Fundamental study on latent cold heat energy storage by means of oil droplets at low freezing point (Cold heat energy release characteristics of direct-contact heat exchange between solidified oil droplets and hot air)

Hideo INABA; Kenji SATO

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Fundamental study on latent cold heat energy storage by means of oil droplets at low freezing point (Cold heat energy release characteristics of direct-contact heat exchange between solidified oil droplets and hot air)

机译：低凝点下利用油滴进行潜热蓄热的基础研究（凝固的油滴与热空气之间直接接触式热交换的冷能释放特性）

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This paper deals with the cold latent heat energy release characteristics of direct- contact heat exchange between solidified oil droplets [tetradecane, CH_3(CH_2)_12CH_3, melting point of 5.8deg]and hot air. The hot air was injected into a solidified oil droplets-water mixture layer from the distributor with a number of small circular nozzles. The solidified oil droplets-water mixture layer was fluidized by air bubbles ascending in the layer, and the air bubbles were cooled as they passed through the layer, by direct-contact heat exchange.

机译：本文研究了凝固油滴[十四烷，CH_3（CH_2）_12CH_3，熔点为5.8度和热空气之间的直接接触热交换的冷潜热释放特性。用多个小圆形喷嘴将热空气从分配器注入固化的油滴-水混合物层。通过在层中上升的气泡使固化的油滴-水混合物层流化，并且当气泡通过该层时，通过直接接触热交换来冷却它们。

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《JSME International Journal. Series B》 |1997年第4期|p.607-616|共10页
作者
Hideo INABA; Kenji SATO;
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正文语种 eng
中图分类机械学（机械设计基础理论）;能源与动力工程;
关键词
Latent cold heat energy release; Direct-contact heat exchange; Solidified tetradecane oil droplets-water mixture;

机译：潜热释放热能;直接接触式热交换凝固的十四烷油滴-水混合物;

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1. Fundamental study on latent cold heat storage by means of oil droplets at low freezing point (4th Report, numerical calculation of motion and solidification characteristics of oil droplet ascending in a cold water solution by buoyancy) [J] . Hideo Inaba, Kenji Sato 日本機械学会論文集. B編 . 1997,第607期

机译：低凝点下油滴对潜冷蓄热的基础研究（第四次报告，浮力在冷水溶液中上升时油滴运动和凝固特性的数值计算）
2. Fundamental study on latent cold heat storage by means of oil droplets at low freezing point (5th Report, flow and solidification characteristics of oil droplets ascending in low-temperature water solution having various flow velocities) [J] . Hideo Inaba, Kenji Sato 日本機械学会論文集. B編 . 1997,第607期

机译：利用低凝点下的油滴进行潜热蓄热的基础研究（第五次报告，在具有不同流速的低温水溶液中油滴的流动和凝固特性上升）
3. Continuous ice formation in a tube by using water-oil emulsion for dynamic-type ice-making cold thermal energy storage - investigation of heat exchanger materials and heat exchanger types [J] . Yoshinri Oda, Shinji Nakagawa, Masashi Okada, 日本冷凍空調学会論文集 . 2002,第4期

机译：使用动态油式制冰冷热能的水油乳液在管中连续制冰-热交换器材料和热交换器类型的研究
4. The Use of a Water/Lube Oil Heat Exchanger and Enhanced Cooling Water Heating to Increase Water and Lube Oil Heating Rates in Passenger Cars for Reduced Fuel Consumption and CO{sub}2 Emissions During Cold Start [C] . Gordon E. Andrews, Ali. M. Ounzain, Hu Li, JSAE/SAE International Fuels and Lubricants Meeting . 2007

机译：使用水/润滑油换热器和增强的冷却水加热，以增加乘用车中的水和润滑油加热速率，以降低燃料消耗和冷启动期间的2次排放
5. Thermal Assessment of a Latent-Heat Energy Storage Module During Melting and Freezing for Solar Energy Applications [D] . Ramos Archibold, Antonio 2014

机译：太阳能应用熔化和冷冻期间对潜热储能模块的热评估
6. CFD analysis on heat and flow characteristics of double helically coiled tube heat exchanger handling MWCNT/water nanofluids [O] . P.C. Mukesh Kumar, M. Chandrasekar 2019

机译：处理MWCNT /水纳米流体的双螺旋螺旋管式换热器热流特性的CFD分析
7. Fundamental Study on Latent Cold Heat Energy Storage by Means of Oil Droplets at Low Freezing Point. Cold Heat Energy Release Characteristics of Direct-Contact Heat Exchange between Solidified Oil Droplets and Hot Air. [O] . Hideo INABA, Kenji SATO 1997

机译：低冰点下油滴潜伏热能储存的根本研究。冷热能量释放特性凝固油滴与热空气之间的直接热交换。
8. Time and Space Resolved Heat Transfer - Boiling and Droplet Cooling Studies Using Microheaters. Droplet and Spray Cooling Heat Transfer [R] . Kim, J. 2003

机译：时间和空间分辨传热 - 使用微加热器的沸腾和液滴冷却研究。液滴和喷雾冷却传热

Fundamental study on latent cold heat energy storage by means of oil droplets at low freezing point (Cold heat energy release characteristics of direct-contact heat exchange between solidified oil droplets and hot air)

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