在前景中

It's warning and outcry for mediocrity of human society by the superiority.Under the surrounding, The library can put a good equitant development into execution dependent upon whether the leader have a "sage jewel" of scientific decision making to understand and exert it's great signification poignantly.He delve library science and acquaint with professional skill, we can get a lot of practical experience from ancientness and today,Chinese and foreign. At the present time,run back over historical development of libary's management, getting a realization on property of common service and roles definitely.

在这样的大环境下，任何一个公共图书馆能否实现跨越式良好发展，这就要看领导者是否能以科学决策理念为"法宝"，深刻理解科学决策的重大意义并能在理论和实践创新中很好地掌握和运用决策理念的主要内容；是否能在图书馆学科理论研究的工作实践中，以图书馆学科体系为科学决策的理论基础，深入了解和研究图书馆学的形成和发展史、学科体系及分支学科、研究方法及其前景展望等，从而为科学决策在本专业学科领域的研究创新打下坚实的理论基础；是否能通过纵横分析人类文明历史进程中公共图书馆的基本职能及其演变过程，更加明确其职能的公益性质，从而树立起以最大可能实现公共图书馆的职能为成功决策的实践标准。

Optimal algorithm of combined nonlinear Hopfield network appears powerful validity in solving nonlinear planning, which includes nonlinear objective function, linear constrains and high-demension of decision-making variants, for its ability of nonlinear parallel computation. It is prominent among optimal algorithms because of its function of simply implement with electrocircuit hardware. Genetic algorithm is expressly suitable for optimal calculation regarding the planning of massive, highly nonlinear, inconsecutively differentiable and multiobjective function as well as objective function without analytical expression. However, it inclines to prematurity, as well as its limitation in ability of partial optimal search. Introducing the optimal algorithm of niche genetic simulated annealing to standard Genetic algorithm, can therefore improve the full-scale or partial search ability of Genetic algorithm effectively. It has a far-flung perspective in the field of systemic planning of water pollution control.

组合式非线性Hopfield网络优化算法所具有的非线性大规模并行计算能力在求解具有非线性目标函数、线性约束条件及高维决策变量的非线性规划问题方面显示出了强大的生命力，它易于电路硬件实现的功能更是在优化算法中独树一帜；遗传算法采用概率搜索技术，不受目标函数与约束条件的限制，特别适合大规模、高度非线性的不连续可微的多峰目标函数及无解析表达式的目标函数的规划问题的优化计算，但其存在容易早熟、局部寻优能力较差等缺点，本文在标准遗传算法中引入小生境技术及模拟退火算法有效地改善遗传算法的全局和局部搜索性能，提高了全局最优解的寻优质量，小生境遗传退火模拟优化算法在水污染控制系统规划中的应用前景极为广阔。

This article illustrates detailed investigation and the statistics about art vocational education and development in vocational schools such as ShaanXi Art School,Movie and TV School, Economy and Trade school. The article also analysis and studies in different angles about fine arts vocational education reform: present situation of fine arts vocational education;The possibility and must for fine arts vocationalism education;The problems, reflection and countermeasure in the professionalism or vocationalism education reform; By analyzing present situation of fine arts education with statistics and comparison, the author elaborated the urgency for the reform, meanwhile ponder and summarize some reform attempts; By analyzing the possibility and necessity of vocationalism of fine arts education, along with the development of social economy and vigorously support from national policy, the article gives the full affirmation to vocational education prospects in our country, and indicates vocationalism will be inevitable trend for regular fine arts school education reform.

本文对国内艺术学校、电影电视学校、经贸学校等一些中专学校的美术专业的教育及发展状况做了详细的调查与统计，并分别从以下几个角度对中专美术的教育改革作了分析与研究：中专美术的教育现状；美术职业化教育的可能性和必要性；职业化改革中面临的问题以及思考和对策；在中专美术教育现状的研究中，运用了数据分析和对比，阐述了改革的迫切性，同时针对当前中专美术在教育改革中所做的一些尝试，进行了思考和总结；在对美术职业化教育的可能性和必要性的分析中，本文结合社会经济的发展和国家政策的大力支持，对我国职业教育的发展前景给予充分肯定，指明中专美术教育向职业化方向发展将是中专教改的必然趋势。

It's warning and outcry for mediocrity of human society by the superiority.Under the surrounding, The library can put a good equitant development into execution dependent upon whether the leader have a "sage jewel" of scientific decision making to understand and exert it's great signification poignantly.He delve library science and acquaint with professional skill, we can get a lot of practical experience from ancientness and today,Chinese and foreign. At the present time,run back over historical development of libary's management, getting a realization on property of common service and roles definitely.

