太阳能空调的可行性研究

对太阳能空调系统进行了定性分析 ,从环保、节能角度阐述了发展太阳能空调的优势所在。提出了太阳能空调将具有广阔的市场前景。     

光电转换体系太阳能聚集器

In standard P-V systems, the high cost and low quantum efficiency of silicon cells has held back widespread adoption of this technology for decades. To generate electrical power from solar energy in a cost effective way, most methods require the concentration of the sunlight in order to increase the efficiency of energy conversion. Most systems use parabolic mirrors to focus sunlight to either a line （trough systems） or a small volume （dishes）. One of the reasons solar power still remains little utilised, is the high cost of the collection systems. Light focussing devices using reflection usually take the form of a curved rein＇or. In contrast, this paper describes the new design of a device consisting of an array of small angled reflecting m/trot facets located in a planar form. The three dimensional angle of each facet in the array is a function of its position in the array, and is calculated to be such that for a parallel beam striking the array, each facet will reflect the light in such a way as to form a focal point region.     

Total systems intervention and human inquiry: The search for a common ground

Total Systems Intervention (TSI) is an approach to intervening in problem situations which has much to offer where complex interacting issues need to be addressed by the complementary use of intervention methodologies. That such an approach has much in common with Action Research (AR) has been recognized, with much recent effort being devoted to the relationship between AR and Critical Systems Thinking (CST), the theoretical endeavor underpinning TSI. This paper further develops this line of debate and relates AR or Human Inquiry (HI) more directly to TSI, using an information systems intervention to enhance the study. The outcome is a demonstration of how TSI implicitly uses techniques informed from the field of Action Research, and how a more thorough synthesis of HI with TSI might serve to improve the overall intervention process.     

Titius—Bode定则的发展,天体量子论和泛量子理论

太阳系的Titius-Bode定则可以发展为r_n=an~2,令α_1=0.042,n=3,4,5,6是类地行星;令α_2=1.2,n=2,3,4,5,6是类木行星。此时海王星、冥王星都是规则的,且适用于大多数卫星。由此可以完全类比于玻尔原子模型,并得出太阳系量子常数H=(αGM_⊙)~(1/2)和天体薛定谔方程。这样距离规则是行星演化时统计性的结果,宇宙中应普遍存在波粒二象性和形式相似而量子常数各不相同的泛量子理论。     

热管集热墙的实验研究

一、引言 被动式太阳房中大多数利用特朗勃墙作为集热蓄热墙。这种集热P件在有日照时外表面温度高,热损失大,夜间供热量小,供热品质不佳。在夜间增加保温盖板或保温帘可以减少热损失,但又带来了构造的复杂化及人工操作的麻烦。 为了克服上述缺点,设计了一种热管与水箱相结合的太阳能集热蓄热供暖装置,对其进行了实验研究。实验的目的是(1)与传统的特朗勃墙的热工性能进行对比;(2)利用实验数据回归出该种集热墙的热性能经验公式;(3)对其进行技术经济评价。     

激光开槽、埋槽电极硅太阳电池

报道一种新颖的激光开槽、埋槽电极硅太阳电池的结构、工艺流程及其研制结果。在ＡＭ１．５，２５℃，１００ｍＷ／ｃｍ２的条件下，以面积为４５ｃｍ３的３６片硅片研制的硅太阳电池的输出参数的平均值为ＪＳＣ＝３６．１ｍＡ／ｃｍ２，Ｖ∞＝６３３ｍＶ，Ｆ．Ｆ．＝０．７９８，η＝１８．２３％，最后分析了种高性能硅太阳电池的设计特点。     

太阳活动11年周期的形成原因新探

太阳活动11年周期的形成原因，是天文学中的一个古老课题，至今没有一个完全令人满意的解释。本文的研究使 “行星引潮力说”再次复活。     

全站仪的使用与维护

阐述了全站仪的基本组成,介绍了在日常工作中全站仪的使用、保管、转运和全站仪电池充放电的注意事项。     

全面预算管理保障体系刍议

从组织保障、人力资源保障两方面论述了全面预算保障体系的构成,阐述了企业全面预算管理在现代企业中的不可替代的作用。