A random library based on the split synthesis [ 1] is made routinely in combinatorial chemistry, but a few methods [ 16, 17] and a few applications [ 18, 19] have been reported for oligonucleotides synthesis.
The automatic identification of possible splits is the basis for the synthesis of flowsheets for distillation units and for the conceptual designing of distillation columns.
In this work, SnO2-x/In2O3-y heterostructures (SIH), as water splitting photocatalysts, were prepared in the synthesis systems with different vacuum levels.
The reason for the low variation in the MAQC Illumina data is unknown, especially since their study design deliberately split the sample replicates before cRNA synthesis; a much earlier stage in the sample-prep workflow than our replicates (which were split after amplification and labelling).
The identification of the possible splits is the basis for any algorithm in the synthesis of flowsheets.
We applied the split synthesis to oligodeoxyribonucleotide synthesis and developed a new procedure, Multi-Line Split DNA Synthesis (MLSDS), based on the synthesis of designed codon mixtures using three-line DNA synthesizers.
The synthesis of graphene was carried out in a split tube furnace using CVD.
For the synthesis of a radiation pattern, an unequal-split power divider is required.
The synthesis procedure systematically combines these classes of splits to generate column sequences that satisfy a pre-determined separation requirement.
In synthesis, we can split the cost of an enterprise into two parts: one part is the family agent cost incurred by family involvement, whereas the other is the ordinary agent cost not caused by family involvement.
