1.
AN APPLICATION OF ENTRANSY DISSIPATION THEORY TO HEAT EXCHANGER DESIGN
(火积)耗散理论在换热器设计中的应用
2.
Constructal multidisciplinary optimization of electromagnet based on entransy dissipation minimization
以(火积)耗散最小为目标的电磁体多学科构形优化
3.
The effect of dissipation on magnetic instability of accretion disks
耗散过程对吸积盘磁不稳定性的影响
4.
Research on Numerical Dissipation of Integration Methods for Motion Equations in Constrained Mechanical Systems
约束力学系统运动方程积分的数值耗散研究
5.
Energy dissipation during cooling process in granular gas under gravity
二维颗粒气体在堆积过程中的能量耗散
6.
The Investigation on the Characteristic of Energy Dissipation and Damaged Accumulation for the Prestressed Concrete Frame Beams;
预应力混凝土框架梁能量耗散--损伤积累特性的研究
7.
At the same time, with (he theory of dissipation structure and the views of the earth mantle hot-pillar has been established the pattern of the cause of formation
同时,用耗散结构理论和地幔热柱观点建立了该区火山成因模式.
8.
Effects of Relative Volume Wear Ratio on Micro-EDM Process and Its Method for Measuring
相对体积损耗比对微细电火花加工的影响及其测量方法
9.
cut through the layers of loosely compacted ash, eroding deep valleys.
侵蚀着结构松散的火山灰堆积层 形成深深的河谷
10.
Research on Nano-carbon Composite Materials Deposited on Hardmetal by Diffusion Flame Method;
硬质合金基体上扩散火焰法沉积纳米复合碳材料研究
11.
Study on Measuring Method of the Temperature and Soot Volume Fraction in Laminar Co-Flow Axisymmetric Diffusion Flames
轴对称层流扩散火焰温度和烟黑体积浓度检测方法研究
12.
Study on Carbon Nanomaterials Deposited onto Cemented Carbide by Ethanol Diffusion Flame Method
硬质合金表面乙醇扩散火焰法沉积碳纳米材料的研究
13.
Determination of Soot Volume Fraction and Temperature Distribution in Ethylene/Air Non-Premixed Based on Back-Projection Algorithm
乙烯/空气扩散火焰截面烟黑体积分数和温度分布的反投影重建
14.
While the benefits of overheating are specific to the module, the cost-heat buildup-is cumulative to the rack that the module resides in, which has a fixed heat dissipation rate.
过热的副作用具体到模块（装备），热量的消耗、产生和堆积在机架的内部有一个固定的散热率。
15.
Small transformers have enough tank surface to radiate all the heat caused by their losses without exceeding the permissible temperature rise.
小型变压器具有足够的油箱表面积来散发所有由损耗引起的热而使之不超过允许的温升。
16.
Using the new ?anomalous magnetic Prandtl number? in accretion disks, we study the effect of dissipation on magnetic instability of Keplerian disks.
我们利用吸积盘中新的反常磁普朗特数来研究耗散过程对开普勒盘磁不稳定性的影响.
17.
"High pressure will cause an over rich mixture, excessive fuel consumption, and such troubles as fouled spark plugs, rings, and valves (from excessive carbon deposits)."
压力过高会使混合气过浓,燃油消耗过量,以及造成火花塞、活塞环、气门的堵塞(因积碳过量)。
18.
thermal and energy performance
散热表现及能量消耗