7 MINUTES INTRO: THE NEW STOE SEARCH/MATCH 2
Interested in the STOE SEARCH/MATCH2, but haven't got the time to watch the webinar? Just enjoy these 7 minutes to get a first impression.
BEAMLINE-LIKE CAPABILITIES USING IN-HOUSE INSTRUMENTATION
Featuring Dr. Christos Malliakas, Research Associate Professor, IMSERC, Northwestern University, Evanston, IL, USA, 53 min.
CRYSTALLOGRAPHIC STUDIES OF INORGANIC PIGMENTS IN CULTURAL HERITAGE: RED OCHRE AND TERRA VERDE
Featuring Prof. Ulrich Baisch, presenting on behalf of Prof. Liana Vella Zarb, Chemistry, Faculty of Science at University of Malta, 47 min.
ANHYDROUS LEVOFLOXACIN: INTRIGUING CRYSTAL STRUCTURES SOLVED BY IN SITU X-RAY POWDER DIFFRACTION
Featuring Prof. Dr. Fabio Furlan Ferreira, Universidade Federal do ABC - UFABC, Santo André, SP, Brazil. 55 min.
MORPHOLOGY STUDIES ON URATE CRYSTALS: A NEW PATHWAY FOR THE TREATMENT OF GOUT?
Featuring Prof. Ulrich Baisch, Chemistry, Faculty of Science at University of Malta. 48 min.
POWDER X-RAY DIFFRACTION AND 3D-ED PARTNERS IN STRUCTURE SOLUTION AND REFINEMENT
Featuring Mauro Gemmi, Center for Nanotechnology Innovation@NEST, Istituto Italiano di Tecnologia, Pisa, Italy. 51 min.
THE NEW STOE HEATSTREAM: SC-XRD AT 800° CELSIUS
The unique STOE Heatstream allows you to perform measurements at up to 800 °C on your STOE single crystal diffractometer. Join this webinar for handling, applications and results achieved. 31 min.
NEW AUTOMATED SAMPLE STAGES FOR THE STOE STADIVARI
New automated sample stages have been developed in two versions, for light and heavy loads, to position your samples perfectly in the STOE STADIVARI. 16 min.
DECTRIS EIGER 2 R CdTe DETECTOR: TECHNOLOGY, INTEGRATION & RESULTS
In this webinar, Dectris and STOE scientists are presenting the new Eiger 2 R CdTe detector integrated to the STOE STADIVARI and the results achieved. 27 min.
THE RebirX PROJECT: FIRST TIME INTEGRATION TO STOE STADIVARI
Being able to adapt our solutions to customer demands is one of our strenghts. Have a look at this example, how we implemented a customer-owned detector. 12 min.
STOE X-AREA: LANA SCALING TOOL – IMPROVED USABILITY & NEW POSSIBILITIES
Be informed about the latest improvements in our STOE X-AREA Lana Scaling Tool: Usability improvements and new possibilities. 55 min.
STOE X-AREA: AUTOMATIC ESTIMATION OF CRYSTAL MOSAICITY & BEAM DIVERGENCE
See these new developments in STOE's single crystal software X-AREA. 34 min.
THE NEW STOE SEARCH/MATCH 2: A SHOWCASE PHASE ANALYSIS
The STOE WinXPOW software got a completely new Search/Match routine, with a tree structure in a new shell using a project oriented own data base and allowing the use of COD data files additionally to the ICDD. 31 min.
THE NEW STOE SEARCH/MATCH 2: ALGORITHMS AND PARAMETERS
The STOE WinXPOW software got a completely new Search/Match routine. This webinar focusses on the algorithms and parameters and their effects. 48 min.
GETTING HIGH RESOLUTION DATA: SINGLE- AND MULTI-MYTHEN DETECTORS ON A STADI P
Watch this session for getting High Resolution data with the STADI P, using the DECTRIS MYTHEN2 1K as a Single- or a Multi-MYTHEN Detector. 45 min.
STADI P MAINTENANCE AND ALIGNMENT, SAMPLE PREPARATION & DATA COLLECTION
STADI P in a Nutshell: From Maintenance & Alignment to Sample Preparation & Data Collection. 46 min.
PUSHING THE LIMITS – STOE’S TWIN PORT METALJET SOLUTION
See how we designed for Karlsruhe Institute of Technology a system for SC-XRD and PXRD powered by a dual port Excillum MetalJet. With two wavelengths usable for both end-stations, a unique service and alignment concept and the latest Dectris detector technique. 43 min.
MAINTAINING OPTIMUM DATA QUALITY: CHECKING & RE-ALIGNING YOUR STADI P/MP & SAMPLE HOLDERS
On installation, every STADI P is perfectly aligned. Due to heavy use over time, the performance should be rechecked regularly. We will show you how to inspect and how to realign it. 48 min.
SAMPLE PREPARATION: TRANSMISSION, CAPILLARY & INSITU HT2
Insights into preparing your sample for the STOE transmission sample holder, a thin capillary or non-ambient experiments in the STOE INSITU HT2 chamber. You will also see some preparation basics for reflection. 50 min.
STOE – YOUR PARTNER IN X-RAY DIFFRACTION
STOE, originally founded in 1887, to manufacture equipment for the optical analysis of crystals, has been a pioneer in powder and single crystal X-ray diffraction since the 1960’s, e.g. STOE invented and patented the transmission geometry technique for Powder XRD as well as, for single crystals, produced the first pixel detector XRD system with an open Eulerian cradle.
STOE is based in Darmstadt, Germany, and keeps the R&D, software programming, electrical and mechanical engineering and production all in house, allowing STOE to provide customers with standard as well as individual solutions. Whenever it comes to quality, STOE accepts no compromises. This high-level of detail is what sets STOE apart.
Watch this video to meet the team, the company and some of our customers and what they have to say about STOE.
Ensuring service quality throughout the world – Graduation of STOE Certified Service Engineers
Nearly all of our service cases can be handled by phone, email and –if needed- courier. For the rare cases that require the presence of a service engineer, or maintenance tasks (if requested by the customer), STOE trains technicians to ensure the excellent service level that our customers expect and deserve.
The class of 2013 consisted of our sales partners’ technicians and customers’ technicians.
If you are interested to participate in, or to send your in-house technician for service training, please let us know.
The fascinating world of crystallography
Watch this video produced by the International Union of Crystallography: Johanna reflects on the structure of a snowflake. She learns of Johannes Kepler’s awareness of its regular symmetry 400 years ago. Just 100 years ago, it was discovered that X-ray diffraction could show the atomic structure of crystalline materials. Johanna learns how these discoveries led to enormous advances in physics, chemistry, biology and medicine, many of which were rewarded by Nobel Prizes. The celebration of these advances in this International Year of Crystallography 2014 inspire her to imagine what might yet be discovered … and how she could be part of that great adventure.