Add to ORKGData measured with 1H NMR relaxometry for glass beads mixed with water and chia mucilage
Abstract: NMR is a powerful technique that allows the characterization of organic matter (OM) compon...
Hydrological connectivity inside the soil is related to the spatial patterns inside the soil (i.e., ...
Hydrological connectivity inside the soil is related to the spatial patterns inside the soil (i.e., ...
Raw NMR data analyzed in the manuscript "Potential of NMR relaxometry to unravel the properties of m...
Mucilage is produced mainly at the root tips and has a high water holding capacity originating from ...
1H NMR relaxometry is used in earth science as a non-destructive and time-saving method to determine...
1H NMR relaxometry is used in earth science as a non-destructive and time-saving method to determine...
1H NMR relaxometry is used in earth science as a non-destructive and time-saving method to determine...
Nuclear magnetic resonance (NMR) techniques are largely employed in several fields. As an example, N...
Low-field NMR techniques are used to study porous system, from simple to complex structures, and obj...
This study used nuclear magnetic resonance (NMR) relaxometry at different Larmor frequencies to inve...
The bioavailability of water for plant nutrition in natural soils is controlled by the pore system s...
The NMR technique is widely used in polymer, chemical, and agrifood industries, as well as in many o...
Dramatic physical and physico-chemical changes in soil properties may arise due to temperature and m...
Stabilization of organic matter (OM) is an important topic in soil science, but it is not yet comple...
Abstract: NMR is a powerful technique that allows the characterization of organic matter (OM) compon...
Hydrological connectivity inside the soil is related to the spatial patterns inside the soil (i.e., ...
Hydrological connectivity inside the soil is related to the spatial patterns inside the soil (i.e., ...
Raw NMR data analyzed in the manuscript "Potential of NMR relaxometry to unravel the properties of m...
Mucilage is produced mainly at the root tips and has a high water holding capacity originating from ...
1H NMR relaxometry is used in earth science as a non-destructive and time-saving method to determine...
1H NMR relaxometry is used in earth science as a non-destructive and time-saving method to determine...
1H NMR relaxometry is used in earth science as a non-destructive and time-saving method to determine...
Nuclear magnetic resonance (NMR) techniques are largely employed in several fields. As an example, N...
Low-field NMR techniques are used to study porous system, from simple to complex structures, and obj...
This study used nuclear magnetic resonance (NMR) relaxometry at different Larmor frequencies to inve...
The bioavailability of water for plant nutrition in natural soils is controlled by the pore system s...
The NMR technique is widely used in polymer, chemical, and agrifood industries, as well as in many o...
Dramatic physical and physico-chemical changes in soil properties may arise due to temperature and m...
Stabilization of organic matter (OM) is an important topic in soil science, but it is not yet comple...
Abstract: NMR is a powerful technique that allows the characterization of organic matter (OM) compon...
Hydrological connectivity inside the soil is related to the spatial patterns inside the soil (i.e., ...
Hydrological connectivity inside the soil is related to the spatial patterns inside the soil (i.e., ...