Four key parameters were examined: increased sulfate ion concentration, a degree of seawater dilution, fracture width, and matrix permeability.
Here N is the width of matrix D. We assume that the joint probabilities of Table 1 and corresponding conditional probabilities contain important clues to estimate functional relations between genes.
To assure monotonicity and absolute inclusion, necessary for convergence to the exact interval, a converging interval halving sequence was developed for finite width interval matrices.
The sulfate ion concentration effects decrease as fracture width increases and matrix permeability decreases.
Upon comparison with the neat copolymers, no significant changes in the peak temperature and width of the matrix glass transition were observed in the DMA and the DSC data of the composites.
Optical images (20×) were collected along the long side of the frame at both edges to count the number of fibers per unit width of the matrix.
Both of the hips were scanned (helical mode: pitch, 1.375:1; 135 kV; 250 mAs; 10 mm beam width; 16 channels; matrix 512×512) from the superior aspect of the femoral head up to 3 cm distal to the trochanter with the two lower limbs fixed in the neutral position.
CDS, Cartilage degeneration score; CMLW, Cartilage matrix loss width; GPT, Growth plate thickness; MJCR, Medial joint capsule repair; OS, Osteophytes score; SCDW, Significant cartilage degeneration width; SMIS, Synovial membrane inflammation score; TCDW, Total cartilage degeneration width; ZDR, Zonal depth ratio.
Within the experimental matrix, the width of these nanoribbons is found to be between 25 nm and 1800 nm.
To predict the non-isothermal creep behavior, a modified crystal plasticity model was proposed by adding physically motivated internal variables, e.g. dislocation density and matrix channel width.
