加速闽西黑毛福建兔产业化开发的思考

阐述龙岩上杭通贤黑毛福建兔易于养殖和肉质细腻、味美、营养成分具有一高一低“高尼克酸、低胆固醇）等特色，从市场、养殖经济效益和生态效益等角度论证其较大的产业开发潜力，从强化产业意识、实现标准化生产和深加工等方面提出产业化开发的措施与对策。     

非静电力场的特点

本文以罗仑兹力为例,讨论非静电力场的数字特征。结果表明,非静电力场可以是调和场,管场和势场。     

水分子的振动高激发态理论研究

本文报道了Ｈ２Ｏ分子振动高激发态的能级和波函数的变分计算结果。通过计算与观测数据的比较，逐一检验了Ｈ２Ｏ分子势能面的热量。结果表明：ＸＹ，ＪＴＴ，Ｊ，ＰＴ的热能面均能较准确地描述Ｈ２Ｏ分子的振动高激发态，其中ＸＹ的势能面更准确。     

镜煤和丝炭的有机地球化学特征对比及其热解性能研究

本文研究结果表明阜新煤田主要煤层煤中丝炭主要是氧化成因，而镜煤则形成于相对还原环 境。成煤环境中的氧化还原条件对镜煤和丝炭各自有机地球化学特征和产烃潜力均有重要的影 响。镜煤和丝炭热解产烃潜力差别很大，但热解过程中产生的烃类的成分组成十分相似，都是以 气态烃为主，其中甲烷含量占８５％以上。因此，这一实验结果证明镜煤和丝炭主要是生气母质而 不是生油母质。     

一种描述无序材料输运理论的非决定论方法

本文从非决定论的Fokker-Planck方程和Master方程入手,讨论了无序材料在外场下的输运理论,得到在平衡态下的F-P方程解和近平衡态下的F-P方程的形成.     

不锈钢化学着色的研究进展及发展前景

综述了国内外不锈钢化学着色法的研究现状和进展。国外从实验室阶段研究工业化生产阶段直到生产线的建立大约用了45年的时间,至今仍在着色工艺和色调的搭配上不断发展。国内正在由实验室研究阶段向工业生产阶段转化。随着着色工艺的成熟和稳定,彩色不锈钢的价格将逐渐与国民经济的发展水平相适应,从而得到迅速的发展。     

Hierarchical structure discovery in social networks北大核心CSCD

According to the fact that the conventional social network analysis methods did not consider the role of network property, such as social individuals' position, the strength of social relations. We introduced a new social network model based on extended graph and hierarchical structure based on information flow. Also, we proposed a method for discovering the backbone nodes based on the Network Topology Potential Support and a method for discovering the network hierarchy based on the potential flow. The experimental results show the effectiveness of our method in mining the hierarchical structure of networks. ©, 2015, The Journal Agency of Complex Systems and Complexity Science. All right reserved.     

CH+,NH+和OH+自由基离子基态与低激发态结构与性质

用密度泛函理论在B3LYP/aug-cc-pVTZ理论水平上计算研究CH ,NH 和OH 自由基离子基态与低激发态的结构与势能函数,导出了分子的光谱数据.结果表明,CH ,NH 和OH 自由基离子基态分别为X1Σ,X2Σ和X3Σ,基态与低激发态的势能函数均可用Murrell-Sorbie函数来表达.CH 自由基离子低激发态a3Σ和5Σ,NH 自由基离子低激发态a4Σ,OH 自由基离子低激发态a1Σ和5Σ的绝热激发能分别为0.909,7.758,0.207,3.104和5.527 eV.     

Effects of water treatments on the activation of soil seed banks - A case study on the lower reaches of the Tarim River

Evaluation of seedling emergence is a common method used to investigate the vegetation restoration potential of soil seed banks. Previous studies have primarily been conducted in the laboratory using a single water treatment. However, when this method is used, it is difficult to optimize the water conditions for the needs of the individual species of seeds. Additionally, the germination conditions for seedlings in the laboratory are different from those in nature. To avoid these issues, we conducted experiments to activate soil seed banks in the field using different water treatments. The results revealed that: (1) generally, the number of species and quantity of seedlings decrease gradually as the water supply decreases, but that for several species most seedlings did not appear when they were provided with the greatest amount of water, and (2) different species present different germination characteristics. According to the rate of seedling emergence, the species were classified into two germination types: fast and slow. In addition, each species also had a unique climax period of emergence, which was delayed with a decrease in water supply. Therefore, the amount of water provided is vital to seedling emergence, and various water treatments should be evaluated when studying the characteristics of different species in soil seed banks. For the lower reaches of the Tarim River, the optimal soil moisture for seedling emergence ranged from 23% to 28%, and seedling conservation should be strengthened during the climax period of emergence (9-15 days from the day when water became available). These results highlight the importance of the use of an optimal water treatment and demonstrate the danger of using a single treatment method. Our results also emphasize the need for a preliminary study prior to conducting studies to evaluate seed banks.     

化学着色过程中彩色不锈钢电位的测定

本文介绍了化学着色过程中不锈钢电位与时间关系的测定结果，以及彩色不锈钢颜色与着色电位的对应关系。