Research on Development Tendency of College Campus Environmental Landscape Design in China

At the background that existing colleges largely construct campuses,the paper has illustrated the importance,significance and function of college campus environmental landscape design,and factors affecting it.It considers that college campuses tend to be developed into green ecological campus,regional humanistic campus,and knowledge research campus.Finally,by taking the East Lake Campus of Zhejiang A & F University for example,the campus division planning and scientific achievements' application planning have been illustrated.

On super efficiency in set-valued optimization

The set-valued optimization problem with constraints is considered in the sense of super efficiency in locally convex linear topological spaces. Under the assumption of iccone-convexlikeness, by applying the seperation theorem, Kuhn-Tucker＇s, Lagrange＇s and saddle points optimality conditions, the necessary conditions are obtained for the set-valued optimization problem to attain its super efficient solutions. Also, the sufficient conditions for Kuhn-Tucker＇s, Lagrange＇s and saddle points optimality conditions are derived.

Investigation of Ancient and Large Tree Resources in Green Spaces of Urban Parks: A Case Study of Yunqizhujing Park in Hangzhou, China

Conservation of ancient and large trees in domestic and overseas cities was compared, ancient and large trees were regarded as important cultural relics playing an important role in optimizing urban natural environment and enriching urban humanistic and natural landscapes, and they were also important contents of urban garden works symbolizing urban parks. A case study was carried out Yunqizhujing Park to study conservation of ancient and large trees in park green spaces of Hangzhou City, solutions to current problems were proposed, and constructive suggestions were given for the conservation of ancient and large trees in urban park green spaces.

Self-similar behavior for multicomponent coagulation

Self-similar behavior for the multicomponent coagulation system is investigated analytically in this paper. Asymptotic self-similar solutions for the constant kernel, sum kernel, and product kernel are achieved by introduction of different generating functions. In these solutions, two size-scale variables are introduced to characterize the asymptotic distribution of total mass and individual masses. The result of product kernel （gelling kernel） is consistent with the Vigli-Ziff conjecture to some extent. Furthermore, the steady-state solution with injection for the constant kernel is obtained, which is again the product of a normal distribution and the scaling solution for the single variable coagulation.

Roof Garden Design Analysis

With roof garden design as the background, functions of roof garden, influencing factors of design, and design principles were analyzed, and development trends of roof garden design were further explored.

A Study of Cultural Impact on Pragmatic Failure

Culture can form cultural context and affect communicators deeply.It can cause pragmatic failure.This paper studies culture firstly.Then cultural impact-cultural confinement is explored.In this part two ways of cultural confinement on pragmat ic failure are discussed.At last Suggestion for avoiding pragmatic failure in culture is given.

Study on Defamiliarization: from Formalism to Marxism

One of the most influential concepts of the literary theory in the past century, defamiliarization tends to distance the audience from the ordinary, in order to augment difficulties in comprehending and thus impede the automization of perception. It is originally put forward by Russian Formalists, yet ranges over literary movements including Futurism and Marxism, a historical and dynamic phenomenon from the theoretical level to the practice plane, from the pure aesthetic perspective to the motivated and political viewpoint. This paper attempts to make a comparatively detailed analysis of such a vigorous process.

Comment on ＂Ported from Self-Similar Analytic Solutions of Ginzburg-Landau Equation with Varying Coefficients＂

Recently, Feng et al. claimed that ＂they have found the asymptotic self-similar parabolic solutions in gain medium of the normal GVD＂, where the evolution of optical pulses is governed by the following Ginzburg-Landau equation （GLE）：

Cyclic electron flow around photosystem I is required for adaptation to high temperature in a subtropical forest tree, Ficus concinna

Dissipation mechanisms of excess photon energy under high-temperature stress were studied in a subtropical forest tree seedling, Ficus concinna. Net CO2 assimilation rate decreased to 16% of the control after 20 d high-temperature stress, and thus the absorption of photon energy exceeded the energy required for CO2 assimilation. The efficiency of excitation energy capture by open photosystem Ⅱ（PSⅡ） reaction centres （Fv＇/Fm＇） at moderate irradiance, photochemical quenching （qp）, and the quantum yield of PSII electron transport （φPSⅡ） were significantly lower after high-temperature stress. Nevertheless, non-photochemical quenching （qNP） and energy-dependent quenching （qE） were significantly higher under such conditions. The post-irradiation transient of chlorophyll （Chl） fluorescence significantly increased after the turnoff of the actinic light （AL）, and this increase was considerably higher in the 39 ℃-grown seedlings than in the 30 ~C-grown ones. The increased post-irradiation fluorescence points to enhanced cyclic electron transport around PSI under high growth temperature conditions, thus helping to dissipate excess photon energy non-radiatively.

A Method for Determining Surface Free Energy of Bamboo Fiber Materials by Applying Fowkes Theory and Using Computer Aided Machine Vision Based Measurement Technique

The purpose of this study is to develop a standard methodology for measuring the surface free energy (SFE),and its component parts of bamboo fiber materials.The current methods was reviewed to determine the surface tension of natural fibers and the disadvantages of techniques used were discussed.Although numerous techniques have been employed to characterize surface tension of natural fibers,it seems that the credibility of results obtained may often be dubious.In this paper,critical surface tension estimates were obtained from computer aided machine vision based measurement.Data were then analyzed by the least squares method to estimate the components of SFE.SFE was estimated by least squares analysis and also by Schultz' method.By using the Fowkes method the polar and disperse fractions of the surface free energy of bamboo fiber materials can be obtained.Strictly speaking,this method is based on a combination of the knowledge of Fowkes theory. SFE is desirable when adhesion is required,and it avoids some of the limitations of existing studies which has been proposed.The calculation steps described in this research are only intended to explain the methods.The results show that the method that only determines SFE as a single parameter may be unable to differentiate adequately between bamboo fiber materials,but it is feasible and very efficient.In order to obtain the maximum performance from the computer aided machine vision based measurement instruments,this measurement should be recommended and kept available for reference.

Anticancer Effects of Zaoxiu Compound Decoction on H_22 Mice with Heps

Objective To investigate the anticancer effects of the Zaoxiu Compound Decoction(ZCD) on H22 mice with Heps and the influence on the construction of H22 cells. Methods With in vivo techniques, the antineoplastic drugs were given to hepatoma H22 model mice which were randomly divided into negative control(physiological saline), positive control(cyclophosphamide), high- and low-dose ZCD groups. After 10-d administration, the pathological examinations of tumor tissue, livers, and kidneys in mice were carried out and the inhibitory rate on tumor was calculated. Results The high-and low-dose ZCD had obvious inhibition on H22 cells. The pathological observation showed that high- and low-dose ZCD had a strong inhibitory effect on H22 cells as well as positive control, with few toxic effects to the livers and kidneys in mice. Conclusion ZCD has the anticancer effect and has no obvious toxic effects on the model mice.