非绝热,non-adiabatic
1)non-adiabatic非绝热
1.The main work of this article is to investigate the inside heat transfer effect on the performance of non-adiabatic "back to back" small gas turbine.本文的主要内容即是针对非绝热“背靠背”小型燃气轮机,研究内部传热效应对性能的影响,通过热力学模型分析,阐述其传热机理,建立非转实验台,以CFD、实验等手段对燃机传热现象进行模拟和验证,进而考查相关隔热措施,指导改进非绝热小燃机设计。
2.A thermodynamic model of a non-adiabatic small gas turbine was built for heat transfer from a hot turbine to a compressor through the solid wall.以小型燃气轮机为研究对象,针对热端部件涡轮通过固壁向压气机传热,建立了压气机和涡轮非绝热运行工况热力学模型。
英文短句/例句

1.Such reactions are called non-adiabatic.这种反应叫做非绝热反应。
2.Nonadiabatic Calculation for the Reaction of F(2~P) with H_2 and Its Isotopic Variants;F(~2P)+H_2及其同位素反应的非绝热计算
3.Circulation of a Persistent Heavy Rain and Its Diabatic Heating Characteristics over the North of Chongqing and the East of Sichuan in 20042004年渝北川东大暴雨环流及其非绝热加热特征
4.Atmospheric Diabatic Heating and Summertime Circulation in Asia-Africa Area亚──非季风区非绝热加热与夏季环流关系的诊断研究(英文)
5.Impacts of Spatially Non-uniform Diabatic Heating on the Formation of Subtropical Anticyclone in Boreal Summer;非绝热加热影响北半球夏季副热带高压形态变异的物理机制
6.Parametric sensitivity and thermal runaway critical parameters in non-adiabatic fixed bed reactors非绝热式固定床反应器的参数敏感性及热失控临界参数
7.Feature Analysis and Numerical Experiments of the Persistent Diabatic Heating in the Summer Monsoon Regions in Eastern China我国东部季风区夏季持续非绝热加热的特征分析和数值试验
8.Simulation results for a non-isothermal CSTR process demonstrate the effectiveness and efficiency of the proposed method.通过非绝热连续反应釜的仿真验证了本方法的有效性。
9.Nonadiabatic Studies of the Elementary Chemical Reactions by Time-dependent Wave Packet;量子含时波包方法研究基元反应的非绝热动力学过程
10.non-insulated thermistor非绝缘型热敏电阻器
11.nonmetallic insulating tube for thermocouples热电偶用非金属绝缘管
12.We should obviously eschew political fanaticism.对政治热心过头,导致狂热,绝非好事。
13.Thermal conductivity measuring equipment of adiabatic material at low temperature非金属绝热材料低温热导率测试装置
14.A material that insulates, especially a nonconductor of sound, heat, or electricity.绝缘体绝缘材料,特别是声、热、电的非导体
15.Analysis of unsteady heat transfer of spacecraft multilayer insulation航天器多层绝热材料的非稳态传热分析
16.Exact and adiabatic invariants of nonholonomic systems of non-Chetaev s type;非Четаев型非完整系统的精确不变量与绝热不变量
17.Adiabatic pulse compression using the silicon-based high nonlinearity-increasing fiber;硅基高非线性递增光纤的绝热脉冲压缩研究
18.Effect of Adiabatic Dust Charge Fluctuation On Three-Dimensional Solitary Waves In Inhomogeneous Dusty Plasmas绝热电荷扰动对非均匀热尘埃等离子体中三维孤波的影响
相关短句/例句

nonadiabatic['n?n,?di?'b?tik]非绝热
1.Dissociation of sulfur trimer S_3:the nonadiabatic process;S_3解离中的非绝热过程
2.The nonadiabatic time-dependent wave packet and RPD (reactant-productdecoupling) calculation including the electronic spin and orbit angular momenta ofthe F atom, which are extensions of the adiabatic work, are applied to study thereactions on the ASW(Alexander-Stark-Werner) potential energy surfaces.在本论文中我们把绝热的含时波包和RPD(reactant-product decoupling)反应散射计算扩展到了能够包括F 原子外壳层电子的自旋和轨道角动量的非绝热计算,并在ASW(Alexander-Stark-Werner)势能面上研究了这些反应的非绝热效应。
3)non-adiabatic wall非绝热壁
1.Based on the governing equations of the viscous flow expressed with respect to nonorthogonal curvilinear coordinates and nonorthogonal velocity components, the numerical solution of the viscous flow of cascade with non-adiabatic wall was discussed in this paper.非绝热壁叶栅的粘性流动王正明(中国科学院工程热物理研究所北京100080)关键词非绝热壁;叶栅;粘性流动1引言近年来,随着计算机运算速度的提高,叶轮机械内部粘性流动的数值解法发展很快,对于动量方程,已广泛采用亘接求解不作简化的完全的N-S方程,以便更。
4)diabatic waves非绝热波
5)diabatic flow非绝热流
6)nonadiabatic['n?n,?di?'b?tik]非绝热的
延伸阅读

大气非绝热过程大气非绝热过程atmospheric diabatic process  daq一fe一Juere guoeheng大气非绝热过程(atmospherie diabatieprocess)气块通过分子传导、对流、乱流、相变(蒸发、凝结、融解、冻结、升华、凝华)、辐射等作用而与外界发生热交换的过程。空气是热的不良导体,以分子传导方式传递的热量一般很少,除在贴近地面几厘米范围内外,一般不予考虑。对流热传输是对流层内热量传输的重要方式。空气的强迫对流和空气因不稳定而造成的对流,都有把热量沿垂直方向作迅速输送的作用,它们都有使上下位温不同的空气变为位温均匀的效应。乱流热传输是由空气微团的不规则运动所引起的热量输送,其输送热量的效率可达分r热传导的几十万倍,它是摩擦层中热量交换的重要方式之一。大气中的水分发生相变时,有潜热的转变,所以当水汽输送时若伴有相变,则必发生热量交换,通过水的相变,从地面输入大气的潜热量是相当可观的。辐射热传输是指物体以电磁波的形式向外传送或接收能量。空气块本身时刻不停地在放射辐射,同时又能吸收外界给予的辐射。空气直接吸收太阳辐射的能力较差,但善r吸收地面辐射与邻近气层的辐射。近地面层空气受地面辐射的影响最人,辐射热传输的效率可达分子热传导的数千倍。 气块的温度变化,受绝热因子与非绝热因子的共同影响。当气块在近地面层内运动,或以水平运动为仁时,非绝热因子占有重要地位。这表现在气温的日变化及气团的变性中〔、当气块以垂直运动为主时,虽然决定气块温度变化的主要因子是绝热因子。但在气块升、降时,环境空气会卷入气块内部,产生合并与混合过程(称为挟卷过程),使气块成为开放系统。故气块的温度变化,并不严格遵循绝热方程.需作非绝热修正。(曹文俊)