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Fundamental Study of Latent Cold Heat Energy Storage by Means of Oil Droplets at Low Freezing Point. Numerical Calculation of Motion and Solidification Characteristics of Oil Droplets Ascending in a Cold Water Solution due to Buoyancy.

机译：低冰点液滴潜伏热能储存的根本研究。浮力浮气液中升升水液滴运动凝固特性的数值计算。

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Hideo INABA; Kenji SATO;
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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. 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) [J] . Hideo INABA, Kenji SATO JSME International Journal. Series B . 1997,第4期

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）
4. SOLIDIFICATION CHARACTERISTICS OF TETRADECANE DROPLETS ASCENDING IN A LOW TEMPERATURE AQUEOUS SOLUTION BY BUOYANCY [C] . Hideo Inaba, Kenji Sato ASME·JSME Thermal Engineering Joint Conference . 1995

机译：通过浮力升温水溶液中升压四烷液滴的凝固特性
5. Coupled Heat Transfer and Water Flow in Soil-Borehole Thermal Energy Storage Systems in Unsaturated Soil Profiles. [D] . Baser, Tugce. 2017

机译：非饱和土壤剖面中土壤-钻孔热能存储系统中的传热和水流耦合。
6. Fundamental study on a gene transfection methodology for mammalian cells using water-in-oil droplet deformation in a DC electric field [O] . Hirofumi Kurita, Yasuhiro Takao, Kenta Kishikawa, 2016

机译：在直流电场中使用油包水小滴变形对哺乳动物细胞进行基因转染的基础研究
7. 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). [O] . Hideo INABA, Kenji SATO 1997

机译：低冰点液滴潜伏热储存的根本研究。（第五次报告。低温水溶液中具有各种流速的油滴的流动和凝固特性）。
8. Dispersant Effectiveness, In-Situ Droplet Size Distribution and Numerical Modeling to Assess Subsurface Dispersant Injection as a Deepwater Blowout Oil Spill Response Option and Evaluation of Oil Fluorescence Characteristics to Improve Forensic Response Tools. [R] . Conmy, R. N., King, T., Robinson, B., 2016

机译：分散剂有效性，原位液滴尺寸分布和数值模拟，以评估次表面分散剂注入作为深水井喷溢油响应选项和评估油液荧光特性，以改善法医反应工具。

Fundamental Study of Latent Cold Heat Energy Storage by Means of Oil Droplets at Low Freezing Point. Numerical Calculation of Motion and Solidification Characteristics of Oil Droplets Ascending in a Cold Water Solution due to Buoyancy.

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