The samples exhibit constant radius of the seam loop and an unchanged adhesive layer thicknesses.
This paper presents a systematic approach for designing 3D auxetic lattice materials, which exhibit constant negative Poisson's ratios over large strain intervals.
ADP training and optimization results in Fig. 8 show that the local optimizations exhibit constant time processing regardless of the number of local controllers.
It is known that the energy absorption of the helmet liner can be optimized by means of using liners with varying properties through the thickness, however currently the majority of used liners exhibit constant properties through the thickness.
Numerical evaluations show that interpolated auxetic lattice materials exhibit constant Poisson's ratios in the target strain interval of [0.00, 0.20] and that 3D auxetic lattice material architectures with programmable Poisson's ratio are achievable.
When the surface of the patterned mask present resist residues, as shown in Figure 2a, c (SEM and AFM, respectively), GaN NCs still nucleate inside the holes and exhibit constant distribution, height, and diameter.
The production functions in both sectors exhibit constant returns to scale, as described in the following two equations y(a)=akern2em xleft({a}_w,{a}_mright)=2sqrt{a_w{a}_m} (3).
The model also demonstrates that: (i) geographically-wide groups are longer-lived than local ones; (ii) topical groups are more robust to user churn than other types and tend to exhibit constant activity; and, (iii) social groups have bursty activity patterns, with most members joining at the beginning and then interacting only occasionally.
Field and numerical experiments of solute transport through heterogeneous porous and fractured media show that the growth of contaminant plumes may not exhibit constant scaling, and may instead transition between diffusive states (i.e., superdiffusion, subdiffusion, and Fickian diffusion) at various transport scales.
An ideal constitutive gene should exhibit constant activity independently to the cell state or environmental conditions.
The most straightforward approach to estimate the conductance of excitatory and inhibitory synaptic inputs is to assume that synaptic IV relations exhibit constant slopes over the physiological range of potentials [6], [7], [8], [21], [27].
