Approaches and Applications of Chemomics and Chemoinformatics

Some novel concepts of chemomics/molomics are proposed including hydrocarbomics, alcophenomics, carboxomics, pepitomics, metabonomics, etc. like genomics, protomics and glycomics in bioomics. Some examples are given to demonstrate the chemomics and/or molomics methodology and technology based chemoinformatics and bioinformatics and their wide applications in Chemistry and Biology.     

Energy Conservation and Energy Using and Recycling Energy

With science and technology developing, the need of energy increases in our lives and industries. Normal energy is lacking in our country, and the average is half of the average of the world. The conflicting between supplying and needing is apparent. So it seems that the energy may be gone. It is necessary that development of recycling energy is considered. The new energy and recycling energy will be the main energy in the future.     

City and Inhabitants

Based on the relationship between cities and inhabitants as the main point, the characters, complexity and openness of the urban system are discussed in this paper. Then, the nature of the city is revealed.     

Study and Progress of Water Quality Model and Its Application

In the last decade, with the development of environmental science, the studies on water quality models have developed rapidly at home and abroad. The water quality models are mainly used for simulating, assessing and predicting water quality and expounding the transport and transformation of pollutants in aquatic environment, the common models in literature such as fugacity approach, transport model of pollutants in multimedia environment, pollutant exposure model, and water quality management model and so on are discussed. The current situation, history and future trend of the research on aquatic environmental model are summarized. The theories, methodology and application problems which are involved with in this field are analyzed. Several leading objects for study are advanced also in this paper.     

Rockburst Hazard and Its Forcast and Treatments in Underground Engineering

Rockburst is a serious damage geologic hazard. According to the rockburst phenomenon in Erlangshan tunnel and the Jinping 2nd hydropower station and a large of rockburst data,this paper proposes that rockburst is a result that many factors synthesize. These factors include teconics ,epigenetic and superficial structure, wall-rock intensity, attitude of rocks, wall-rock state of stress, wall-rock deformation and underground engineering arrangement, etc. It is given that the mechanism of rockburst is a tension fracture damage under press.     

Pharmacological and therapeutic targets for Δ9 tetrahydrocannabinol and cannabidiol

Summary Cannabis is the unique source of a set of at least 66 compounds known collectively as cannabinoids. Of these, most is known about the pharmacology of ⁹-tetrahydrocannabinol (⁹-THC), the main psychoactive constituent of cannabis, and about cannabidiol (CBD), which lacks psychoactivity. Accordingly, this paper focuses on the pharmacological and therapeutic targets of these two cannabinoids. Many of the effects of ⁹-THC are mediated by cannabinoid receptors of which at least two types, CB₁ and CB₂, are present in mammalian tissues. Endogenous agonists for cannabinoid receptors have also been discovered. CB₁ receptors are present at the terminals of central and peripheral neurones, where they modulate transmitter release. They also exist in some non-neuronal cells. CB₂ receptors are expressed mainly by immune cells, one of their roles being to alter cytokine release. ⁹-THC also appears to have non-CB₁, non-CB₂ pharmacological targets. It is already licensed for clinical use in the U.S.A. as an anti-emetic and appetite stimulant and both ⁹-THC and ⁹-THC-rich cannabis extracts show therapeutic potential as neuroprotective and anticancer agents and for the management of glaucoma, pain and various kinds of motor dysfunction associated, for example, with multiple sclerosis and spinal cord injury. CBD has much less affinity for CB₁ and CB₂ receptors than ⁹-THC and its pharmacological actions have been less well characterized. Potential clinical applications of CBD and CBD-rich cannabis extracts include the production of anti-inflammatory and neuroprotective effects, the management of epilepsy, anxiety disorders, glaucoma and nausea, and the modulation of some effects of ⁹-THC.     

