Add to ORKGBasics 1. Idea, desorption, experimental, example 2. Coverage determination, site occupation and warnings 3. Desorption order Quantitative 4. Redhead analysis 5. Adsorbate-adsorbate interaction: the Elovich-equation 6. “Complete analysis” 7. “Leading edge analysis” 8. Conclusion
Cleaning of the sample surfaces is crucial for scanning electron microscopy, especially for\nlow ene...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...
Basics 1. Idea, desorption, experimental, example 2. Coverage determination, site occupati...
Simulated thermal desorption spectra have been used to test the performance of several analysis proc...
Metoda termální desorpční spektroskopie (TDS) je obecná metoda pro povrchovou analýzu adsorbovaných ...
We present a scheme to extract the adsorption energy, adsorbate interaction parameters and the satur...
Diflerential Thermal Analysis (DTA) is one of the thermoanalytical techniques developed for the stud...
There is a great tendency to “dumb down ” thermal analysis (particularly from instrument vendors who...
This work shows to the reader a general description about the techniques of classic thermal analysis...
Thermal analysis techniques are used by different authors for their research data analysis process. ...
This research study is based on a knowledge-transfer collaboration between The National Centre for P...
The determination of the key physical and chemical properties of a new material is essential.The me...
To find desorption pre-exponential factors from temperature-programmed desorption (TPD) spectra, we ...
In this paper we have investigated problems that arise when analyzing TPD spectra of desorption proc...
Cleaning of the sample surfaces is crucial for scanning electron microscopy, especially for\nlow ene...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...
Basics 1. Idea, desorption, experimental, example 2. Coverage determination, site occupati...
Simulated thermal desorption spectra have been used to test the performance of several analysis proc...
Metoda termální desorpční spektroskopie (TDS) je obecná metoda pro povrchovou analýzu adsorbovaných ...
We present a scheme to extract the adsorption energy, adsorbate interaction parameters and the satur...
Diflerential Thermal Analysis (DTA) is one of the thermoanalytical techniques developed for the stud...
There is a great tendency to “dumb down ” thermal analysis (particularly from instrument vendors who...
This work shows to the reader a general description about the techniques of classic thermal analysis...
Thermal analysis techniques are used by different authors for their research data analysis process. ...
This research study is based on a knowledge-transfer collaboration between The National Centre for P...
The determination of the key physical and chemical properties of a new material is essential.The me...
To find desorption pre-exponential factors from temperature-programmed desorption (TPD) spectra, we ...
In this paper we have investigated problems that arise when analyzing TPD spectra of desorption proc...
Cleaning of the sample surfaces is crucial for scanning electron microscopy, especially for\nlow ene...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...