Examples of using Diffractometer in English and their translations into Portuguese
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The most intuitive X-ray diffractometer.
Multipurpose X-ray diffractometers for your analytical needs.
Fast conversion without removing HTK 1200N from the diffractometer.
The only automatable benchtop diffractometer for high sample throughput.
X-ray diffractometer(XRD) for p-ratios and crystalline material identification.
The only automatable benchtop diffractometer for high sample throughput.
Based on experiments by Lawrence,the senior Bragg built the first ray diffractometer.
X-ray diffractometer(xrd) was used to identify the phases present before and after the mechanical twist test.
The software developed for the analysis of the results of the diffractometer mine got accurate results.
After developing the diffractometer, the Braggs used it to determine the structure of the diamond in 1913.
The Cement edition of Aeris is an easy-to-use and automatable benchtop X-ray diffractometer for every cement plant.
It can either be fully integrated in the diffractometer control software or operated with a separate program from Anton Paar.
This allows users to switch between different applications in a matter of minutes,making the Empyrean a real multipurpose diffractometer.
The mineralogical composition was determined on a BRUKER diffractometer, model D8 FOCUS with copper radiation Cuk?,? 1.5418 Å.
Mode for automatic temperature-dependent realignment of the sample requires basic communication with the diffractometer control program.
All samples provided were scanned on a copper tube based diffractometer through the 3.01-79.99° range along the measured spectrum.
Two versions available: with controller andsoftware for stand-alone operation and without controller and software for full integration into the diffractometer control software.
Moreover, the temperature controllers are integrated in the software of most diffractometer manufacturers, which enables you to perform fully automatic experiments.
The criteria used for the interpretation of diffraction and the identification of the minerals constituent of the clay fraction were according jackson(1965), brindley e brown(1980), whittig e allardice(1986)in x-ray diffractometer.
The world ofmaterials science is constantly changing and the life of a high performance diffractometer is much longer than the typical horizon of any research project.
In this project it is proposed the local structure analysis of amorphous solid dispersions(ASDs) and active pharmaceutical ingredients(APIs) through the X-ray total scattering and the Pair Distribution Function(PDF) method,using data obtained in conventional diffractometer with silver source E 17.5 keV.
The equipment used to characterize the samples was the Siemens Kristaloflex D500 X-ray diffractometer, operating with a cobalt target tube that followed the Bragg-Brentano focusing geometry.
The materials characterization involved X-ray diffraction Rigaku Geirgeflex ME 210GF2 Diffractometer and X-ray fluorescence Philips PW1480 X-ray Fluorescence Spectrometer analyses, while physical parameters such as the specific surface area estimated by BET, using a Micrometrics Gemini 2370 V1.02 equipment and specific gravity Helium Pycnometer Accupyc 1330 V2.01 from Micrometrics were also determined. Similar determinations were performed on sand and on the red mud.
We show the steps of design, preparation and characterization of the mirror andsupport for insertion into the experimental station with six-circle diffractometer, wich allows the use of techniques such as gid, gisaxs and xrr used in liquid surface.
For this, the following measuring instruments were used: x-ray diffractometer, vibrating sample magnetometer, impedance analyzer, dimensional measuring instruments and finite element software.
In this dissertation, we investigate computational methods used to process and index the crystallography peaks from x-ray diffraction patterns(xrd), further more a bibliographic research was made on the topics regarding the generation anddiffraction of x-ray using diffractometers using the classic bragg-brentano configuration, which is the geometric arrangement from the diffractometer to enable obtaining 2¿.