It is also shown that the square of radius of gyration for the proteases is relatively smaller than for the nonproteases.
Guinier relation was used, which state that the natural logarithm of SAXS intensity versus square of scattering vector ln I(s) is linear for small s, and the slope of this dependence is proportional to square of radius of gyration, Rg. ln I(s) curves were plotted in PRIMUS, and the best linear fit was performed manually, with respect that sRg should be greater than 0.1 and should not exceed 1.4.
Since the latter is proportional to the square of the radius, r, the former appeared to Lambert to be the area of an imaginary sphere with radius ir, where i = Square root of√−1.
Since the latter is proportional to the square of the radius, r, the former appeared to Lambert to be the area of an imaginary sphere with radius ir, where i = √(−1).
The area of a spherical triangle is given by the product of its spherical excess E and the square of the radius r of the sphere it resides on in symbols, Er2.
Our regression filter estimates the denoised value of a pixel P i,j) using the noisy pixels in a square neighborhood of radius d of pixel (i,j).
The square neighborhood of radius d has 4d(d + 1) pixels contained in the ball, i.e., pixels P(i ± k,j ± l),0 ≤ k,l ≤ d, excluding P i,j).
If cell growth represents simply an increase in the perikaryal area, the ratio of membrane protein to total protein would fall in parallel with the decline in the surface/volume ratio (volume increases with the cube of the perikaryal radius, whereas surface area increases with the square of the radius).
It is harder than one might expect to show that the circumference of a circle is proportional to its radius and that its area is proportional to the square of its radius.
Because the surface area of a sphere is proportional to the square of its radius, the intensity of the wave is inversely proportional to the square of the radius.
Of particular significance is that the resistance of a segment of pipe is inversely proportional to the fourth power of the radius; in contrast with the resistance of an electrical resistor, which is inversely proportional to the square of the radius.
