注入改善了等离子体的能量和粒子约束性能。
The energy confinement and the particle confinement after injection are improved.
等离子体热能、粒子约束和能量约束时间均有所增加。
The thermal energy of plasma and confinement time for particles and energy are also increasing.
在一定条件下低混杂波电流驱动可以改善等离子体粒子约束。
The impurity transport is anomalous. the particle confinement could be improved in a certain condition during the low hybrid current drive.
等离子体电流提升后，粒子约束时间提高了2．1倍，能量约束时间提高了1．6倍。
Particle confinement time is enhanced 2.1times and energy confinement time, meanwhile, is enhanced 1.6 tines after rampingcurrent up.
其中包括粒子派生(particlederivation)和惟一粒子属性(unique particle attribution)约束。
These include the particle derivation and unique particle attribution constraints.
提出了双目标模型中粒子的电荷和受力的计算公式，引导不可行粒子转化为满足约束条件的粒子；
The computational equations of the charge and force exerted on the particles are presented for the bi-objective model, which will lead the infeasible particles to transform into feasible ones.
提出了求解有等式约束优化问题的两种新粒子群优化算法，数值试验结果表明，算法是有效的。
To solve the equation constrained optimization problems, two new particle swarm optimization algorithms are presented. The experimental results show the algorithms are effective.
借鉴蚁群优化算法和粒子群优化算法的思想，提出了一种用于求解约束优化问题的连续域蚁群算法。
Using the idea of both ant colony optimization algorithm and particle swam optimization algorithm, a continuous domains ant colony algorithm for solving constrained optimization problem was proposed.
针对工程中的优化问题，将粒子群算法与死亡罚函数法相结合，提出一种求解有约束问题的优化算法。
Aiming at the optimization problem in engineering, this paper proposes a new algorithm for con-strained optimization problem by combining PSO with death penalty.
基于粒子群优化算法(PSO)，提出一种求解含动态电压安全约束的预防控制新方法。
A particle swarm optimization (PSO) technique based novel approach for solving the dynamic voltage security constrained preventive control problem is proposed.
本文介绍在前冲谱仪中重建带电粒子径迹的一种三维约束方法。
A new three dimensional constrained method to reconstruct the charged particle tracks for the forward spectrometers is introduced.
为避免观测噪声的影响，增加轮廓的时空局部约束并利用粒子滤波(PF)技术解决该类跟踪问题是非常有效的。
During contour evolution, the particle filter (PF) is used to track the feature points by enforcing spatiotemporal local constraints to handle the observation noise.
为了解决起重机箱形主梁优化设计中的多变量、多约束问题，提出了一种新的基于混沌序列的粒子群优化算法。
To solve the problems of the multi-variables and multi-constraints in crane main girder optimization design, the paper proposes a new particle swarm optimization algorithm based on chaos series.
选择平台的控制输入矢量作为粒子，使得非完整约束条件自然被满足。
The control input vector of the platform was chosen as the particle, and the nonholonomic constrains can be.
研究结果表明，带电粒子系统在双外场约束下具有高温弱简并效应。
It is finally concluded that the two external fields exert a high temperature and weak degeneration effect on the charged particle system.
边界附近粒子的感知结果被用来修正其飞行速度以加强算法对约束边界的搜索。
The velocity of particle around the boundary is revised by the results of perceiving to enhance the searching around the boundary.
第二，将本文所提改进粒子群算法应用于工业PID控制器的参数整定，以及带约束优化的工业设计中，均取得了非常理想的效果。
Secondly, this algorithm is applied to the PID controller tuning and the industrial design with restrictions. The results are fairly well.
本文提出了用于求解单级多资源约束的生产批量计划问题的改进二进制粒子群算法，阐明了算法的具体实现过程。
In this paper, the improved particle swarm optimization algorithm for the single level capacitated dynamic lot-sizing problem is presented. The detailed realization of the algorithm is illustrated.
对于多目标、多约束条件的四连杆机构优化设计，本文提出了一种基于量子粒子群算法求解的设计方法。
This paper puts forward the design method based on Quantum Particle Swarm optimization for optimization design of four bar linkage of multi-objective, multi-constraint conditions.
每一块粒子群都由确切的数据设置来约束着。
由冶金准则及设备约束条件设计优化算法的价值函数，用改进粒子群优化算法以价值函数值最小化为目标，对二冷区各段的水量进行优化。
Value function consists of metallurgical criteria and equipment constraints, the IPSO algorithm applies for optimal of the secondary cooling system aiming at minimize value function.
实验证明采用这种改进的粒子群算法解决多约束背包问题切实可行， 搜索效率较高。
The result of this experiment shows that this particle swarm algorithm is available and efficient in solving multi-c…
讨论了真空电弧沉积中弧源设计的有关问题，如电弧运行模式、电弧极性、点火方式、电弧的约束方式以及宏观粒子抑制方式等。
Several technical problems in arc source design, including arc mode, arc polarity, ignition mechanism and arc confinement and macroparticle reduction were discussed.
弹簧不产生粒子间的内力，而是提供粒子间的相关约束。
There was no force generated by springs between particles, but a set of constraints was built between particles.
而约束区杂质粒子输运则比新经典的值大很多，是反常的。
In the confinement range the impurity diffusion coefficient is much higher than that estimated with new-classical theory.
而约束区杂质粒子输运则比新经典的值大很多，是反常的。
In the confinement range the impurity diffusion coefficient is much higher than that estimated with new-classical theory.
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