2013年，中国航煤市场价格先降后升，同比有所下降；消费量在成品油需求整体放缓的形势下同比仍呈两位数增长态势；产量随着炼油能力的增长和航煤收率的上升继续显著增长；国际贸易仍“大进大出”，净出口量较快增长；年末库存同比基本持平。展望2014年，航空运输量较快增长将继续推动需求平稳增长；炼油产能和航煤收率的上升将促使航煤产量继续快速增长；航煤价格同比将小幅回落。

2013年，我国沥青总产量为1999万吨，同比增幅为7.4%；沥青净进口量为315万吨，同比增长19.6%；全年沥青表观消费量为2315万吨，同比增幅为9.6%，需求总量创历史新高。2013年，沥青价格随着市场供需形势的变化而上下波动，前三季度有升有降，但总体波动不大，四季度随着需求的转淡开始步入下行通道。2014年，在国家利好政策的推动下，我国的公路建设将进入新一轮的施工高峰期，预计全年需求继续维持较高水平，需求总量约为2200万吨；预计全年国产沥青总量为1800万～1900万吨，进口量约为315万吨；价格受利好因素的影响为主，预计重交沥青均价约为4850元/吨。

对国内近10 年对苯二甲酸行业市场进行分析，并对国内对苯二甲酸产业后期发展走势进行预测，为国内对苯二甲酸企业发展提供参考。

报告从战略性分析、环境信息、竞争对手情报、资讯信息快报、市场行情与数据分析等几个方面对石油化工行业进行了分析评论。

报告从战略性分析、环境信息、竞争对手情报、资讯信息快报、市场行情与数据分析等几个方面对石油化工行业进行了分析评论。

This document compiles recent research findings related to corrosion of metals in preservative treated wood into a single report on corrosion of metals in wood. The research was conducted as part of the Research, Technology and Education portion of the National Historic Covered Bridge Preservation (NHCBP) Program administered by the Federal Highway Administration. The compilation addresses: corrosion rates of metals embedded in treated wood, the mechanism of corrosion in treated wood, the effect of extractives on corrosion, methods for predicting the service life of metals in treated wood, and suitable non-metallic replacement fasteners. The document was created to serve as a desk reference for engineers to aid in materials selection when building with treated wood.

A novel fluorophore tagged exopolysaccharide (TEPS) was developed, synthesized, and tested for its potential implications toward locating Improvised Explosive Device (IEDs). Our TEPS exhibited unique and substantial properties that lend well to current change detection processing techniques and allows for significantly improved detection of objects implanted into the natural landscape. When coupled with a novel image processing package, or Automated Disturbance Detection System (ADDS), that automatically processes images, and creates a map of areas of interest (AOIs) that relate to the detection of a hidden object, TEPS has shown great success. For example, in pilot scale field testing it was able to accurately and automatically identify large (larger than 12') implanted devices nearly 100of the time and smaller objects (between 1' and 12') 87.5of the time from an aerial platform. Furthermore, the system only falsely detected one terrestrial disturbance for every fourteen that it correctly identified. An additional benefit of our TEPS system is that its computational requirements will be about 75less than comparable systems because computationally intense preprocessing algorithms are unnecessary. The combined TEPS and ADDS technologies can rapidly produce maps of AOIs, which would ultimately allow for greater and safer movement of troops in dangerous areas.

The study of fractures of glass, glassy type materials, and plastic has long been of interest to the forensic community. The focus of this interest has been the use of glass and polymer fractures to reconstruct past events and to associate items of evidence. One example of this association is the matching of glass fragments from various locations where they can be shown to have come from a common origin. In the materials science community, fractography is the means and methods for characterization of fractured specimens or components in order to study or identify the mechanism of such failures, which is the focus on most of the literature on the subject. The ability to show that each and every fracture is, in fact, unique has not been a matter of consequence or of interest to the engineering or scientific community. In contrast, the basic premise that fractures are not likely to be reproducible is very relevant to the forensic science community. The issue arises when a given fracture pattern is restored or component pieces are physically fitted together and 'matched' and the conclusion is drawn that this is unlikely to be possible unless all the components were derived from the same part. Despite the importance of this assumption, very limited research has actually been done to confirm that this is indeed the case. This study documented the very controlled fracture patterns of 60 glass panes, 60 glass bottles, and 60 plastic tail light lens covers. The pane and bottle specimens were fractured with three different types of penetration tips: sharp tip, round tip, and blunt tip.