The processes of glial fibrillary acidic protein-stained astrocytes form a rich, three dimensional array.
This paper describes a new range of metal-carbon catalysts which consist of a three dimensional array of small metal particles dispersed throughout the bulk of a carbon matrix.
Similar to the method for computing q, we fill out a three dimensional array T i, j, k) for computing q'.
Transcriptional regulation of metabolic genes are also formulated as linear constraints using a three dimensional array (TR g, m, r)) and binary variables for gene expression/transcription factor (TF) activity (y g ), condition (a m ), and effector status (x r ), where m specifies a condition for gene expression/TF activity and r affects these conditions (m).
Constraints for GPR associations are systematically formulated using a three dimensional array (GPR j, n, g)) and binary variables for reaction (d j ), enzyme (b n ), and gene (y g ) status, where j, n, and g specify a reaction, enzyme, and gene, respectively.
Two dimensional arrays have a number of advantages over their linear counterparts, chief amongst which is the potential for ad hoc beam shaping of the emergent X-rays.
Experimental results have shown that our two dimensional arrays based HGA outperforms the state-of-the-art approaches using two kinds of multilevel system structure.
High refractive-index Er3+ doped CaTiO3 nanocrystals have been embedded into Nd3+ or Yb3+ doped LiNbO3 substrates pre-patterned with a two dimensional arrays of micro-voids.
The three molecule aggregates in (8b) are further linked to similar neighboring aggregates through strong Cl…O and soft C-H…O interactions to generate two dimensional arrays in (8b) and (9b) respectively (Figure 10b).
