| 1. | Study of salt - pan solar pond
盐田太阳池实验研究 |
| 2. | Study on the maximum surplus temperature of the steadystate round slant wall solar pond
稳态圆形斜壁太阳池最大过余温度的研究 |
| 3. | This thesis has carried out the following working according to the seawater non - convection solar pond : 1
本文主要针对海水非对流型盐梯度太阳池，进行如下主要工作： 1 |
| 4. | The seawater solar pond model is a development and innovation from the traditional sgsp , with the character of lower cost , simpler operation and more practical
本文所提出的海水太阳池模型是对盐梯度太阳池的发展和创新，具有造价低廉、运行简便、实用性强的优点。 |
| 5. | A salt - gradient solar pond ( sgsp ) is an excellent design for energy collection as well as for long - term energy storage , and it is also an active topic in the new energy source application domain
盐梯度太阳池( sgsp )作为兼集热和长期蓄热为一体的能量利用装置，是当前新能源应用领域一个活跃的课题。 |
| 6. | Using finite difference approach to simulate the transient performance of the solar pond , and study the effect of each layer ' s thickness and heat extraction on the temperature distribution , and the evolvement of the temperature profile . 4
应用有限差分法对太阳池内的瞬态行为进行模拟，研究各层厚度及取热速率等因素对温度场的影响，研究温度场的演变情况等； 4 |
| 7. | Discussing the effect of brine ' s radiation transmission on the thermal performance of the solar pond . comparisons were made among three typical models for radiation transmission , and a numerical simulation was performed to study the effect of the radiation transmission on the temperature profile
讨论了盐水的辐射透射率对太阳池性能的影响，比较了三种典型的太阳池辐射透射模型，并且分析辐射透射率对温度场分布的影响。 |
| 8. | Building up the model of seawater solar pond , then the approximate calculation about available solar radiation , the theory calculation of temperature and salt gradient distribution in the solar pond , and the analysis of the thermal stability , energy balance and efficiency have been emphasized . 2
建立了海水太阳池的物理模型，重点进行可用太阳辐射能近似计算、太阳池内温度分布和盐梯度分布的理论计算、以及太阳池的热稳定性和能量平衡及效率的分析等； 2 |
