刮板输送机刮板链工况分析

刮板输送机能否正常运转,将直接影响综采工作面的正常生产。刮板链作为刮板输送机的牵引机构来完成物料的输送工作,断链是经常出现的问题。通过对刮板链在工作过程中工况的分析,提出了预防断链的措施。     

Characteristics of electricity consumption of different industry types considering atmospheric condition

Reducing greenhouse gases (RHG) is going on actively in the international movement. In the field of architecture, RHG is an inevitable work. To establish a plan for RHG, firstly we need to reduce energy consumption. Greenhouse gas generated by energy consumption is the main cause of global warming. For this we should know that how much electricity consumption we use. The research targets of this study are commercial buildings with various businesses. Their electricity consumption was analyzed by business units rather than buildings. Each business was divided into 13 sectors according to industrial classification and electricity consumption was analyzed for each industry. For commercial buildings, the electricity consumption is done by the private sector and construction management is an autonomy system in private instead of an integrated management system. In this study, we classified and analyzed the electricity consumption characteristics according to collected data, analyzed the relationship between the electricity consumption with atmospheric temperature through SPSS, and developed an electricity prediction model.     

Unruh效应与引力反常

研究了Rindler背景时空的引力反常,为了避免对时空整体对称性的破坏,引入边界条件,得到Unruh温度,进而说明Unruh效应与引力反常有着深刻的联系。     

关于“扬糯麦1号”小麦种植情况的分析

糯小麦可以广泛应用于食品加工、特色食品开发,具有很大的开发应用价值。针对首次种植糯小麦的产量情况进行分析和研究,以期在更深层次上掌握糯小麦的特性并进行产业化推广,从而为广大农民带来更多的经济效益,实现更大的社会效益。     

中原经济区建设必须优化法治环境

法治环境的好坏是关系到经济发展、社会稳定和人民安居乐业的重要因素,也是一个地方文明进步的标志.中原经济区建设必须优化其法治环境.一是加强地方立法和规章制度建设,为优化法治环境提供依据;二是推进司法改革,确保司法公正,切实雏护投资者的合法权益;三是大力培育法律服务市场;四是各级领导干部要提高法律素质,切实做到依法行政.     

健身秧歌对60～65岁老年女性体质的影响

选取30名自愿参加健身秧歌锻炼且没有参加其它锻炼形式的60～65岁老年女性作为实验组,并随机选取27名同年龄段没有参与任何形式健身锻炼的老年女性作为对照组．运用实验法经过20周系统的健身秧歌锻炼,对实验前后两组人群体质状况进行比较研究,探讨健身秧歌锻炼对老年人体质的影响,从而为广大老年女性参加健身秧歌运动提供一定的参考．     

环境条件对光合细菌生长的影响

研究不同氮源、盐度、温度、光照、pH值条件下一株沼泽红假单胞菌的生长情况。结果表明,①作为培养基氮源,氯化铵要比硫酸铵更适宜该菌生长;②在8‰～32‰盐度范围内,该光合细菌生长最适的盐度为8‰,8～16‰是该光合细菌生长较为适合的盐度;③在22～34℃温度范围,最适的温度是31℃;④该光合细菌在室外日光下（60 000lx,26～38℃）下生长稍快于室内阴凉处,但变化并不是很大;⑤在pH 4.5,5,5.5和6的酸碱范围内,pH 6最适宜该光合细菌生长。环境条件对该光合细菌的生长有重要影响。     

不同培养条件对粉红聚端孢菌孢子形态的影响

在不同的酸碱度、光环境和营养等条件下对粉红聚端孢菌的菌落形态和孢子大小进行了研究．结果表明：该菌在不同条件下培养后,菌落颜色、形态以及分生孢子的大小有一定差异,病原菌分生孢子长圆形或洋梨形,无色或半透明,孢基偏乳头突起,双细胞,隔膜处略缢缩;在pH近中性及光照条件下,分生孢子大型化现象最显著;该菌能利用所有供试碳源,孢子大型化的最适碳源为木糖醇,在可溶性淀粉培养基上产生的孢子最小;在供试氮源中。孢子大型化最适氮源为甘氨酸,在L-胱氨酸、尿素、氯化铵培养基上不产孢子．     

On theory and methods for advanced detonation-driven hypervelocity shock tunnels

This study describes theory and methods for developing detonation-driven shock tunnels in hypervelocity test facilities. The primary concept and equations for high-enthalpy shock tunnels are presented first to demonstrate the unique advantage of shock tubes for aerodynamic ground-based testing. Then, the difficulties in simulating flight conditions in hypervelocity shock tunnels are identified, and discussed in detail to address critical issues underlying these difficulties. Theory and methods for developing detonation drivers are proposed, and relevant progress that has advanced the state of the art in large-scale hypersonic test facilities is presented with experimental verifications. Finally, tailored conditions for detonation-driven shock tunnels are described, laying a solid foundation to achieve long test duration. This interface-matching key issue encountered in developing shock tunnels has been investigated for decades, but not solved for detonation drivers in engineering applications.     

现代汉字中非同音声旁之研究

现代汉字声旁一般分为同音声旁和非同音声旁。非同音声旁因与其含旁字不同音而被各路专家判为“都不表音”,并失去表音功能。文章分类描写了非同音声旁在含旁字中的表音实际,通过统计研究,认为非同音声旁并非“都不表音”,经过处理,其中至少有142个非同音声旁所带的749个相同读音的含旁字,能按声旁音读准字音。