Notas de Aplicaciones y eventos de Anton Paar
 | Analysis of PTFE: Why does it seal well? PTFE tape is commonly used to seal gaps, cracks and gas leaks. By means of gas physisorption and atomic force microscope (AFM), we shed light on why PTFE powder and tape seal so well. This approach can also be used to analyze other flexible materials, thin films/coatings, and novel elastomers. XPIA107EN-A_ApplReport_PTFE.pdf (835.67KB) |
Analysis of PTFE: Why does it seal well?
PTFE tape is commonly used to seal gaps, cracks and gas leaks. By means of gas physisorption and atomic force microscope (AFM), we shed light on why PTFE powder and tape seal so well. This approach can also be used to analyze other flexible materials, thin films/coatings, and novel elastomers.
PTFE tape is commonly used to seal gaps, cracks and gas leaks. By means of gas physisorption and atomic force microscope (AFM), we shed light on why PTFE powder and tape seal so well. This approach can also be used to analyze other flexible materials, thin films/coatings, and novel elastomers.
| XPIA107EN-A_ApplReport_PTFE.pdf (835.67KB) |
| Analysis of laboratory nitrile gloves: From pores to the surface Relevant for: rubber, thin films, elastomers, atomic force microscopy, density testing, nanostructure Analysis, surface roughness, surface area D53IA031EN-B_ApplReport_RubberGlove.pdf (860.71KB) |
Analysis of laboratory nitrile gloves: From pores to the surface
Relevant for: rubber, thin films, elastomers, atomic force microscopy, density testing, nanostructure Analysis, surface roughness, surface area
Relevant for: rubber, thin films, elastomers, atomic force microscopy, density testing, nanostructure Analysis, surface roughness, surface area
| D53IA031EN-B_ApplReport_RubberGlove.pdf (860.71KB) |
| Presentación de la Serie Nova Analizadores de superficie y tamaño de poro Serie nova.pdf (311.31KB) |
| Advantages of QSDFT for Pore Size Analysis of Carbons Quenched solid density functional theory methods that take into account the heterogeneity / surface roughness of carbons were developed and validated and are available in the Anton Paar software for pore size analysis. Methods exist for varying pore geometry and examples for activated carbons, templated mesoporous carbons, and hierarchical carbons are given. Advantages_of_QSDFT_for_Pore_Size_Analysis_of_Carbons.pdf (785.03KB) |
Advantages of QSDFT for Pore Size Analysis of Carbons
Quenched solid density functional theory methods that take into account the heterogeneity / surface roughness of carbons were developed and validated and are available in the Anton Paar software for pore size analysis. Methods exist for varying pore geometry and examples for activated carbons, templated mesoporous carbons, and hierarchical carbons are given.
Quenched solid density functional theory methods that take into account the heterogeneity / surface roughness of carbons were developed and validated and are available in the Anton Paar software for pore size analysis. Methods exist for varying pore geometry and examples for activated carbons, templated mesoporous carbons, and hierarchical carbons are given.
| Advantages_of_QSDFT_for_Pore_Size_Analysis_of_Carbons.pdf (785.03KB) |
