The phrase "advanced diffusion" is correct and usable in written English.
It can be used in contexts related to scientific, technological, or artistic discussions where the concept of diffusion is being explored at a higher or more complex level.
Example: "The researchers focused on advanced diffusion techniques to enhance the efficiency of the chemical reactions."
Alternatives: "sophisticated diffusion" or "enhanced diffusion".
Additionally, advanced diffusion MRI techniques may be more sensitive to microstructural changes than DTI [ 37, 38].
In this paper, we used advanced diffusion imaging methods to reconstruct, in humans in vivo, the pathway connecting the cerebellar cortex to the contralateral cerebral cortex, passing through the SCP, the RN and the thalamus.
For the first time, we combine advanced diffusion methods (Thiebaut de Schotten, Dell'Acqua et al. 2011; Catani, Dell'acqua, Vergani et al. 2012; Dell'Acqua and Catani 2012) and meta-analysis of functional MRI studies (Spaniol et al. 2009; Yarkoni et al. 2011) to propose damage to connections and explain symptoms using a network approach.
Higher effective diffusion coefficients result in more advanced diffusion fronts.
Isolation of auditory radiations requires advanced diffusion techniques, such as MR tractography, while the auditory cortex can be visualized with functional MRI [40, 41].
Therefore, future studies with more advanced diffusion imaging techniques or tractography methods could yield a more complete and accurate anatomical network for each subject.
Recently, further advanced diffusion-weighted whole body scans have been described for treatment monitoring of patients with leukemia [ 21].
For example, advanced diffusion-weighted imaging can differentiate soft tissue populations based on cellular density, thus discriminating GBM from malignant lymphoma (Yamasaki et al, 2005).
The analyses reveal that integrating the two planning problems provides synergic effects toward advancing the diffusion of photovoltaic systems.
Policy recommendations are provided to address barriers in order to advance the diffusion of wind energy in Colombia.
This paper makes several unique contributions advancing the diffusion of innovation literature related to software adoption and supply chain management: 1. Demonstrates the use and reliability of the TTF model in CRM adoption and as a potential modeling tool to examine other supply chain technologies, 2.
