基于“人-物-环境”关系的文创产品设计载体分类研究——以粤剧服饰中“海水江崖”纹应用为例

从“人-物-环境”系统的设计观出发,探究文化创意产品设计载体分类方式新途径,新思路,新方法。基于“人-物-环境”三者之间的关系,分类文创产品设计载体,探析文创产品设计定位,并通过粤剧服饰中“海水江崖”纹应用实践案例验证分类方式的可行性。从“人与物”“环境与物”“人与环境”关系三个角度创新文化创意产品设计载体分类,可以为设计师做文创产品设计定位提供参考价值。

基于“人、物、环境”三维模型的教学资源管理平台设计与应用

立体化新型学习体系以现代信息技术为基础,数字化软件为手段,网络平台为学习和管理环境,自主式、开放式、交互式学习为主体,面向复杂层次实施对象,覆盖教学全过程、各环节。基于盐城工业职业技术学院教学状态数据,剖析数字化资源开发与利用的影响因素,以"整合-共享-以人为本"为原则,构建了基于"人-物-环境"的三维立体式空间模型,设计开发了契合状态数据的教师资源管理平台,并对平台进行了测试与应用研究。得出结论:平台设计合理、功能齐全,可针对性改善我校教师资源管理现状,对构建信息化教学体系、推动数字智慧校园建设,有重要的理论和实践意义。

重构公共环境中的视觉文化(人—物—环境)的关系

人是环境的中心，环境作用于人的所有感官，生理、物理、心理诸方面的因素．没有了人或者是缺乏人的关注与参与，环境就失去了意义。人们的价值体现和审美体现，都是从群体趋向转化为个性展现。这时的设计不仅是一种“经济活动”．而且是一种以人的生活环境为创造环境的“艺术创作活动”，消费者不再盲从．他们找到许多可以表现自我和个性的途径。他们期待的商品不再是简单的商品．而是具有生命感悟的、能够使人与环境达成融合的一种可以对话媒介。因此．它是关于“人-物-环境”的良性发展。

On the database-based strategy of candidate extractant generation for de-phenol process in coking wastewater treatment

A database-based strategy of candidate generation was proposed for molecular design of new de-phenol extractants following the idea of finding new applications of existing commercial compounds. The strategy has the advantage that the environmental, safety and health risks of candidate compounds are known and controllable. In this work, the Existing Commercial Compounds(ECC) database and special combined search strategy were developed as the base for the proposed CAMD method following such idea, and molecules for phenol extraction used in coking wastewater treatment were selected from the ECC database. The candidate solvents cover the following categories: ketones, esters, ethers, alcohols, anhydrides and benzene compounds, which are consistent with the de-phenol extractants commonly used in the industry or experiment. The compounds with higher partition coefficient and selectivity than widely used methyl isobutyl ketone(MIBK) are mainly ketones. 26 obtained molecules show higher partition coefficient and selectivity than MIBK, which are suggested to be further investigated by experiment. Furthermore, analysis of these potential molecules may present the effective functional groups as the initial group set to generate new molecular structures of de-phenol extractants. The results show that the proposed method enables us to efficiently generate chemicals with benefits of less time, less economical cost, and known environmental impact as well.

家电产品设计中的人与环境和谐共处新概念

人与自然环境和谐相处是一个永恒的话题,人作为个体是不可能脱离自然环境而单独存在的,并且人与物之间同样遵循这样的规律。所以作为任何事物的创造者和设计者都应该以人-物-环境相和谐为基本,这样才会保持人与环境的良性循环。在家电产品设计中,这点体现得尤为明显。

A comparison of landscaping plant utilization in some residential quarters in Beijing

A dwelling district is the most direct space of people’s living environment. The environmental construction should take the improvement and maintenance of the ecologically balance in housing estate as its aim and the coexistence between man and nature as its goal. By making an analysis of the current situation of afforestation, landscape, functional requirements and humanistic environment of the six residential quarters of Huilongguan Fengyayuan, Sainaweila,Xinxinjiayuan of the Asian Games, and others in Beijing, this paper presents an arrangement mode of plants in dwelling districts.

