全球金融危机对保险业的影响（The Impact of the Global Financial Crisis on insurance） 泡沫陶瓷过滤器的制备（Preparation of Foam Ceramics Filters） 写出以上两个课题的检索式，并使用Springer Link 数据库进行检索，将检索结果截图出来。

1. 全球金融危机对保险业的影响

检索式： "The Impact of the Global Financial Crisis on insurance"

检索结果截图：


2. 泡沫陶瓷过滤器的制备

检索式： "Preparation of Foam Ceramics Filters"

检索结果截图：


相关问题

I want you to act as an academic journal editor. Please rephrase the paragraph from an academic angle based on the writting style of the Nature journal：Large-scale use of fossil fuels has caused serious pollution to the global environment. Therefore, there is an urgent need to develop and utilize new green and renewable energy sources, such as solar energy [1, 2], waterpower[3-6] and wind energy [7], to cope with the global energy crisis. Among them, solar energy has been widely used in the past decades because of its high efficiency, wide range of application, and no pollution emission. However, the working state of solar cells is greatly affected by the surrounding environment and weather, and the output drops abruptly or even almost does not output during rainy days. According to statistics, the annual global precipitation is about 5×105 m3. If all the kinetic energy generated by raindrops falling is captured and converted into electricity, it can generate about 0.5 TW of energy.

随着化石燃料的大规模使用，全球环境受到了严重污染，因此，有必要开发和利用新的绿色可再生能源，如太阳能[1,2]、水力[3-6]和风能[7]，以应对全球能源危机。其中，太阳能由于其高效率、应用范围广泛、无污染排放等优点，在过去的几十年中得到了广泛应用。然而，太阳能电池的工作状态受到周围环境和天气的极大影响，雨天时输出量会急剧降低甚至几乎不输出。根据统计，全球每年降雨量约为5×105 m3，若将所有掉落的雨滴产生的动能全部捕获并转化为电能，可以产生约0.5 TW的能量。

用中文总结以下内容：Fuel cell is one of the most promising renewable energy conversion technologies which represents a potential solution for the future energy crisis [1,2]. Among various fuel cell technologies, proton exchange membrane fuel cell (PEMFC) is considered as a competitive clean power source for fuel cell vehicles (FCV) due to its advantages of high energy efficiency and zero emission [3,4]. Among various PEMFC technologies, the fuel cell stack based on metallic bipolar plate (MBPP) presents the highest power density which could meet the demands of compact engine integration and full power range for the FCV applications. In recent years, the MBPP fuel cell stacks of maximum power over 100 kW are commercially applied in Toyota’s Mirai (2015) and Honda’s Clarity Fuel Cell (2016) with volumetric power density of 3.1 kW/L. To achieve higher power density, large current operation and enhanced heat dissipation, the fuel cell stack technology is still being evolved for widespread commercialization.

燃料电池是最有前景的可再生能源转换技术之一，可以解决未来的能源危机[1,2]。在各种燃料电池技术中，质子交换膜燃料电池（PEMFC）由于其高能效和零排放的优势，被认为是燃料电池汽车（FCV）的有竞争力的清洁能源来源[3,4]。在各种PEMFC技术中，基于金属双极板（MBPP）的燃料电池堆具有最高的功率密度，可以满足紧凑式发动机集成和FCV应用的全功率范围的要求。近年来，最大功率超过100 kW的MBPP燃料电池堆已经在丰田的Mirai（2015年）和本田的Clarity Fuel Cell（2016年）上得到商业应用，体积功率密度为3.1 kW/L。为了实现更高的功率密度、大电流运行和增强的热散热，燃料电池堆技术仍在不断演进，以实现广泛的商业化。