- 更多网络例句与液态相关的网络例句 [注：此内容来源于网络，仅供参考]
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Then, on the basis of above achieved constituent binary results, thermodynamic properties of 10 ternary liquid alioys (Cd-Bi-Pb, Cd-Pb-Sb, Cd-Pb-Sn, Mg-In-Cd, Zn-In- Cd, Cd-Bi-Sn, In-Bi-Pb, Sn-AgPb,Zn-In.Pb, Al-Cu-Zn), 3 quaternary ones (Cd-Bi-Pb-Sn, Zn-Sn-Cd-Bi, Zn-Sn-Cd-Pb) and 1 quinary. one (Zn-Sn-Pb-Cd-Bi) are predicted. For most of investigated multicomponent systems, the calculated activities are in good with the experimental ones, and in particular for multicompoment immiscible ones, the predicted results are satisfactory and exciting. At the same time, the comparison result between the three equations shows that Wilson equation and T-K-Wilson one are more stable than NRTL one, that maybe is because NRTL equation contains a third parameter, and so ,to some degree, Wilson model and T-K-Wilson model are superior to NRTL model. And also the comparison between local composition models and other models such as Pelton- Flengas?method, Krupkowski formalism, mass action concentration model and Hoch- Arpshofen model shows that local composition models are more convenient and credible.
在此基础之上应用局部组成型模型对10个三元液态合金（包括Cd-Bi-Pb、Cd-Pb-Sb、Cd-Pb-Sn、Mg-In-Cd、Zn-In-Cd、Cd-Bi-Sn、In-Bi-Pb、Sn-Ag-Pb、Zn-In-Pb、Al-Cu-Zn），3个四元液态合金（包括Cd-Bi-Pb-Sn、Zn-Sn-Cd-Bi、Zn-Sn-Cd-Pb）和1个五元液态合金（Zn-Sn-Pb-Cd-Bi）的活度进行了预测，预测效果良好，尤其对Zn-In-Pb系和Zn-Sn-Cd-Pb等多元液-液共存体系热力学性质的预测也取得了令人满意的结果；同时对三个方程的比较分析表明：Wilson方程和T-K-Wilson方程在多元系热力学性质的预测中表现稳定，而NRTL方程由于引入了物理意义不清楚的第三参数，使得其具有不确定性和不稳定性的特点，因此Wilson方程和T-K-Wilson方程较NRTL方程更为优越；此外对局部组成型模型与其它模型（如Pelton-Flengas方程、Krupkowski方程、作用浓度模型和Hoch-Arpshofen模型）的比较表明：局部组成型模型同样是优秀的，甚至在某些方面更为简便和可靠。
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The electromagnetic pressure produced by the counteract of magnetic field in coil and the eddy current in liquid metal is ma inly determined by the magnetic flux density on the surface and its dissipation in the liquid metal.
在分析液态金属电磁成形理论模型的基础上确认：作用在液态金属表面的电磁压力和加热密度主要取决于其表面上磁场的大小以及磁场在液态金属中的分布规律。
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Vitrinite and desmocollinite have a relatively low potential of hydrocarbon generation. The stable carbon isotope composition of their pyrolysis oils is heavier than that of sporinite, cutinite and oils derived from coal-bearing strata. It seems that they cannot be major macerals to generate oil, even if they occupy a majority of proportion in the organic matter of coal and coaly shale, and that they can be good gas-prone macerals at the stage of high-maturity to over-maturity.
镜质体和基质镜质体的生油潜力相对较低，其生成的液态烃类的碳同位素组成比一般煤系原油重得多，而且这些组分本身对液态烃具有较强的吸附力，尽管其在煤系有机质中所占的比例很大，仍然难以成为生成液态石油的主要显微组分，只能在高成熟演化阶段成为良好的生气显微组分。
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The present paper describes the effect of the ethine absorbed and solved in the liquid oxygen on the liquid oxygen in the main condenser-evaporator since revamp of the air separation unit with liquid air and liquid oxygen absorber into the air separation unit with molecular absorber as well as measurement of the ethine content.
阐述空分设备由一般的液态空气吸附器和液态氧吸附器改造为分子筛吸附器后，吸附溶解在液态氧中的乙炔对主冷液态氧的影响程度及乙炔含量的检测。
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The results showed that the highest yield of GLP among six strains was ShuShe.The effects of carbon source, nitrogen source, salt and the optimum initial pH value of medium on GLP produced by ShuShe were studied in liquid and solid fermentation respectively. The liquid and solid fermentive medium of high yield was selected by orthogonal experiment.
分别对液态发酵和固态发酵两种发酵方式的碳源、氮源、盐、培养基的起始pH 等对该菌株灵芝多糖生物合成的影响进行了研究，通过正交试验确定了高产灵芝多糖的液态发酵培养基和固态发酵培养基，液态发酵培养基的组成为：麦芽糖，3%；蛋白胨，0.4%；KH2PO4，0.15%；MgSO4，0.05%；培养基起始pH 为6。
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This passage will seck out the methods to improve the quality of the liquid fermented vinegar with the help of the liquid fermented vinegar's technology,according to the quality difference between the solid fermented vinegar and the liquid fermented vinegar.
