W książce pokazano kilka praktycznych metod opracowania danych dyfrakcji rentgenowskiej (XRD) pozwalających na ocenę średniego rozmiaru nanokryształów, rozkładu ich wielkości oraz ich błędów pomiarowych. Opisano też techniki obliczeniowe pozwalające na wyznaczenie widm dyfrakcyjnych nanoproszków z dowolną strukturą politypową oraz błędami ułożenia. Read More …
Example of processing bad data with X-Ray Diffraction (XRD) Nano Processor Demo. The routine should break calculation to avoid seriously incorrect conclusions. Read More …
Few example of data processing with X-Ray Diffraction (XRD) Nano Processor Demo. Good data and success story is shown in this clip. Read More …
Video introduction to X-Ray Diffraction (XRD) Nano Processor Demo. This web application allows for Drag & Drop processing of nanopowder (nanocrystalline) diffraction data and obtain grain size distribution in few seconds.
Commentary on sharing results of processing of the XRD data. Read More …
Video introduction to X-Ray Diffraction (XRD) Nano Processor Demo. This web application allows for Drag & Drop processing of nanopowder (nanocrystalline) diffraction data and obtain grain size distribution in few seconds.
Commentary on band and coherence distance parameters of the XRD data. Read More …
Video introduction to X-Ray Diffraction (XRD) Nano Processor Demo. This web application allows for Drag & Drop processing of nanopowder (nanocrystalline) diffraction data and obtain grain size distribution in few seconds.
Commentary on assumptions and limitations while processing the XRD data. Read More …
Video introduction to X-Ray Diffraction (XRD) Nano Processor Demo. This web application allows for Drag & Drop processing of nanopowder (nanocrystalline) diffraction data and obtain grain size distribution in few seconds.
Commentary on diffraction theory used for processing the XRD data. Read More …
Video introduction to X-Ray Diffraction (XRD) Nano Processor Demo. This web application allows for Drag & Drop processing of nanopowder (nanocrystalline) diffraction data and obtain grain size distribution in few seconds. Read More …
Method FW1/4/5M allows for quick Grain Size Distribution (GSD) calculation. You need to specify two peak widths: measured at 1/5 and 4/5 of maximum of the diffraction peak (FW1/5M and FW4/5M, respectively). The metod takes into account only size-broadening of the diffraction maxima. Read More …
Video about extraction of search results and pasting into Excel
