lake City, Utah USA. October 20-21. Local apertureless SNOM for biomaterials without staining much higher resolving, more versatile, easier, older, and cheaper than stochastic STED, PALM, etc. Keynote October 20, 4th Int. Conf. on Bioprocess and Bio Therapeutics, Houston, Texas USA. October 17-19. Crystal structure and organic solid-state reactioms. Keynote October 17, Applied Crystallography, Houston, Texas USA. August 01-02. Dilemma between ISO and physics in (nano)indentations. Keynote August 1, 9th Nano Congress for Next Generation, Manchester, UK. July 25-27. How are wastes entirely avoided in solid-state productions? Keynote July 27, 2nd World Congress on Recycling 2016, Berlin, Germany. June 13-15. Important consequences of the exponent 3/2 for pyramidal/conical indentations - New definitions of physical hardness and modulus; Keynote June 14, 5th World Conference on Materials Science and Engineering 2016, Alicante, Spain. April 21-23. The exponent 3/2 instead of 2 on h for conical/pyramidal indentation: physical foundation and unprecedented applications; Keynote April 21, Global Nanotechnology Congress and Expo 2016, Dubai, UAE. April 8. Development of ultrafine-grained, creep-resitant aluminum alloys by high-energy milling. 9th German-Japanese/9th International Symposium on Nanostructures OZ-16, Wenden, Germany. April 8. Mechanochemistry and solid-state syntheses by reactive milling with up-scale. 9th German-Japanese/9th International Symposium on Nanostructures OZ-16, Wenden, Germany. April 5-6. The physical foundation of the exponent 3/2on h instead of 2 for conical/pyramidal indentations, and the consequences for mechanical parameters including H and Er; ISO; FD-12 der AWT und des Arbeitskreises Härteprüfung der DGM, an der Physicalisch Technischen Bundesanstalt PTB Braunschweig, Germany. March 4-6. The exponent 3/2 instead of 2 on h for conical/pyramidal indentation: physical foundation and unprecedented applications; Singapore-BITs 2nd World Congress of Smart Materials- 2016. _______________________________________________________________________________ 2015 _______________________________________________________________________________ December 3, Apertureless shear-force SNOM, better than STED, PALM, etc. in all respects, Physics Seminar lecture, University of Oldenburg, Germany. November 16-18, The exponent 3/2 instead of 2 on h for conical/pyramidal indentations: physical foundation and unprecedented applications; Keynote November 17, 5th Int. Conf. on Nanotek&Expo, San Antonio, USA August 30-September 2, Apertureless enhanced reflexion SNOM: earlier, easier, higher resolving, cheaper, more versatile than STED; GDCH Wissenschaftsforum Chemie, Dresden 2015 - Chemie verbindet. August 10-13, Quantitative nanomechanics - new physics; International Symposium on Energy Challenges and Mechanics, ISECM 2015, Aberdeen, Scotland. July 12-17, Fast molecular solid-state reactions by proper experimentation; The 22nd International Conference on the Chemistr of the Organic Solid State, ICCOSS XXII Niigata, Japan. May 10-14, Phase transition energies and activation energies from nothing else than indentation loading curves - together with the physical foundation of the exponent 3/2 on h instead of formerly 2 for pyramidal/conical indentation loading curves. 12th International Conference on the Mechanical Behavior of Materials ICM12, Karlsruhe, Germany. April 21-23, The physical foundation of FN = k h^3/2 for conical/pyramidal indentations. Nanobrücken 2015 - A Nanomechanical Testing Workshop, Potsdam, Germany. _____________________________________________________________ 2014 _______________________________________________________________________________ March,26-28, Temperature dependent phasetransition energies from loading curves, Nanobrücken IV 2014 Nanomechanical Testing Workshop, INM Leibnitz Institute for New Materials, Saarbrücken, Germany February 27-28, lecture on Enegetics in indentations with applications, AK Sonde, Mechanische Charakterisierung in kleined Dimensionen, MPI für Eisenforschung, Düsseldorf, Germany _______________________________________________________________________________ 2013 _______________________________________________________________________________ October 6-11, Penetration resistance: the quantitative energetics in nano- and micro-mechanical testing, I#75 in Nanomechanical Testing in Materials Research and Development IV, Olhao, PortugalJune 17-20, Nutshells' Cellular Structures: Bionics Models for Improved Constructions, 17th International Conference in Composite Structures (ICCS17), Porto March 20-22, Penetration resistance for the energetics in pyramidal/conical and spherical loading curves, including long-range