在这样的大环境下，任何一个公共图书馆能否实现跨越式良好发展，这就要看领导者是否能以科学决策理念为&法宝&，深刻理解科学决策的重大意义并能在理论和实践创新中很好地掌握和运用决策理念的主要内容；是否能在图书馆学科理论研究的工作实践中，以图书馆学科体系为科学决策的理论基础，深入了解和研究图书馆学的形成和发展史、学科体系及分支学科、研究方法及其前景展望等，从而为科学决策在本专业学科领域的研究创新打下坚实的理论基础；是否能通过纵横分析人类文明历史进程中公共图书馆的基本职能及其演变过程，更加明确其职能的公益性质，从而树立起以最大可能实现公共图书馆的职能为成功决策的实践标准。

Both Chinese capital and other elements combination game in his No Title serial (1995), in China Image (2004), inscriptions on ancient bronze objects and single storks are shown exaggeratively on frame front view, or even closer Zen's Words (2007) of "words without any meaning fill the whole picture like pose"(Zheng Xuewy: about Zen's Words), vision elements of his creation are continuously realized.

无论是《无题》系列（1995年）中-汉字和其他元素的组合游戏，还是《-国图像》（2004年）中钟鼎文独字、独-笔划在画幅前景夸张的凸显，还是在-靠近的《禅说》（2007年）中&无任何-意义的文字符号就像诵经那样一遍一-地充满整个画面&，（郑学武：《关-&禅说&》）在郑学武的创作中汉字-的视觉因素被持续的陌生化重现。

The reaction of cyclic b-keto esters with CF3CO2ZnCH2I provides the corresponding ring-expanded products with the advantage of mild condition in moderate to good yields. A simple and efficient procedure has been developed for a variety of 1,3-diketones converted into the corresponding 1,4-diketones and trans-1,2-disubstituted cyclopropanols in high yields. In conclusion, this new type of organozinc reagents has been developed for many useful reaction in organic synthesis.

利用有机锌试剂所具有的双重特性，在新型的Baylis-Hillman反应中，可以直接与炔基酮和醛反应一锅制得多官能团的三取代的顺式烯；在b-酮酯化合物的扩环反应中，取得了重要进展，得到了增加一个碳的扩环产物，&一步法&合成，反应条件温和、环境友好；在1，3-二酮分子中成功地插入1个碳，合成出1，4-二酮和环丙醇，为现代有机合成提供了新的合成方法，具有良好的应用前景。

Most of water-soluble cyanine dyes have -SO3H and –COOH in their molecules, which will influence the biomolecules' functional characters. A new kind of water-soluble cyanine dyes with several cations in molecules were designed and synthesized, preparation conditions of intermediate and dyes were researched and optimized, the yield of dye is 25%. The novel kind of cyanine dye are water-soluble , spectrum characters was researched , all the dyes were charactered by 1H NMR and TOF-MS, spectrum in different solvent of novel dyes were focused on, one of the kind dyes show higher fluorescence quantum yield than the result reported. Because of several cations in the structure, it is promising when used in DNA assay and other bio-assay field.

大多数水溶性的菁类荧光染料分子结构中都带有-SO3H和-COOH等基团，过多的阴离子的引入容易造成对生物分子的功能属性的影响，本论文设计并合成了分子结构中带有多个正电荷的水溶性的一类新型菁染料，考察并且研究了中间体和染料的合成条件，最终的目标产物产率达到25％，染料通过了质谱和核磁的表征，新型的染料具有良好的水溶性，研究了新染料在多种溶剂的的光谱性质，其中一种染料的在水中的荧光量子产率比文献报道得到了提高，由于富集了正电荷，这类菁染料在DNA标记等生物中有一定应用前景。

This article is introduces the information hideaway technology the development present situation, therefore this article mainly aims at the information hideaway technology at present in each domain development present situation, mainly introduced in the application domain in the copyright protection and the privacy communication several kind of information hideaways technology, as well as the information hideaway technology the function which displays in information security each domain, but also has carried on the forecast to the information hideaway technology future prospect.

本文是介绍信息隐藏技术的发展现状，因此本文主要针对信息隐藏技术目前在各个领域中的发展现状，并且主要介绍应用领域中版权保护和保密通信中的几种信息隐藏技术，以及信息隐藏技术在信息安全的各个领域中所发挥的作用，还对信息隐藏技术的未来的前景进行了预测。

This article is introduces the information hideaway technology the development present situation, therefore this article mainly aims at the information hideaway technology at present in each domain development present situation, mainly introduced in the application domain in the copyright protection and the privacy communication several kind of information hideaways technology, as well as the information hideaway technology the function which displays in information security each domain, but also has carried on the forecast to the information hideaway technology future prospect.

本文是介绍信息隐藏技术的发展现状，因此本文主要针对信息隐藏技术目前在各个领域中的发展现状，并且主要介绍应用领域中版权保护和保密通信中的几种信息隐藏技术，以及信息隐藏技术在信息安全的各个领域中所发挥的作用，还对信息隐藏技术的未来的前景进行了预测。关键词：信息隐藏，数据锁定，隐匿标记，数字水印，阈下信道，匿名连接

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。