| 词汇 | example_english_potential-energy |
| 释义 | Examples of potential energyThese examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. Reconstructing potentialenergy functions from simulated force-induced unbinding processes. Spring forces contain a history list describing the origins of the potentialenergy. If the arcs are incoming, other objects are causing the spring to store potentialenergy. We represent this kind of causal link by recording the history of the potentialenergy of each spring. The graph shows the fluctuations of total potentialenergy of the system as the micelle structures are formed. The elemental abundances of a typical basalt with the listed composition were converted to mineral abundances to calculate the potentialenergy available. The strategy of the transportation velocity is still to minimize total potentialenergy of object. Tunneling occurs because the nuclear wavefunctions have finite dimensions that spread beyond the confines of the classical potentialenergy curves. However, in principle, gravitational potentialenergy could be handled in the same fashion as springs. The strong jets observed in this study most likely have their origin in the conversion of potentialenergy to vertical kinetic energy. In any case, the system has to find the right space conformation, a conformation for this molecule that minimizes its global potentialenergy. It knows how to evaluate its potentialenergy and it can evaluate the potentialenergy of its neighbours, for a given move. As the flow decays under viscous influences, fluid particles have less kinetic energy to exchange for potentialenergy in their vertical motions. This process does not in general generate a state with globally minimized potentialenergy. The assumption that the energy loss along the stagnating streamline is equal to the change in potentialenergy along the streamline cannot be justified rigorously. We argue that the dynamics of all these reactions hinge largely on the intersections of the potentialenergy surfaces of the reactant and product states. This state corresponds to a minimum of the potentialenergy. The potentialenergy savings of atria are now widely acknowledged. In fact, it is easier to track the sources of gravitational potentialenergy than it is to track those of elastic potentialenergy. Finally, it should be noted that the errors bars on figure 4 reflect uncertainties in the potentialenergy calculations only. Each interaction term gives rise to certain forces which are obtained as the gradient of potentialenergy. In addition to the various potentialenergy terms, molecular dynamics models often incorporate additional modelling complications. Here, they simply provide a means to efficiently optimize a target function that takes the role of the potentialenergy. That spatial information guarantees that the potentialenergy will be correct. The coulombian potential field generated by a charge distribution is, at each point of the free space, the potentialenergy per unit test charge. The case study concerns the modecule level and the aim is to find the space conformation of a molecule that minimizes its potentialenergy. The goal of an agent is to reduce its potentialenergy and possesses the following skills. We can conclude that the state with a single micelle is preferable from the potentialenergy perspective. If the potentialenergy function were used directly, there would always be a tendency to bend over, thus reducing potentialenergy. Postures in prosthesis users where humeral elevation is used to position the prosthesis involve increased potentialenergy over extended periods during the task. If one wishes to include potentialenergy, it will show up as a vector field on the right-hand side of the equation. Consequently, we actually minimize the change in potentialenergy. The artificial potentialenergy function is a positive linear combination of functions of attraction and repulsion potential profiles. As a particle moves vertically, it loses kinetic energy t o potentialenergy with respect t o the density gradient. In the region of restratification overshoot, the ratio grows as stored potentialenergy is converted back to kinetic energy. Both finite element models were developed applying the principle of minimum potentialenergy. The history is described as the list of causal-processes that supplied potentialenergy to the spring. For a dynamic process, an arc represents either an object causing another to move or an object causing a spring to store potentialenergy. This is particularly significant for the larger-scale motions which involve greater gains of potentialenergy. A major mind-set change is urgently required, however, to deal with the potentialenergy deficit. In that case, a simple list of processes would be inadequate to describe the history of the potentialenergy. Recall that as potentialenergy is lost, processes are removed from the history list. The global potentialenergy shows that a single micelle is the energetically preferred state. The dynamics spontaneously relaxes the system into a state with lower potentialenergy. However, variation of this optimum geometry is immediately followed by an increase in potentialenergy. The number of micro-states corresponding to identical global potentialenergy effectively determines the entropy. Such stationary waves exist in the absence of trapped particles, which undergo acceleration along the wave front and subsequently escape the potentialenergy wells. This information is needed to determine the potentialenergy of the top. To do this we need the elastic energy of the beam as the potentialenergy. For the parallel robot considered in this paper, gravity is the sole contributor to the potentialenergy. If the global mass center of