Neutron radiography was applied to investigate the water distribution in mortar samples heated from one side to 600 °C. In mortar, aggregates and anhydrous cement are almost transparent to neutrons, while hydration products and water-filled capillary pores bear the largest attenuation. The evolution of the moisture profile shows a sharp dehydration front and accumulation of water due to condensation of water vapor behind this front
Neutron radiography was used to determine the penetration depth and the homogeneity of distribution ...
In this work, a comparative neutron radiography (NR) investigation was carried out on two different l...
Neutron radiography (NR) was applied to study liquid transport processes in concrete. With this meth...
Neutron radiography was applied to investigate the water distribution in mortar samples heated from ...
In this preliminary study we use neutron radiography and tomography to examine differences in water ...
AbstractAir entrainment is commonly added to concrete to help in reducing the potential for freeze t...
A portion of the concrete pavements in the US have recently been observed to have premature joint de...
In many designs for radioactive waste repositories, cement and clay will come into direct contact. T...
Improving the durability of concrete structures is one of the ways to contribute to the sustainable ...
High-Performance Concrete (HPC) is particularly prone to explosive spalling when exposed to high tem...
High-Performance Concrete (HPC) is particularly prone to explosive spalling when exposed to high tem...
A technique for measuring moisture concentration profiles based on scanning neutron radiography is p...
In high-strength concrete with low water-cement ratio, self-desiccation occurs due to cement hydrati...
AbstractWood-based composites are industrially produced panels made of resin-blended wood furnish ma...
In this research, neutron radiography has been used to visualize porous structure in natural buildi...
Neutron radiography was used to determine the penetration depth and the homogeneity of distribution ...
In this work, a comparative neutron radiography (NR) investigation was carried out on two different l...
Neutron radiography (NR) was applied to study liquid transport processes in concrete. With this meth...
Neutron radiography was applied to investigate the water distribution in mortar samples heated from ...
In this preliminary study we use neutron radiography and tomography to examine differences in water ...
AbstractAir entrainment is commonly added to concrete to help in reducing the potential for freeze t...
A portion of the concrete pavements in the US have recently been observed to have premature joint de...
In many designs for radioactive waste repositories, cement and clay will come into direct contact. T...
Improving the durability of concrete structures is one of the ways to contribute to the sustainable ...
High-Performance Concrete (HPC) is particularly prone to explosive spalling when exposed to high tem...
High-Performance Concrete (HPC) is particularly prone to explosive spalling when exposed to high tem...
A technique for measuring moisture concentration profiles based on scanning neutron radiography is p...
In high-strength concrete with low water-cement ratio, self-desiccation occurs due to cement hydrati...
AbstractWood-based composites are industrially produced panels made of resin-blended wood furnish ma...
In this research, neutron radiography has been used to visualize porous structure in natural buildi...
Neutron radiography was used to determine the penetration depth and the homogeneity of distribution ...
In this work, a comparative neutron radiography (NR) investigation was carried out on two different l...
Neutron radiography (NR) was applied to study liquid transport processes in concrete. With this meth...