Add to ORKGMethod and system for causing a powder sample in a sample holder to undergo at least one of three motions (vibration, rotation and translation) at a selected motion frequency in order to present several views of an individual grain of the sample. One or more measurements of diffraction, fluorescence, spectroscopic interaction, transmission, absorption and/or reflection can be made on the sample, using light in a selected wavelength region
Every year a greater need for accurate analysis of the size distribution of subsieve material is be...
ArticleIn recent decades, the role of satellites for monitoring the condition of agricultural land a...
Reagentless ultraviolet absorption spectrometry (UVAS) and Liquid Atomic Emission Spectrometry (LAES...
The various techniques by which powders can be produced, as pure metals or as alloys, are discussed;...
An automatic mechanism has been developed that obtains a representative sample of free-flowing powde...
A new apparatus for studying deagglomeration of powders is presented. In many powder technology appl...
5We report on the development of a device designed to improve X-ray Powder Diffraction data acquisit...
Ce travail s’inscrit dans le cadre de l’évaluation des risques professionnels aux nanomatériaux lors...
This paper describes a powder-metering, -mixing, and -dispensing mechanism that can be used as a met...
Due to the character of the original source materials and the nature of batch digitization, quality ...
All materials in dust form pose an increased risk of accidental deflagration, or explosion. For work...
A summary is given of the classification technology of ceramic powders. Advantages and disadvantages...
Characterizing a powder bed includes generating measurements by repeating the following. A location ...
With the ever increasing pressure for digitization and optimization of mineral processing operations...
A portable x-ray fluorescence spectrometer has a portable sensor unit containing a battery, a high v...
Every year a greater need for accurate analysis of the size distribution of subsieve material is be...
ArticleIn recent decades, the role of satellites for monitoring the condition of agricultural land a...
Reagentless ultraviolet absorption spectrometry (UVAS) and Liquid Atomic Emission Spectrometry (LAES...
The various techniques by which powders can be produced, as pure metals or as alloys, are discussed;...
An automatic mechanism has been developed that obtains a representative sample of free-flowing powde...
A new apparatus for studying deagglomeration of powders is presented. In many powder technology appl...
5We report on the development of a device designed to improve X-ray Powder Diffraction data acquisit...
Ce travail s’inscrit dans le cadre de l’évaluation des risques professionnels aux nanomatériaux lors...
This paper describes a powder-metering, -mixing, and -dispensing mechanism that can be used as a met...
Due to the character of the original source materials and the nature of batch digitization, quality ...
All materials in dust form pose an increased risk of accidental deflagration, or explosion. For work...
A summary is given of the classification technology of ceramic powders. Advantages and disadvantages...
Characterizing a powder bed includes generating measurements by repeating the following. A location ...
With the ever increasing pressure for digitization and optimization of mineral processing operations...
A portable x-ray fluorescence spectrometer has a portable sensor unit containing a battery, a high v...
Every year a greater need for accurate analysis of the size distribution of subsieve material is be...
ArticleIn recent decades, the role of satellites for monitoring the condition of agricultural land a...
Reagentless ultraviolet absorption spectrometry (UVAS) and Liquid Atomic Emission Spectrometry (LAES...