and phase transition energies, Nanobrücken-Dresden a Nanomechanical Testing Workshop _______________________________________________________________________________ 2012 _______________________________________________________________________________ September 9-13, Penetration Resistance; the Reinvention of Nano-Indentation, 6th Int. Colloquium Micro-Tribology 2012, Warschau-Osieck March 22-23, Penetration Resistance; Nanobrücken II, a Nanomechanical Testing Workshop, Saatrbrücken _______________________________________________________________________________ 2011 ______________________________________________________________________________________________________________________________________________________________________________ July 3-8, Universal penetration resistance and penetratability from pyramidal nanoindentations, International Indentation Workshop 4 IIW4 in Seoul, Korea, on July 4th, 2011 Febr. 26-27, 2011, SNOM on rough and natural surfaces, International Symposium on Bioimaging and Surface Sciences, University of Hyogo, Japan _____________________________________________________________________________________________________ 2010 _______________________________________________________________________________________ Aug. 30 - Sept 01, 2010, Nanoindentation loading curves with conical and pyramidal tips strictly go with h3/2, but not with Hertzian h2, IV-354, Seeing at the Nanoscale VIII, Basel, Schweiz G. Kaupp: Pressure relief rather than minimal atomic and molecular movements in molecular and salts' solid-state reactions also in relation to bond-breaking mechanochemistry; link to PDF document http://kaupp.chemie.uni-oldenburg.de/solid-state-lecture-kaupp.pdf Febr. 28-March 02, 2010, The chemistry of reactive milling with metals and mechanical metal to metal alloying, Proceedings of the 3rd German-Japanese Symposium on Nanostructures - 3rd International Symposium on Nanostructures, OZ-10, , Wenden/Olpe, Germany Febr. 25-26, 2010, The exponent 3/2 of nanoindentation loading curves with conical and pyramidal tips, Proceedings of the Nanobrücken Nanomechanical Testing Workshop and Hysitron User Meeting, INM Saarbrücken, Germany _______________________________________________________________________________ 2009 ______________________________________________________________________________________ March 5th 2009, Kansai University, Japan, Foundation and merits of mechanochemistry as compared to molecular solid-state chemistry March 4th 2009, Kyoto University, Japan, Foundation and merits of molecular solid-state chemistry and of mechanochemistry March 1st - 3rd 2009, 2nd German-Japanese Symposium on Nanostructures and 2nd International Symposium on Nanostructures OZ-09, Kuratsu University, Japan, Foundation, Practice, and Future of Reactive Milling ____________________________________________________________________________________ 2008 ______________________________________________________________________________________ December 16th, GDCh Kolloquium, University of Siegen, Solid-state reactions: superior green chemistry and more March 3rd - 5th 2008, 1st German-Japanese Symposium on Nanostructures and 1st International Symposium on Nanostructures OZ08, Siegen, Reactive Milling for Environmental Production 2007 December 9th – 13th 2007, Second International Conference on Mechanics of Biomaterials & Tissues, Lihue, Kaua’i, Hawaii, September 23rd – 27th 2007, Colloquium Spectroscopicum Internationale XXXV, Symposium 6 Surface Enhanced July 2nd – 7th 2007, Eleventh European Symposium on Organic Reactivity (ESOR XI) Faro, Portugal,
2006 November
9th 2006,
Solid-state chemical production, Jena University, Germany
October 27th 2006, Nanomechanical testing of composite hardshells, Ismaning/Munich, Germany October 4th -6th 06, 36. Kolloquium EDO “Arbeitskreis für Elektronenoptische Direktabbildung und Analyse von Oberflächen”, Wuppertal, Nanotechniken zur Früherkennung und Analyse chemisch-physikalischer Veränderungen an vielgebrauchten Polymeren September
14th 06,
1st Int. IUPAC Conference on Green -Sustainable Chemistry,
Dresden,
Quantitative large-scale syntheses without solvents for sustainable
production
giving pure product while avoiding purifying workup
2005 Dez. 17th
05, Internat. Chem. Congress of Pacific Basin Societies
2005,
Honolulu, Hawaii,
Organic Solid State Chemistry: Structure, Synthesis and Reactivity
(ORGN #323),
Quantitative large-scale syntheses without auxiliaries for sustainable
production (lecture no. 688)
Dec. 15th
05, Internat. Chem. Congress of Pacific Basin Societies
2005,
Honolulu, Hawaii,
Supramol. Photochem. (ORGN #236), Crystal packing for the determination
of
reactivity in solid-state photochemistry (lecture no. 75).
