A discrete conservative remapping algorithm based upon refinement and numerical integrals,named particle remapping algorithm,is presented.
提出基于细分和数值积分思想的一种离散的守恒重映方法———质点重映方法。
A conservative remapping algorithm based on donor-cell method for multiscale dynamic simulation is proposed which couples micro molecular dynamics(MD) simulation with macro finite element(FE) method.
针对耦合微观分子动力学(MD)和宏观有限元方法(FE)的多尺度模拟,提出一类新的基于贡献单元法的网格守恒重映算法。
Compared with NUFM calculation before,the influence of baryon number conservation is considered at this time.
与以前计算净质子分布不同的是,考虑了在相对论重离子碰撞中重子数守恒,通过重子数守恒限制,可以对RHIC能区的净质子分布在远离中心区的快度分布进行预言。
Conservative Remapping Algorithm in Multiscale Dynamic Simulation
多尺度模拟中网格守恒重映算法(英文)
conservation of movement of the centre of gravity
【力】重心运动的守恒
Influence of Baryon Number Conservation on Net-Proton Rapidity Distribution
重子数守恒对净质子快度分布的影响
On the Alexandrov Problem of Conservative Distance Mapping in Linear (n,p)-norned Spaces
线性(n,p)-赋范空间中守恒映射的亚历山德罗夫问题(英文)
Definition of Potential Energy Is of Great Importance to Comprehend the Conservation Law of Mechanical Energy;
谈势能概念对于机械能守恒定律理解的重要性
Conservation of Mass. Conservation of Momentum. Stress Tensor.
质量守恒，动量守恒，应力张量。
The antimuon decay also conserves the total light and heavy lepton numbers.
在反μ子衰变中，总轻轻子数和总重轻子数也是守恒的。
The conservation of angular momentum takes exactly the same form and has the same significance in both domains.
角动量守恒在两种领域中形式完全相同，并且有同样的重要性。
laws of conservation of energy and momentum
能量和动量守恒定律
principle of the conservation of molecularorbital symmetry
分子轨道对称守恒原理
conservation and conversion of energy
能量守恒和转换定律
discontinuous solution of conservation law of hyperbolic equation
双曲守恒律的间断解
Under these conditions the conservation of energy is equivalent to the conservation of mass.
在这种条件下，能量守恒和质量守恒是相等的。
a number equal to the difference between the number of baryons and the number of antibaryons in any subatomic structure; it is conserved in all types of particle interactions.
在任意亚原子结构中的重子数和反重子数之差；在各种粒子的相互作用中守恒。
More Survey on Tellegen Theorem II Abiding by Power Conservation
特勒根定理2遵守功率守恒的再探讨
In the absence of air resistance, the only force on a projectile is its weight, and the mechanical energy of the projectile remains constant.
忽略空气阻力，作用在抛体上的力只是它的重量，因而该抛体的机械能是守恒的。
Perhaps the most important questions are whether simpler and more inclusive conservation laws exist.
最重要的疑问或许是：有没有形式更简单、适用范围更广泛的守恒定律。
Developments in physics since the time of Newton make the law of momentum conservation appear to be more fundamental than Newton's third law.
牛顿时代以来物理学的发展，使动量守恒定律显得比牛顿第三定律还重要。