Influence of P and Cd Interaction on Spinach Growth and Uptake P and Cd in Calcareous Soil

采用盆栽试验，研究了石灰性土壤中磷、镉交互作用对菠菜生长的影响。结果表明，磷的添加可减轻镉对菠菜生长的毒害，随着向土壤中添加磷浓度的增加，菠菜叶片中叶绿素含量和菠菜生物量呈先增后降的趋势。当镉浓度相同条件下，随着向土壤中添加磷浓度的升高，菠菜叶片中叶绿素含量和菠菜生物量也呈现先增后降的趋势，其中土壤中磷浓度为150 mg/kg时，菠菜的生物量达到最大，且叶片中叶绿素含量也最高。当向土壤中添加镉浓度为1.5、20 mg/kg时，施磷均明显降低了菠菜植株中镉的含量。研究还发现，植株体内磷、镉的含量与土壤环境中的     

Dry matter,nitrogen and phosphorus accumulation,partitioning and remobilization as affected by N and P fertilization and source–sink relations

Durum wheat (Triticum turgidum subsp. durum L.) is being increasingly grown in many areas of the world, but there is a lack of information about the physiological processes limiting grain yield. In this study, different rates of N and P fertilization were applied and the source:sink ratio was manipulated to examine the factor(s) limiting grain filling under rainfed conditions. Plants exposed to four fertilization treatments (control, 80 kg N ha^?1 (N), 50 kg P ha^?1 (P) and 80 kg N ha^?1 and 50 kg P ha^?1 (N–P)) and were artificially modified to obtain a range of different source:sink ratios. The treatments were (I) control; (II) half of the spike was removed; (III) all the spike was removed. The cultivar Cosmodur was used, which is widely grown in Greece and other Mediterranean countries and is quite productive especially under rainfed conditions. The distribution of dry matter, N and P among grains, stems and leaves was analyzed at anthesis and harvesting. Dry matter accumulation and partitioning into different plant parts was different between the fertilization treatments and the control. At anthesis, leaf + culm dry matter was higher than the chaff dry matter. Total aboveground biomass increased after anthesis in both years and at all fertilization treatments. N fertilization affected N concentration at the whole plant level at anthesis and at maturity. There was an average increase of 20% in N concentration with N application at anthesis in both years relative to the control. N content was affected by the fertilization treatments and it was increased by 33% over the 2 years of the study compared with the control. In addition, P fertilization affected P concentration both at anthesis and maturity in every plant organ, and there was also a significant effect of the change of P concentration at the two different growth stages. P accumulation was also affected by the fertilization regime and by the spike halving treatment. Dry matter translocation was an average of 22% higher at the fertilized treatments compared with the control, which indicates that fertilization led plants to translocate higher amount of dry matter. N and P translocation were affected by the fertilization treatment and in some treatments by the sink reduction. The spike reduction treatment increased the pre-anthesis contribution to seed indicating that the N and P remobilization from vegetative tissues were very important for grain development. The present study indicates that N and P fertilization and sink size can affect dry matter, N, and P accumulation, partitioning, and retranslocation of durum wheat which can affect seed yield.     

Structure and Property of La3 and La4 Molecule

3 stable and 6 stable structure of electronic states for La_(3) and La_(4) are found using the density functional method B3LYP with relativistic effective core potentials, respectively. The most stable electronic state is of D_(3h )structure for La_(3) and the planar C_(2v )structure for La_(4).The analysis of the relationships among these various geometrical configurations, based on the Jahn-Teller effect, vibronic interaction and the resolution of group representations, is in agreement with the calculated results.     

