Force-distance diagram for alpha- beta was obtained using the relation between potential energy and force. Each alpha-alpha dimer has nearly 8500 atoms. In a microtubule with 13 protofilaments and 0.1 m length, there are almost 300 tubulins. So, molecular dynamic simulation of a microtubule ...
Finally, part of the initial energy remains stored as potential energy, and part of it converts to thermal energy, eventually dissipating to the surroundings. Thus friction can be viewed as a combination of processes that transforms ordered kinetic energy into either potential energy or a ...
Upon combining the two equations and integrating, the following relation for the potential energy can be obtained: (8.6)U=∫H∞∫0∞−3a2hv4(4πε0)2(x2+α2)32πρdαdx=3a2hv4(4πε0)2πρ6Η3 As can be seen in Fig. 8.2, α is the radius of the flat solid surface,...
An accurate relation, connecting dissociation energy D0, force constant for infinitesimal amplitude ke and internuclear equilibrium distance re has been deduced from Varshni and Shukla's potential function. It is of the form D0=ke {A + B... MP Bhutra,SP Tandon,PP Vaishnava - 《Zeitschrift Fur...
7). The programmability of nanospring–motor protein complexes could also be the basis for nanoactuators to study other mechanosensory proteins or be used as components for synthetic nanoscale devices that require dynamic buildup of mechanical potential energy. Methods DNA origami spring (nanospring) ...
A model is proposed to calculate the real part of the nucleus-nucleus interaction potential. Starting from a finite-range effective interaction, the one-body optical potential is obtained as a function of density and kinetic energy densi... KC Panda,B Behera,RK Satpathy - 《Journal of Physics...
External loads would regulate adhesive molecular interactions via mechanical deformations of the ligated molecules, and this mechano-chemical regulation exists widely in various mechanosensitive molecules, including integrins and cytoskeleton-associated proteins5,20,21,22,23,24. To uncover the relation of f...
Fundamental Relation for the Ideal Gas in the Gravitational Field and Heat Flow We formulate the first law of global thermodynamics for stationary states of the ideal gas in the gravitational field subjected to heat flow. We map the no... R Hoyst,PJ Uk,K Makuch,... - 《Entropy》 被引量...
7.23. Schematic illustration of the relation between dispersion degree and consolidation. On the top: suspensions of different degrees of dispersion. The one to the right does not consolidate under its own weight but can when submitted to centrifugal forces. The other suspensions compact to degrees ...
M. Alves, in Numerical Modelling of Wave Energy Converters, 2016 2.4.1.2 Haskind Relation The excitation force requires knowing the diffraction or scattered potential, as discussed in section ‘Wave Excitation Force’. However, the excitation force may be also derived from the radiation potential as...