September,
26th-28th,
n-ABLE2005,
Saarbrücken, SNOM on rough
"real-world" surfaces August
30-September 1st, 2005, Nanomech 6, Hueckelhoven,
Possibilities of studying
phase transformation upon micro-
and
nanoindentation by synchrotron radiation microdiffraction
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2004 2003 2002
Medica 2002: Near-Field Microscopy on organic and biological samples (pdf-File, German) Symposium: Reactivity of Organic Molecules in the Solid State (ROM2S), Pfizer. Lecture: Application of AFM for Reactivity Studies in the Solid State Surface: G. Kaupp, M.R. Naimi-Jamal, Mechanically induced anisotropic molecular migrations and anisotropic scratch resistance in organic crystals G. Kaupp, M.R. Naimi-Jamal, Benign Syntheses in Large-scale Mills without Auxiliaries and Wastes G. Kaupp, S. Stepanenko, A. Herrmann, SSGRR 2002, l'Aquila: invited session: World-wide interaction with 3D-data PDF-File Organisation und Leitung des Symposiums: Signal Processing in Natural Sciences - Von Rohdaten zur Erkenntnis auf der IUK2002 Mechanismus der Reflexionsverstärkung im optischen Nahfeld Dechema: Nachhaltige Festkörpersynthesen mit 100% Ausbeute durch reaktives Mahlen
2001 Nahfeldmikroskopie für rauhe organische und biologische Oberflächen GDCh Jahrestagung 2001: Nahfeld Optik: Photochemie von morgen IUPAC and OECD Workshop on Green Chemistry Education Word-File (ca. 387 kB) G. Kaupp, J. Boy, A. Herrmann, SSGRR 2001, l'Aquila: The publication of 3D-datasets for interactive acces beyond the visualization techniques PDF-File and Powerpoint-Presentation (incl. 3 movies) (Zipfile, ca. 8.57 MB) Organization/Chairman of "3D-Data Interaction" with 10 invited Speakers Enviromentally benign syntheses with 100% yield Solid-state photochemistry: new approaches based on new mechanistic insights Abstandsabhängigkeit der optischen Nahfeldverstärkung The Publication of Interactive 3D-Data in Chemistry; Leitung des Symposiums "3D-Daten" IASTED; More than Mulktimedia: Data-Interaction; "Leitung des Symposiums Signal Processing" Optische Nahfeldmikroskopie f黵 rauhe biologische Oberfl鋍hen SNOM von prähistorischen Bakterien
2000 Pacifichem., Enviromentally benign solid-state reactions Mechanically induced anisotropic molecular movements in organic crystals, indentation and scratch tests Interaktive Publikation und Nutzung von 3D-Daten 3D-Dateninteraktion SNOM mit Biomaterialien Internet : SNOM, a new photophysical tool Link to interaktive VRML-Data for analysing and verifying the results Die Abhängigkeit des Nahfeldverstärkungsfaktors vom SNOM-Spitzenabstand unter Scherkraftdämpfungskontrolle SPS 2000, Second International Conference on Scanning Probe Spectroscopy SNOM by Near-Field Enhancement for Industrial Applications EXPO 2000, Beyond the Age of Images: Dateninteraktives Publizieren von 3D-Daten (Ausstellung mit Demos und Powerpointpräsentationen) Analytika 2000 Exchange Formats in Chemistry - State of the Art and Perspectives DI/VECOM - User Meeting Data interactive publishing of 3D-surfaces in VRML More than Multimedia - Datainteraction Festkörpersynthesen AFM und SNOM auf biologischen