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In order to provide a model of the internal structure of the compact fiber, Robinson et al. measured the dimensions (diameter and linear compaction) of fibers reconstructed with different DNA linker lengths, ranging from 10 to 70 bp.
The change in the surface morphology during hot-washing steps was observed using SEM. Figure 3a showed the ECS, with very compact fiber structures due to the original structure of lignin.
For each NRL, a 3D representation of the DNA path in the compact fiber of lower energy is presented in Fig. 3A.
Compact, fiber based femtosecond oscillators producing >40 nJ pulse energy are commercially available.
In the past decade, compact fiber lasers have drawn increasing attention due to their compact size and greater stability [ 10– 10].
Previous work by Krässing [ 14] has shown that a higher degree of fibrillar aggregation produces a more compact fiber structure, with fewer, smaller interstices resulting in a smaller internal accessible surface area.
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Our technique works with compact fiber-level procedural yarn models in their exact form with no approximation imposed.
This system could potentially be developed into a compact, fiber-based portable LIBS device taking advantage of the benefits of ultrafast pulses and high repetition rates.
In the Suture group the collagen fibers are aligned but loosely packed and with patches of more compact fibers but with no crimp pattern at the midsubstance (Figures 3B and 4B).
In the past decades, so many different models were proposed for compact fibers that the question whether there is really such a structure ultimately arose [15].
Recently, highly compact fibers have been reconstructed in vitro, using a strong nucleosome positioning DNA sequence, a high divalent cation concentration, and linker histones [7].
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