能混合的

基本解释 (translations)

compoundable

与能混合的相关的网络例句 [注：此内容来源于网络，仅供参考]

Research on characteristics of MCFC-GT hybrid system based on total energy concept This paper discusses the working performance of MCFC-GT hybrid system at diffirent work conditions. The results show that the hybrid system is high efficiency but the change range of work conditions is narrow. The work condition can be extended by a variable-speed gas turbine. However, this method of operation weakens the action of bottoming cycle.

2基于总能概念的MCFC-GT混合动力系统特性分析本文讨论了MCFC-GT混合动力系统不同工况下的工作性能，结果表明：MCFC-GT混合动力系统具有较高的发电效率，但系统的工况变化范围较小，可通过调节燃气轮机的转速来改善系统的变工况性能。

Darwin accepted blending inheritance, but Fleeming Jenkin calculated that as it mixed traits, natural selection could not accumulate useful traits.

达尔文承认混合遗传，但弗莱明·杰肯认为当性状是混合的情况下，自然选择不能积累有益性状。

Of immiscible or not completely miscible liquids blended by the suspending of small globules of one liquid in another.

关于不能混合的或者不能完全混合的液体）通过一种液体的小水珠在另一种液体中悬置而混合的。

The blending fuel 20% POME with PD (POME20) as compared with the blending fuel of 50% POME with PD not only can reduce the concentration of Smoke and HC, except the slightly higher BSFC and the concentration of NOx, but also can maintain the engine performance as compared with using PD.

中文摘要高级柴油中添加20％棕榈油甲酯的混合燃料(POME20)可较添加50％棕榈油甲酯混合於高级柴油中的燃料(POME50)能维持与纯高级柴油燃料相同的引擎性能外，同时在油耗及NOX浓度些微增加的情形下，又能有效的减低烟度及HC浓度的排放。

The energy balance equations and exergy balance equations of heat exchanger and power equipment in the combined power cycle were established.Taking condensation temperature of Rankine cycle, inlet and outlet pressure of turbine of Rankine cycle, inlet and outlet pressures of turbine of LNG cycle as key parameters, the influences of these parameters on the thermal efficiency and exergy efficiency of the combined power cycle were analyzed.

建立了混合动力循环中换热和动力设备的能量平衡方程和可用能平衡方程，并以朗肯循环冷凝温度、朗肯循环透平进出口压力、液化天然气循环透平进出口压力为关键参数，分析了上述关键参数对混合动力循环热效率和可用能效率的影响。

The energy balance equations and exergy balance equations of beat exchanger and power equipment in the combined power cycle were established. Taking condensation temperature of Rankine cycle, inlet and outlet pressure of turbine of Rankine cycle, inlet and outlet pressures of turbine of LNG cycle as key parameters, the influences of these parameters on the thermal efficiency and exergy efficiency of the combined power cycle were analyzed.

建立了混合动力循环中换热和动力设备的能量平衡方程和可用能平衡方程，并以朗肯循环冷凝温度、朗肯循环透平进出口压力、液化天然气循环透平进出口压力为关键参数，分析了上述关键参数对混合动力循环热效率和可用能效率的影响。

In this paper, a hybrid system high-level ontology is presented as a basic and universal rule for modeling and simulation in different domains.HyHO includes the definitions and attributes of time, state and event,which can be consentaneous in simulation systems.

本文基于对混合系统的分析，提出了混合系统高级本体论HyHO，它包括在混合建模和仿真的不同领域都能通用的最基本的规范，主要包括时间、事件、状态等概念及其属性分析。

When the external field is applied,state entanglement and mixedness will reduce,but if the Ω/g is selected a reasonable value,we can effectively suppress the mixedness and prepare a pure excitonic entangled state.

当激子受外经典场驱动时，其纠缠度和混合度都将减少。但Ω/g调节合适，我们能有效的抑制态的混合度而制备出一个纯净的激子纠缠态。

For the Z-shaped micro-channel micromixer by convective mass transfer, the inlet velocity has the very tremendous influence to the mixing, but the diffusion coefficient\'s impact is small to the mixing. Micromixer with S/W=2 structure can make the good mixing performance under each kind of speed condition. The smaller the angle of corner of Z-shaped micro-channel micromixer is, the higher the mixing performance is.

对于以对流传质为主的Z型通道微混合器，(来源：ABC论文53网www.abclunwen.com)入口速度对混合有很大的影响，而扩散系数对混合的影响较小。S/W=2在各种速度条件下均能取得较好的混合效果。Z型通道微混合器的转角越小，其混合性能越高。

Firstly, according to the relationship between classic Carnot cycle and Lorenz cycle, the paper evaluates the cycle characteristics and thermodynamic properties of NARMS (Non-azeotropic mixtures), and compares the energy-saving difference between pure and mixed refrigerants. The main of factors that affect heat pump operating efficiency are analyzed in theory and using the Second Law of Thermodynamics the exergy are evaluated in components of heat pump system, in the end a conclusion is drew that all of the exergy have bearing on working fluids' properties.

本文首先从经典的Carnot逆循环与Lorenz逆循环相对关系出发，评估了非共沸混合工质循环的特点以及热力学性质；在不同环境条件下，比较了单工质与混合工质的循环特性差异；针对非共沸混合工质热泵循环效率的主要影响因素（即工质本身的热物性和系统部件特性）进行了理论分析，并利用热力学第二定律对热泵系统的各个主要部件进行了可用能分析，最终发现每一处可用能损失均与工质物性有关；在此基础上提出了减少可用能损失的方法—寻找适宜的非共沸混合工质。

与能混合的相关的网络解释 [注：此内容来源于网络，仅供参考]

Blend Shape：混合变形

3,当我们创建混合变形(blend shape)的时候,我们就不能改变着模型了,只要我们一动混合变形得滑条,刚才我们在模型上得组分变形就全没了,我们现在需要改变模型,同时那些混合变形的目标体也跟着变形

imminently：迫切地; 紧急地 (副)

imminent 即将来临的; 逼近的 (形) | imminently 迫切地; 紧急地 (副) | immiscible 不能混合的; 不融和的 (形)

immitigable：不能缓和的

immit 注入 | immitigable 不能缓和的 | immix 混合

immitigable：不能放宽的, 不能减轻的, 不能缓和的 (形)

immiscible 不能混合的; 不融和的 (形) | immitigable 不能放宽的, 不能减轻的, 不能缓和的 (形) | immixture 混合; 牵连; 融合 (名)

immixture：混合; 牵连; 融合 (名)

immitigable 不能放宽的, 不能减轻的, 不能缓和的 (形) | immixture 混合; 牵连; 融合 (名) | immobile 不动的, 固定的, 不变的 (形)

Hallstatt：初期铁器时代的

salifiable [化]能成盐的,能与盐化合(或混合)的 | Hallstatt 初期铁器时代的 | uncoupling 拆开, 解钩, 解偶联, 退耦合

immingle：混杂

imminently 迫切地 | immingle 混杂 | immiscible 不能混合的

immiscibly：不溶混合

immiscible /不能混合的/不融和的/ | immiscibly /不溶混合/ | immitigable /不能放宽的/不能缓和的/不能减轻的/

immix：混合

immitigable 不能缓和的 | immix 混合 | immixture 混合

salifiable：[化]能成盐的,能与盐化合(或混合)的

tropital 增效醛 | salifiable [化]能成盐的,能与盐化合(或混合)的 | Hallstatt 初期铁器时代的