Gewebeproben 1999 Organische Festkörperchemie: Aktive Umweltschutztechnik Vorstellung des Teilprojekts "Interaktive 3D Daten" Tag der Chemie, University of Oldenburg Optische Nahfeldmikroskopie: das Oldenburger Verfahren SNOM on Rough Surfaces Including the First Technical Applications Data-Interactive Publishing of 3D-Surfaces Organische Festkörperchemie: aktive Umweltschutztechnik Global-Info Meeting Zwischenbericht der SFM2 Iminiumsalze in Festkörpersynthesen mit 100% Ausbeute (see "proceedings", 10 pp) Rückstandfreie Festkörperreaktionen mit quantitativer Ausbeute (German Language) Dechema-Meeting Quantitative, d.h. aufarbeitungsfreie Festkörpersynthese in der Kugelmühle BMBF-Meeting Dateninteraktives Publizieren 4. International Symposium on Functional Dyes NEAR-FIELD PROPERTIES OF FUNCTIONAL DYES AND THEIR APPLICATION New developements in solid-state organic chemistry IEEE, ADL"99 A Plea for Publishing without Loss of Data Local Info Meeting Der Arbeitskreis Fachinformation in Oldenburg BMBF-Dechema Meeting Abfallfreie Synthesen (German Language) IUK-Meeting "Dynamic Documents" Publishing without loss of data AFM und SNOM bei organischen Festkörperreaktionen SPIE's BiOS"99 Scanning near-field optical microscopy (SNOM) with uncoated tips 1998 BMBF Optical Near-field microscopy for Laserbiodynamics (in German Language) Zuse Zentrum New tools for all natural sciences, engineering, mathematics, medicine PTB Aperturess SNOM: chemical contrast without topographical Artefacts (in German language) Tag der Chemie, University of Oldenburg Umweltfreundliche Synthesen mit 100% Ausbeute: die Produktionstechniken der Zukunft OECD Workshop on Sustainable Chemistry Case-study on "waste-free" gas-solid reactions GDCh-Meeting Konzepte der Chemie für Global-Info MPI SNOM with uncoated fibers (in German Language) 1st GAIPHOS, German, Austrian and Italian Sections of EPA SCANNING NEAR-FIELD OPTICAL MICROSCOPY: A GENUINE PHOTOCHEMICAL TECHNIQUE Global Info: Anforderungen der Chemie an hypermediale Visualisierungen Interactive Publishing (in German language)
1997 First International Conference on Material and Life Sciences AFM AND SNOM, NEW TRENDS IN ORGANIC SOLID-STATE CHEMISTRY 27th Symposium on Structural Organic Chemistry GAS-SOLID REACTIONS: WASTE-FREE SYNTHESES XVIIIth International Conference on Photochemistry ICP ATOMIC FORCE AND NEAR-FIELD OPTICAL MICROSCOPY IN ORGANIC PHOTOCHEMISTRY ICCOSS XIII AFM and SNOM in organic solid-state chemistry ICCOSS XIII 100% yield in 300 gas-solid reactions covering 22 reaction types: a benign option for industrial solid-state production Incom Optische Nahfeldmikroskopie (SNOM): Neue Oberflächenanalytik beim Studium umweltgerechter Produktionsverfahren Near-Field Optics 4 (NFO-4) CHEMICAL SNOM-CONTRAST ON ORGANIC SOLIDS USING COLD FIBER TIPS 1996 NANO IV SNOM-Contrast and -Lithography on Organic Surfaces Analytika 96 NAHFELDMIKROSKOPIE (SNOM), NEUE OBERFLÄCHENANALYTIK IN DER ORGANISCHEN CHEMIE Annual Scanned Probe Microscopy SNOM ON ORGANIC SURFACES AND NEW LITHOGRAPHY WITH SNOM Incom Optische Nahfeldmikroskopie (SNOM): Chemischer Kontrast mit kalten Tips |