为满足耦合地球系统模式应用的需求,提出了一种二维样条插值算法,并将其有效地实现成插值模块封装进地球系统建模框架(earth system modeling framework,ESMF)。该算法基于经典样条算法,根据地球系统模式特点进行修改,用两次一维插值扩...为满足耦合地球系统模式应用的需求,提出了一种二维样条插值算法,并将其有效地实现成插值模块封装进地球系统建模框架(earth system modeling framework,ESMF)。该算法基于经典样条算法,根据地球系统模式特点进行修改,用两次一维插值扩张成二维插值,引入极点区域外插处理,将插值权重生成与插值结果计算两部分分离。实验结果表明,该算法能获得高精度的插值结果,模块化的设计使得用户可通过统一的接口来使用插值算法从而完成插值计算。展开更多
A new solar coupling regeneration system is proposed in order to improve the reliability of solar desiccant regeneration system.The new system makes comprehensively use of the solar energy and can also be appropriate ...A new solar coupling regeneration system is proposed in order to improve the reliability of solar desiccant regeneration system.The new system makes comprehensively use of the solar energy and can also be appropriate for energy-storage in a night operation mode when the electric power supply is at its valley.Comparison of the performance of the new system,the solar thermal regeneration system and the solar electrodialysis regeneration system are made and the influential factors of the performance of the new system are investigated.The results reveal that the new system will be more energy efficient than the solar thermal regeneration system and the solar electrodialysis regeneration system.展开更多
文摘为满足耦合地球系统模式应用的需求,提出了一种二维样条插值算法,并将其有效地实现成插值模块封装进地球系统建模框架(earth system modeling framework,ESMF)。该算法基于经典样条算法,根据地球系统模式特点进行修改,用两次一维插值扩张成二维插值,引入极点区域外插处理,将插值权重生成与插值结果计算两部分分离。实验结果表明,该算法能获得高精度的插值结果,模块化的设计使得用户可通过统一的接口来使用插值算法从而完成插值计算。
基金Project(51036001)supported by the National Natural Science Foundation of ChinaProject(2011BAJ03B05)supported by the National Science and Technology Pillar Program during the 12th Five-Year Plan Period of China
文摘A new solar coupling regeneration system is proposed in order to improve the reliability of solar desiccant regeneration system.The new system makes comprehensively use of the solar energy and can also be appropriate for energy-storage in a night operation mode when the electric power supply is at its valley.Comparison of the performance of the new system,the solar thermal regeneration system and the solar electrodialysis regeneration system are made and the influential factors of the performance of the new system are investigated.The results reveal that the new system will be more energy efficient than the solar thermal regeneration system and the solar electrodialysis regeneration system.
