A Research on Improving the Performance Management System of Financing Service Company A

近年来，随着世界朝着不断扁平化方向发展，全球经济亦日益成为一体化状态，企业间竞争的激烈程度可想而知，因此实质上人力资源开发和管理水平的竞争才是企业的竞争的关键点，绩效管理在人力资源开发与管理中就显得尤为重要。绩效管理作为一种价值的驱动因素，我们的管理行为被驱动着，公司的战略实现被驱动着。自2015年始，中国股权投资行业发展进入洗牌阶段，VC向早期、专业化方向发展，PE则转向并购等产业整合领域，在此形势下，投资机构更加注重对被投资企业的管理和增值服务能力。A金融服务公司，围绕着要成为国内私募股权投资领域最具权威、最专业的服务提供者和商业合作伙伴，为行业和区域经济发展创造价值，依托股权投资中心（载...In recent years, with the flattening of the world, the integration of the global economy, the competition between enterprises is increasingly fierce, but it is essentially the competition of human resources development and management level, which makes performance management particularly important. Performance management is a kind of value drivers, driving our management behavior and the company's...学位：工商管理硕士院系专业：管理学院_工商管理硕士(工商管理硕士)学号：1792013115085

Design and implementation of the energy management and intelligent monitoring system of a zero energy consumption house

针对2013中国国际太阳能十项全能竞赛比赛规则及零能耗建筑的特点,结合比赛地点山西大同的气候数据,给出了厦门大学参赛作品,零能耗小屋Sunny InSIdE的能源管理与智能监控系统设计方案。以光伏建筑一体化理论为基础,设计15.25kW光伏并网发电系统,并用相关软件对能耗平衡进行了模拟验证。以三菱PlC为核心,构建了能源管理与智能监控系统,分析了不同条件下空调、相变及遮阳系统的控制策略,并给出具体实现方法。According to the rules of the Solar Decathlon China 2013 and the characteristics of zero energy consumption house, combining with the climate data in competition city—Datong Shanxi, an energy management and intelligent monitoring system for the zero energy consumption house called Sunny Inside from Xiamen University was born.A 15.25kW photovoltaic grid connected power system was designed based on building integrated photovoltaic theory, and used relevant simulation software to test energy balance property.An energy management and intelligent monitoring system was constructed based on Mitsubishi PLC, analyzed the control strategy of heating ventilation and air conditioning, phase-change material and shading system under different conditions, and gave a concrete realization method

PVDF压电薄膜在应力波测量中的应用

综合介绍了PVDF压力传感器的测试原理、动态标定实验,并采用定制的PVDF压力传感器测量了不同类型分层介质在冲击载荷作用下的压力衰减,说明了PVDF压力传感器在压力测量中有着很好的前景

滇山茶提取物在化妆品中的应用

介绍了我国特色原产植物滇山茶提取物中含有的主要化学成分和提取工艺,对其在化妆品中的应用进行了综述,指出滇山茶提取物在化妆品中具有广阔应用前景和潜在经济价值

Theoretical analysis and numerical calculation of the performance of pulsed liguid jet pump

推导了以往复泵为脉冲发生装置的脉冲液体射流泵准二维性能方程及其时均性能方程,导出无因次惯性水头及惯性力项便于计算的表达式,并对脉冲液体射流泵时均性能进行了数值计算,计算结果与试验数据基本吻合,将数值计算的模拟曲线与恒定液体射流泵性能曲线进行对照,证明了采用脉冲射流作为工作动力能够大幅提高射流泵的效率

脉冲液体射流泵性能的理论分析及数值计算

推导了以往复泵为脉冲发生装置的脉冲液体射流泵准二维性能方程及其时均性能方程，导出无因次惯性水头及惯性力项便于计算的表达式，并对脉冲液体射流泵时均性能进行了数值计算，计算结果与试验数据基本吻合，将数值计算的模拟曲线与恒定液体射流泵性能曲线进行对照，证明了采用脉冲射流作为工作动力能够大幅提高射流泵的效率

