Future instrumentation plans include an extremely stable, fibre-fed, high resolution échelle spectrograph and a near-IR (to between 1.5 to 1.7 mum) extension to the RSS.
Here, we have demonstrated the feasibility of accomplishing wet-stable fibres by wet spinning and diacid-based crosslinking of collagen triple helices, whereby fibre ability to act as bone-mimicking mineralisation system has also been explored.
The base isolated structure is represented using a modified form of the linearized Bouc Wen model, which enables the behaviour of Stable Unbonded Fibre Reinforced Elastomeric Isolators (SU-FREIs) to be described.
A quantitative analysis of KTs with calcium-stable KT fibres (Figure 5A, graph) demonstrated that EGFP-Hec1 expression led to a clear increase in calcium-resistant side-on attachments in bipolar prometaphases with alignment defects (46.4±6.2% compared with 21±1.3% in vector prometaphase cells), indicating a longer permanence of these interactions during prometaphase in EGFP-Hec1 mitoses.
Detailed analysis by immunofluorescence microscopy revealed that both the Gl2 control and the cells depleted of only Ska3 retained many cold-stable k-fibres.
We report on an environmentally stable, all-PM-fibre, Er-doped, mode-locked laser with a central wavelength of 1550 nm.
A new simulation technique is presented for the phenomenological modelling of stable fragmentation in fibre reinforced composite structures under dynamic compressive loading.
Feeding barley resulted in a postprandial increase in plasma glucose (P = 0.030) and insulin (P < 0.001) whereas these values remained almost stable when the fibre-based diets were fed.
In the week following, and throughout the intervention, patients will be encouraged to maintain stable protein and fibre intakes, with specific attention to maintaining the same sources of these nutrients (ie. animal vs. plant protein and soluble vs. insoluble fibre).
The effects of initial orientation and grain interaction on the overall orientation stability during uniaxial tension showed that while the 〈1 0 0〉 fibre remains stable and does not affect the unstable orientations along the 〈1 1 0〉 fibre, the orientations along the stable 〈1 1 1〉 fibre strongly affect the unstable 〈1 1 0〉 orientations.
Stronger than steel, flexible, more elastic than other fibres and stable at high temperatures – just a few of the benefits of spider silk which have fascinated scientists.
