An innovative clathrate hydrate cool storage system and its performance in the air conditioning cool storage application are presented. This system consists of a clathrate hydrate storage vessel, in which there is a h...An innovative clathrate hydrate cool storage system and its performance in the air conditioning cool storage application are presented. This system consists of a clathrate hydrate storage vessel, in which there is a high-efficient inner-placed heat exchanger, and an outsideplaced small rotating crystallizer. In this configuration, clathrate hydrates can be formed effectively and thermal energy can be released and stored in high efficiency. The laboratory test of the system was performed, and it is shown that it has an excellent performance for cold energy storage at temperature about 8°C.展开更多
The shuttle heat transfer and loss of the G-M refrigerator were simulated in this paper.In order to improve the accuracy of the model, several factors such as heat conduction andconvection resistance in gap, the prope...The shuttle heat transfer and loss of the G-M refrigerator were simulated in this paper.In order to improve the accuracy of the model, several factors such as heat conduction andconvection resistance in gap, the properties of the materials were considered. In general thecomputational results are closed to the experimental data.展开更多
文摘An innovative clathrate hydrate cool storage system and its performance in the air conditioning cool storage application are presented. This system consists of a clathrate hydrate storage vessel, in which there is a high-efficient inner-placed heat exchanger, and an outsideplaced small rotating crystallizer. In this configuration, clathrate hydrates can be formed effectively and thermal energy can be released and stored in high efficiency. The laboratory test of the system was performed, and it is shown that it has an excellent performance for cold energy storage at temperature about 8°C.
文摘The shuttle heat transfer and loss of the G-M refrigerator were simulated in this paper.In order to improve the accuracy of the model, several factors such as heat conduction andconvection resistance in gap, the properties of the materials were considered. In general thecomputational results are closed to the experimental data.
