Four layers of self-adhesive silicon isolators (D 2.5 mm) were placed over the gold bowtie region to create a sample well (see Figure 1A).
SiFs-deposited glass slides were coated with self-adhesive silicon isolators, containing oval wells (2.0 mm D×32 mm L×19 mm W) prior to the assay fabrication and subsequent fluorescence experiments.
The developed SAP2000 model considers all the main and unique features of the RNC isolator including self-recentering, hysteretic damping, self-braking (buffer), design displacement, vertical rigidity, horizontal flexibility, no uplift, post- and pre-yield stiffness.
Therefore, two sets of NF ground motions having different intensities, velocity and displacement pulses are considered to evaluate the performance of the RNC isolator's self-braking (buffer) mechanism and its influence on the structural responses.
A novel optical waveguide isolator based on self-phase compensated TE TM mode conversion was proposed.
A theory is developed for the self-phase compensated optical waveguide isolator recently reported in the literature.
The recently proposed Roll-in-Cage (RNC) isolator, with an inherent self-stopping mechanism, is used herein for protection against near-fault earthquakes and to accommodate the expected large isolator displacement without using larger isolators nor bigger seismic gaps.
This paper reports on the experimental behavior and design of a rolling self-centering precast prestressed pile (PPP) isolator.
The linear self-recentering force of the RNC isolator can be represented simply by a horizontal linear spring property in SAP2000, see Fig. 8a.
The self-braking (buffer) feature of the RNC isolator can be modeled in SAP2000 using two Link/Support properties: the Gap or "compression-only" property and the Hook or "Tension-only" property.
The RNC isolator is provided with a passive self-braking or buffer mechanism to maintain structural stability under severe earthquakes or to conform with limited surrounding gaps.