Community structure of zooplankton in reef area and its relationship with environmental factors

To better understand the community structure characteristics of zooplankton in the artificial reef area of Tianjin in the Bohai Bay and its relationship with major environmental factors,the project conducted three cruise surveys in the spring(May),summer(July)and autumn(October)of 2016 and monitored conventional environmental factors.The results showed that there were 36 species of zooplankton,including 14 species of copepods,phytoplankton larvae 12 species;6 kinds of coelenterates;3 species of shrimp and 1 species of hairy shrimp in the artificial reef area of Tianjin in the three cruise surveys.The dominant species in spring,summer,and autumn have obvious changes,among which the dominant species in spring are Eurytemora pacifica,Clytia hemisphoerica,Clalnus sinicus,and Macruran larva;in summer are Oithona similis and Brachyura zoea larva;and autumn only the Clalnus sinicus.Correlation analysis shows that the diversity and uniformity of zooplankton in the artificial reef area have increased to varying degrees,indicating that the overall construction of artificial reefs in the Tianjin sea area has improved the marine ecological protection to some extent.The results of CCA showed that salinity and water temperature were the main environmental factors affecting the distribution of zooplankton communities in artificial reefs in Tianjin.

Heading toward Artificial Intelligence 2.0

With the popularization of the Intemet, permeation of sensor networks, emergence of big data, increase in size of the information community, and interlinking and fusion of data and information throughout human society, physical space, and cyberspace, the information environment related to the current development of artificial intelligence （AI） has profoundly changed. AI faces important adjustments, and scientific foundations are confronted with new breakthroughs, as AI enters a new stage： AI 2.0. This paper briefly reviews the 60-year developmental history of AI, analyzes the external environment promoting the formation of AI 2.0 along with changes in goals, and describes both the beginning of the technology and the core idea behind AI 2.0 development. Furthermore, based on combined social demands and the information environment that exists in relation to Chinese development, suggestions on the develoDment of Al 2.0 are given.

基于鱼刺图的商场火灾事故分析

商场属于人员密集场所,一旦发生火灾事故,可能造成大量的人员伤亡、巨大的财物损失、恶劣的社会影响。商场火灾事故的发生涉及到多方面的因素,鱼刺图分析方法可以把复杂的原因条理化。文章采用鱼刺图分析方法,从人员、物、管理、环境四个方面分析导致火灾事故发生的因素,并依据有关法律法规和标准,从人-物-管理-环境系统出发提出相应的火灾防控措施。

Seasonal variation of plankton communities influenced by environmental factors in an artificial lake

We evaluated the seasonal variation in plankton community composition in an artificial lake. We conducted microscopic analysis and denaturing gradient gel electrophoresis (DGGE) of PCR-amplified partial 16S rRNAand 18S rRNAgenes to characterize the plankton community. The clustering of unweighted pair group method with arithmetic mean (UPGMA) was then used to investigate the similarity of these plankton communities. DGGE fingerprinting revealed that samples collected at the different sites within a season shared high similarity and were generally grouped together. In contrast, we did not observe any seasonal variation based on microscopic analysis. Redundancy analysis (RDA) of the plankton operational taxonomic units (OTUs) in relation to environmental factors revealed that transparency was negatively correlated with the first axis (R=-0.931), and temperature and total phosphorus (TP) were positively correlated with the first axis (R=0.736 and R=0.660, respectively). In conclusion, plankton communities in the artificial lake exhibited significant seasonal variation. Transparency, phosphorus and temperature appear to be the major factors driving the differences in plankton composition.

Impacts of Human Activity on Biodiversity——An Approach to Driving Force Indicators

The impact of human activity on biodiversity is very complicated, making it difficult to design practical indicators for assessment.Currently,state and response indicators are listed within Chapter15 of Agenda21,but no mention is made of driving force indicators and how they relate to biodiversity protection. This paper repre- sents an effort to identify and then operationalize the idea of driving force indicators at national level.Five human induced factors affecting biodiversity were discussed: (a) habitat loss and fragmentation; (b) overexploitation of resources;(c)species introduction;(d)pollution;and (e) climate change. From these five factors, a subsetwas selected to serve as possible driving force indicators:(1)habitat loss, (2)the ratio of exotic species to indigenous ones, and (3)the change in pollution status. Although the three indicators are relatively simple,they coverthe most important human impacts on biodiversity and offer the potential for further redefinition and ultimate use within the spirit of biodiversity protection.