the robot is kept stationary during motion, the potentialenergy is thus invariant. In order to make sure that the potentialenergy is invariant during motion, these conditions must be satisfied when designing the robot links. They used two point masses and an impulsive linear actuator to regulate the potentialenergy in the spring. On the other hand, the crack driving force may be interpreted as the "gradient" of a potentialenergy. The condition that is required for a continuing transfer of potentialenergy between different wave-numbers is now clear. The vertical dispersion of fluid particles grows downstream, increasing their potentialenergy with respect to the density gradient. It indicates that the potentialenergy also makes a significant contribution. Figure 5 also shows how the global potentialenergy fluctuates. This result is not difficult to explain, as the gravitational term in the dynamic model is the derivative of the potentialenergy. This means the lowest potentialenergy point of object 1 is a nonsmooth equilibrium. The kinetic energy converted from potentialenergy is diffused into the entire atoms in the graphene through the overhanging carbon atom. The culture medium for these various studies has usually included both pyruvate and glucose as potentialenergy sources. It represents conversion of potentialenergy from the infinite reservoir implied by the imposed basic state 1 /y into kinetic energy. The shape of this curve is easily interpreted in terms of the conversion of kinetic energy t o potentialenergy. The listing of internal coordinate contributions to a normal mode is according to their contribution to the potentialenergy of the normal mode (if specified in the literature). In terms of ion selectivity (see below) there is a potentialenergy barrier for a sodium ion in the selectivity filter that is not seen for potassium. The precise form of these few-body potentialenergy functions will be related to the material under study (sometimes this is referred to as the chemistry in a molecular dynamics model). It was shown that the absorbed laser power in the plasma was converted into kinetic and potential energy of the plasma particles and was returned to the target. However, it can be seen readily that as the fluid moves from points 6' = 0 to 6' = n-, it acquires potentialenergy at the expense of its kinetic energy. Available potentialenergy and mixing in densitystratified fluids. Available potentialenergy and the maintenance of the general circulation. These potentialenergy terms are implemented to account for specific physico-chemical properties of molecular species : hydrogen bonds, dipole-induced dipole, induced dipole- induced dipole and cooperative effects, respectively. Of course, only the turbulence in the vicinity of the interface can alter the potentialenergy of the stratification, and it is this (finite) fraction that is of interest. An empirical potentialenergy function for phospholipids : criteria for parameters optimization and applications. Efficient parallel algorithms in global optimization of potentialenergy functions for peptides, proteins, and crystals. An improved empirical potentialenergy function for molecular simulations of phospholipids. An empirical potentialenergy function for phospholipids : criteria for parameter optimization and applications. Analysis and application of potentialenergy smoothing and search methods for global optimization. From topographies to dynamics on multidimensional potentialenergy surfaces of atomic clusters. The collision rules can readily be generalized to allow exchange of angular momentum and the rotations to be driven by the torque rather than minimization of local potentialenergy. If the robot structure is designed in such a way that the potentialenergy can be maintained as a constant during motion, the dynamic model can thus be simplified. It was shown that small changes in the conformations of pore-lining side-chains could result in significant changes in the potentialenergy profile for a cation translated along the pore axis. By comparing these two density profiles it was possible t o calculate the change in potential energy of the stratification caused by the passage of the grid. Generation of available potentialenergy and the intensity of the general circulation. Characterization of potentialenergy functions and parameters for lecithin molecules. The mixing is measured by the increase in background potentialenergy, and the mixing efficiency, or fraction of energy irreversibly lost to fluid motion doing work against gravity, is calculated. Influence of singularities of the potentialenergy on the integrability of dynamical systems. I am concerned that councils will, however, effectively have to guess the potentialenergy-saving measures that could be adopted in each home. From the Hansard archive Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0 I do not want to indulge in hackneyed language, but we have character and quality; we have the will and the potentialenergy. From the Hansard archive Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0 Homeowners and tenants will be well-informed, with specific details of the energy consumption and potentialenergy savings of a building. From Europarl Parallel Corpus - English The investment was not judged to be justified, given that the potentialenergy savings were small in relation to the capital cost. From the Hansard archive Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0 We know that a certain amount of study of potentialenergy savings has been done already. From the Hansard archive Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0 These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. |
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