湿地植物根系对水盐生境异质性的适应机制研究进展 ——以黄河三角洲滨海湿地为例

Root system is the most important bridge connecting the above-ground and underground ecosystems, and plays an im portant role in the energy flow and material circulation of ecosystems. Heterogeneous environment caused by intense water-salt exchange in coastal wetlands is one of the most important factors affecting the structure and function of plant roots. This paper reviewed the re search progress of water and salt stress on wetland plant root system in the past few years, previous studies focused on the response mechanism of plant roots under constant stress simulation, however, the heterogeneous habitat characteristics in nature was ignored. The research on plant adaptation to habitat heterogeneity is mostly focused on the acquisition of resources by roots, but the research on root response mechanism in heterogeneous stress habitats is still scarce. The coastal wetlands in the Yellow River Delta have the characteris tics of river-sea interaction, land-sea transition and newly-formed. It is natural ideal experimental site for studying the root response mechanism under the condition of habitat heterogeneity. However, there are few studies on plant roots in the coastal wetlands of the Yellow River Delta. Based on the research progress of plant root of coastal wetlands in the world, three aspects of future research on root ecology of coastal wetlands in the Yellow River Delta were suggested: 1) Effects of time heterogeneity of water and salt on vegetation of coastal wetlands; 2) the relationship of clonal integration of root system and community and ecosystem under heterogeneous habitat; 3) root response of wetland clonal plants to climate changes.</p

Effect of seasonal hypoxia on macrobenthic communities in the Muping Marine Ranch, Yantai, China

由于气候变化和人类活动的影响,世界许多海区尤其是近岸海区发生了不同程度的低氧现象,导致海洋动物大量死亡,对海洋生态系统产生了不同程度的影响。为明确烟台牟平海洋牧场低氧对大型底栖动物的生态效应,我们于2016年夏季(6月、8月、9月共3个航次)在该海域进行现场调查,分析低氧对大型底栖动物群落时空变化的影响。结果表明:牟平海洋牧场8月低氧事件发生时,大型底栖动物群落的优势种为短叶索沙蚕(Lumbrinereis latreilli)、不倒翁虫(Sternaspis scutata)和内肋蛤(Endopleura lubrica)。低氧在一定程度上改变了大型底栖动物的群落结构,表现为物种组成和优势种变化上。例如,耐受低氧的机会种数量增加,如短叶索沙蚕;敏感种数量减少,如微小海螂(Leptomya minuta)、长吻沙蚕(Glycera chirori)、大蝼蛄虾(Upogebia major)、极地蚤钩虾(Pontocrates altamarimus)、塞切尔泥钩虾(Eriopisella sechellensis)等。同时,低氧也导致了物种多样性的降低,但丰度和生物量受其影响不明显,这主要是由于机会种短叶索沙蚕丰度和生物量的剧增所致。大型底栖动物不同物种耐受低氧的阈值不同。例如,短叶索沙蚕在溶解氧(DO)<1.0 mg/L受影响最大,在DO=2.0 mg/L时受到的影响不明显,而其他敏感种如微小海螂、大蝼蛄虾、极地蚤钩虾、塞切尔泥钩虾等在DO<2.5 mg/L时,已表现出明显的不适。低氧事件之后,大型底栖动物群落得到一定程度的恢复,其恢复程度和需要的时间长短与低氧发生的程度有关

Ecological Effects of Reclamation on Benthic Communi-ties

围填海是人类在沿海城市土地紧张的情况下拓展生存和生活空间的重要方式。围填海给人们带来巨大经济和社会效益的同时,也给海岸带生态系统及海洋资源造成不同程度的破坏。本文系统总结围填海的发展历程及其对底栖生物群落的影响、围填海生态效应研究的国内外研究进展以及存在的问题及发展趋势,旨在为我国更好地开展相关方面研究提供参考