Spatial Pattern Evolution and Industrial Characteristics of Economic and Technological Development Zones and High-tech Industrial Zones in China

Economic and technological development zone and high-tech industrial zone are important types of development zone in China,and there are differences in their connotation and goal setting.In this paper,basic data of national and provincial economic and technological development zones and high-tech industrial zones in China were collected and arranged.Kernel density analysis and other GIS spatial analysis techniques were used to analyze the evolution laws of spatial patterns of economic and technological development zones and high-tech industrial zones in cities from 2006 to 2018.First,the agglomeration intensity was compared by measuring the degree of regional agglomeration and dispersion on the two time nodes.Next,kernel density method was used to explore the evolution of the two in the spatial layout and location,and analyze development commonness and difference of economic and technological development zones and high-tech industrial zones.Finally,the trend and reason of spatial evolution of development zones with different leading industries were explored.Research results show that:①the agglomeration degree of layout of high-tech industrial zones is stronger than that of economic and technological development zones,and there are similarities and differences in distribution trend of spatial patterns of the two types of development zones;②the distribution of labor-intensive,capital-intensive and technology-intensive development zones is concentrated at smaller scales and dispersed at larger ones;③although there are differences between the economic and technological development zones and the high-tech industrial zones in the goal,support,structure and function,management system and so on,their spatial development presents a trend of convergence.In the future,when enhancing urban-rural planning and public administration,governments should combine the trend of industrial transformation and upgrading,and optimize spatial layout of development zones by adjusting industrial structure,layout,transportation and land use.     

Main Diseases and Pests of Jujube and Control Strategies in Shanxi

The main diseases and pests in the major growing area of jujube in Shanxi Province in recent years are investigated and studied,and several main diseases and pests are described.Based on the green prevention and control concept of crop diseases and pests proposed by the Ministry of Agriculture of China,the prevention and control of jujube diseases and pests are expounded from the perspectives of strengthening forecast,agricultural management,biological control and chemical control,in order to provide scientific basis for green development of jujube industry.     

Renormalization Model and Its Application in Instability and Failure of Rock

The critical phenomenon in rock failure is analyzed with renormalization model on the assumption that strength of rock fallows probability distribution and self-similar characteristic. The experimental results are introduced. The calculation results given by renormalization model are in good accordance with experimental results. This show that the theoretical failure point of rock and evolutionary process of rock mass can be simulated accurately by renormalization model. Normalization model can be adopted to judge whether the rock start to fail or not.     

The Traditional Architecture in Fujian and Taiwan and Its Cultural Feature

According to the researches in Fujian and Taiwan and the analysis of historical documents and activities of academic communication,this paper presents different cultural types in Fujian and Taiwan and their corresponding architectural modes including temples of literature,cloisters,Mazu Temple,Guandi Temple,residence,ancestral temples and club houses,etc.It suggests that Fujian and Taiwan,both surrounded by the sea,were the immigration society in the history and their continual merge into and impact on each other contribute to the unique architectural cultures characterized by nationality and locality.     

Tactics and Ways for Renovation of Old Mountain Cities and Towns

The renovation of old mountain cities and towns is a main point in city construction nowadays. In this paper, the characters of economic and real estate development are analyzed to find out proper ways and new principles for renovation from two aspects as city planning and street space renewal to solve the new problems in our present work.     

Optimization and Realization for Sinter and Ore Blending for Blast Furnace

In the ironmaking process, it is essential that sinter and feed of blast furnace are established economically and reasonably. Taking some steel company for example, the best economical condition for feed of blast furnace is comprehensively considered from technologic demand and economic efficiency. According to LP and based on practice and trial, aimed function and confined condition is confirmed, computation programs are made by Matlab while realizing optimization feed. The blast furnace material balance and heat balance are calculated by program with visual interface. Thus, we can directly judge rationality of optimization. The results show that LP is effective method to realize feed of blast furnace.     

Complex Science and Architecture

Complex science is a new science flourishing in 70s of the 20th century. It is a huge integration of Natural and Social Sciences and is also a huge storm in the Thinking Science. Compared with Philosophy, Technique and Art, the Architecture lags behind them. But it is not the reason that the architects need not care about and absorb the mind of other reign. The architects can recognize the world in a systematic and comprehensive way from exercising their mind by learning complex science. The self-organization-critical theory and fractal-geometry in complex science is close and related to topography, city planning, space and shape of building. The revolution of design will be raised by artificial-intelligence; therefore, there will be a better future for our residential environment by our effort.