Novel Coronaviruses and Astroviruses in Bats

Zoonotic transmissions of emerging pathogens from wildlife to human have shaped the history of mankind. These events have also highlighted our poor understanding of microorganisms circulated in wild animals. Coronaviruses and astroviruses,which can be found from a wide range of mammals,were recently detected in bats. Strikingly,these bat viruses are genetically highly diverse and these interesting findings might help to better understand the evolution and ecology of these viruses. The discoveries of these novel bats viruses not only suggested that bats are important hosts for these virus families,but also reiterated the role of bats as a reservoir of viruses that might pose a zoonotic threat to human health.

Characters of Urban Development and Its Spatial Morphology Underground Space Influences on Urban

Underground building with such major functions as underground traffic, commerce, culture and recreation, especially the multifunctional underground large-scale public complex, has become a significant part of the overaU functional structure or even the core of a city. Therefore, the expression of the architectural appearance, and characters of underground building, as well as the integration between the building and its external environment constitute an important part in improving overall functional structure and optimizing cityscape. From the perspective of space and environment shaping, the author explores the architectural appearance, and characters of underground building and its external environment, provides several basic design patterns with further discussion.

A Case Study of an in Situ Botanical Garden in Zagori, Greece

Between 1998 and 2002, a project for the protection of the natural environment was applied, in the framework of the EU Initiative ＂L.I.F.E.＂, in Zagori, a mountainous region in Northwestern Greece with rich natural and human environment. One of the actions that took place as part of the above project was the creation of an in situ botanical garden in order to raise public awareness of the environment and the flora of the region. During the operation of the garden, the visitors answered questions related to their satisfaction or dissatisfaction of their visit. They also made suggestions for the improving of the garden. According to the number of the visitors and the analysis of the questionnaires, the operation of the garden was satisfactory. The in situ botanical garden proved useful not only for environmental awareness and education, but also for local economy. Two years since its creation, the garden eventually stopped operating. The main reason was lucky of funding. Based on the experience gained, it is suggested that the garden should be re-created under a new approach. Regions, such as Zagori, whose economy is based on environmental tourism, would benefit greatly from such structures. Moreover, in situ botanical gardens can play an important role in the protection of Greece＇s rich flora.

The ecosystem of Lake Kenon:past and present(Transbaikal Territory,Russia)

Present-day conditions of the Lake Kenon ecosystem are determined by a combination of natural and anthropogenic factors. We have estimated the effects of a complex of factors on the condition of the abiotic environment and on specific biological components in the lake ecosystem. Change in biogenic load has caused an increase in the role of phytoplankton in the general balance of organic matter during the high-water period. Charophytes are the main dominants of bottom vegetation. Anthropogenic load has caused a decrease in both fish species and fish capacity. The lake application as a water reservoir-cooler has influenced the average annual water mineralization （from 420 mg/L to 530.0 mg/L with a maximum 654 mg/L in 1993） and fluctuations in its hydrochemical composition. The present composition of the lake is sulfate-hydrocarbonate-chloride calcium-sodic-magnesium in character. S（Y44 content is twice as much as the maximum permissible concentration in fishery waters. Water drainage from an ash disposal area to the lake has caused an increase in chemical-element concentrations including the heavy metals. Hg concentration in Perca fluviatilis muscles is 0.5 9g/g dry wt. Thus, understanding directions in the ecosystem of the water reservoir-cooler under changing hydrological conditions will let us forecast the consequences of new combined heat and power plant operation.

Environmental Nexus： and You Will Know Us by Our Places

The paper investigates the places of an urban region inside a Biosphere Reserve in southern Brazil and explores the potentialities for synergies between their biological and sociocultural systems. It assumes： （i） the perception of their regional rootedness works beneficially for enhancing sustainability; （ii） current progress in place＇s conceptualization helps in the quest for sustainability, since the core factors of the concept deal precisely with the relationships between people and environment. The paper works both with the perception of existing, as invented places, analysing the perception they stimulate. Real places are seen as socially constructed; invented places, as economically promoted. Selection of empirical regional cases is based on their： perception （real and invented places）; scale （urban and ex-urban）; management （public or private）. In the area of Architecture-Urbanism, place is a created environmental form, imbued with symbolic significance to its users. In the present shift of paradigms from modernism to postmodernism, the discipline evolves towards a more thorough concern with the philosophical implications of places on phenomenological grounds. Also, the making and marketing of new places become increasingly accepted as influential tools to foster prosperity and well-being, by means of the economic development attributed to the creation of places. The concerted private and public management of the region＇s places and the restrained design they presently employ are providing grounds for an affluent development, showing a wise use of the regional resources. Altogether, it seems inhabitants have learned how to work in conjunction with the environment. This hints at a clear manifestation of sustainable development, worth investigating. Presumably, the concept of place, positioned as it is at the very interface of physical, social, economic and behavioural disciplines, seems to provide a likely means for tackling the challenges for a sustained regional development planning.