根据固态发酵食醋和液态发酵醋产品质量的区别，结合液态发酵食醋的工艺，找出液态发酵醋质量提高的方法。
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Generally, there are two stages throughout the reaction of Si〓N〓 and interlayer. At the first stage, the liquid Cu enwraps Nb phase, and Nb diffuses into the Cu. The reaction layer of NbN and Nb〓Si was caused between Nb and Si〓N〓.
第二阶段，Cu全部熔化，Ni向液态金属中扩散溶解，形成Cu-Nb-Ni液态合金，液态合金中的Nb、Ni向Si〓N〓界面扩散并与之反应形成由NbN、Nb〓Si和Ni〓Si组成的反应层。
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The steps include selecting a mould, injecting low temperature hot melt materials, drying the low temperature hot melt material mould, taking out the low temperature hot melt material mould, coating with slurry and sand spraying, drying the sand mould, heating for allowing the low temperature hot melt materials to demould, casting and forming, destroying the sand mould, cutting and processing to obtain the finished product.
取一成型模具：该成型模具包括两个对合的半模，于成型模具内设有一螺旋转子的成型模穴及浇铸道；灌注低温热熔材：于浇铸道灌入熔融的液态低温热熔材，液态低温热熔材即填充于对合的两螺旋转子心轴模穴、及两转子螺旋部半模穴；干燥：液态低温热熔材干燥凝固，形成一具有螺旋转子外型的低温热熔材
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Why do people have the inspiration to make liquid seals ? First of all, no matter how tight you press the solid seals , they can't fill in those uneven places on the joint face, so gap always exists. But liquid seals can fill in the dent and present good sealing function. Meanwhile liquid seals have stickiness so they have adhesive force to metal adjoining planes, which is helpful to seal. Besides the stickiness of liquid seals is high so they will not move easily, which can ensure the leak tightness.
人们之所以会有液体密封件的灵感，首先是考虑到固体密封件无论怎样压紧，也不能完全填满接合面上的凹凸不平，在界面上总会存有间隙，而液态密封件却能将全部凹陷填平，呈现出良好的密封效果；同时，液态密封件具有一定的粘性，对金属接合面具有一定的粘附力，有利于密封，而且液态密封件的粘度是很高的，很难发生流动，从而进一步保证了密封性。
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We have many experiences in cryogenic storage, receiving and send-out system and high-pressure storage, receiving and send-out system which apply to liquid oxygen, liquid nitrogen, ethylene, propylene, LPG, VCM, butadiene and molten Caprolactum etc. various kinds of petrochemical products.
我们的团队特别对，应用在高纯度液态气体、液态乙烯、液态丙烯、氯乙烯、液化气、丁二烯、液态己内醯胺等各种原料，所需之超低温(最低零下196℃)存贮系统，接收站及发货站系统，高压存贮系统，接收站及发货站系统，有着非常丰富之经验。
- 更多网络解释与液态相关的网络解释 [注：此内容来源于网络，仅供参考]
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liquid argon：液态氩
liquid alloy 液态合金 | liquid argon 液态氩 | liquid chromatogram 液相色谱图
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liquefied carbolic acid：液态石炭酸
liquefied butane 液态丁烷 | liquefied carbolic acid 液态石炭酸 | liquefied carbon dioxide tank vehicle 液态二氧化碳槽车
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liquid-metal fast breeder reactor：液态金属快滋生反应器
液态金属滋生反应器 liquid-metal breeder reactor | 液态金属快滋生反应器 liquid-metal fast breeder reactor | 液态金属热交换器 liquid-metal heat exchanger
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liquid air container：液态空气容器
liquid air breathing apparatus 液态空气呼吸器 | liquid air container 液态空气容器 | liquid air cycle engine 液态空气循环发动机
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liquid air bottle：液态空气瓶
liquid air 液态空气 | liquid air bottle 液态空气瓶 | liquid air container 液态空气容器
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LOX piping system：液态氧管路系统
LOX generator 液态氧发生器 | LOX piping system 液态氧管路系统 | LOX 液态氧
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oleo oil：(制人造黃油的)液态油
oleo 油;液态牛油 | oleo oil (制人造黃油的)液态油 | oleo press 分离液态油的榨油机
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PHENOLATES, LIQUID：液态氯苯酚盐或液态苯酚盐
PHENETIDINES 氨基苯乙醚 6.1 2311 | PHENOLATES, LIQUID 液态氯苯酚盐或液态苯酚盐 8 2904 | PHENOLATES, SOLID 固态氯苯酚盐或固态苯酚盐 8 2905
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liquid petrolatum：液态矿脂;液态石蜡
liquid phase 液相 | liquid petrolatum 液态矿脂;液态石蜡 | liquid paraffin 液体石蜡
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LCM：液态固化剂
年华南地区液态固化剂(LCM)行业分析第五节 2009年华中地区液态固化剂(LCM)行业分析第六节 2009年西南地区液态固化剂(LCM)行业分析第七节 2009年西北地区液态固化剂(LCM)行业分析第五章 液态固化剂(LCM)行业投资与发展前景