Fig. 1 a Radius of gyration (y axis) of free asODN as a function of time (x axis).
Mass radius of gyration about a vertical axis through CM.
where m represents the lumped mass of the deck; and r Open image in new window is the mass radius of gyration about the vertical axis through CM which is given by, r = a 2 + b 2 / 12 Open image in new window; where a and b Open image in new window are the plan dimensions of the building.
The mass matrix can be expressed as: varvec{M} = left[ {begin{array}{*{20}c} m & text{0} text{0} & {mr^{2} } end{array} } right], (2 where m represents the lumped mass of the deck; and r is the mass radius of gyration about the vertical axis through CM which is given by, ( r = sqrt {left( {a^{2} + b^{2} } right)/text{12}} ); where a and b are the plan dimensions of the building.
The g_gyrate program was used for calculation of the radius of gyration of atomic groups about the x-axis, y-axis, and z-axis, as a function of time.
In moderate-to-severely affected embryos at 48 hpf, the pronounced body axis abnormalities (Figure 4H J) lead to uncoordinated twitching or gyration when touched, while larvae injected with control scrambled MO rapidly advance forward linearly [40].
The Gaussian chain model and eqs 5– 8 can then be used to determine the radius of gyration, Rg, which should be the same for both the short and long axis spFRET variants if the denatured states are truly unstructured polymers.
Because of the various gyrations of the universe (Earth moving around the Sun, Earth rotating on its axis, other planets influencing the orbit of Earth, the solar system moving around the galaxy, and so on), it's pretty much impossible to come up with a one-size-fits-all calendar that can be used reliably.
Fig. 3 a Center of mass distance (y axis) between PAMAM NH2/PAMAM-OH dendrimers and asODN and b radius of gyration (y axis) of the dendrimer in presence of asODN as a function of simulation time (x axis) Fig. 4 a Binding energy of the complex formation between PAMAM-NH2 and PAMAM-OH and asODN, obtained from MM-GBSA method.
Greater radius of gyration means that the mass is concentrated at the larger distance from the central axis, resulting in a greater resistance to deformation or buckling to affect the areal coverage upon attaching to the substrate surface.
The least radius of gyration is used to calculate the slenderness ratio when designing columns having only one cross-sectional axis of symmetry or none at all.