Accessible KnowledgemKnowledge on Accessibility

Although serious efforts are made internationally and nationally, it is a slow process to make our physical environment accessible. In the actual design process, architects play a major role. But what kinds of knowledge, including research-based knowledge, do practicing architects make use of when designing accessible environments？ The answer to the question is crucially important since it affects how knowledge is distributed and how accessibility can be ensured. In order to get first-hand knowledge about the design process and the sources from which they gain knowledge, 11 qualitative interviews were conducted with architects with experience of designing for accessibility. The analysis draws on two theoretical distinctions. The first is research-based knowledge versus knowledge used by architects. The second is context-independent knowledge versus context-dependent knowledge. The practitioners found their primary support in context-dependent knowledge, whereas context-independent knowledge was criticized as being too prescriptive. Further, they tended to ask for assistance from the researcher in person rather than reading research publications. The findings challenge research in two ways--first, to produce context-dependent knowledge to structure the first step of the design process, second, to develop new ways to ensure a knowledge flow between research and practice.

Research Progress of Migration and Transformation of Pharmaceuticals and Personal Care Products in Underground Environment

With the increasing use of PPCPs （pharmaceuticals and personal care products）, the impact caused by the accumulation of PPCPs on the environment has become increasingly serious and has attracted considerable attention. In the last 10 years, major studies on PPCPs have focused on the sources and analytical testing of concentrations in the environment. Afterward, studies have shifted to the transfer and transformation of PCPPs in the environment and to the environmental risk assessment of PPCPs. Studies on PPCPs in the underground environment have mainly focused on their adsorption, desorption, transfer, and transformation in the aeration and saturation zones. The main methods applied in these studies include indoor simulation experiments and outdoor sampling and testing. These studies have mainly considered one dimension, and most of them have concentrated only on the aeration or saturation zone. Therefore, the main developing directions of studies on PPCPs are the comprehensive study of the transfer and transform process from source to sink in the underground environment and the establishment of an effective and efficient PPCP detection system,

Research on Polymer Materials in Bio Medical and Its Application

Intelligent hydrogels is as drug carrier, and it has a good application prospect. There are some changes factors in the human environment, such as temperature, pH. Therefore, the temperature sensitive hydrogels and pH sensitive hydrogels can release system for drugs in the body. So the paper detailed descript a novel MWCNTs good dispersion of PMAA/MWCNTs nano hybrid hydrogels. The introduction of MWCNTs significantly increased the hydrogel pH response and mechanical strength, and depends on the MWCNTs component ratio, particle size and concentration of cross-linking agent. The study found, swelling rate of hybrid hydrogels was faster than the pure PMAA hydrogel, and the swelling behavior were explained. The compression stress-strain experiments should be found, MWCNTs load transfer plays an important role in improving the mechanical properties of the hybrid hydrogels network compression.

Global Bioethical Prevention of the Collision of Biological and Cultural Evolution on Miserable Human Survival

With the cultural myth that science can only determine the way the world ＂is＂ （facts）, while humanities, social sciences, lawyers, philosophers, and theologians must determine the way the world ＂ought to be＂ （values）, those in position of global-, national-, and local-political power make major decisions of the use （or non-use） of scientific knowledge and technology. As a result, the human being has created a non-scientifically based cultural environment that is affecting his ability to survive. In effect, cultural evolution is occurring more rapidly than biological evolution that can adapt to the changes brought about in the physical and psycho-social environments. In a pluralistic cultural world, where each society has generated a different view of human nature and different ethical values, the use, misuse, or non-use of scientific and technological advances are derived from these unscientific views of human nature. Since all life depends on limiting interacting environmental and ecological factors, it is imperative that scientific information be used to govern how to minimize irreversible effects on life-sustaining ecological factors, but also scientific information bearing on understanding human nature ought to be integrated into a ＂global bioethics＂. While ethical values cannot be directly derived from scientific factors, it is also true that human values or our ＂ought＂ cannot be maintained in ignorance or defiance of the facts or the ＂is＂.