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This paper discusses empirical findings and theories about prison architecture security system and security fence material. As advanced security systems and high quality materials became increasingly significant for prison architecture. The prison insecurity fence design and lag behind materials consume use results in threat of jail safety, which implies that scholar focus on such security design system is necessary. Few people, therefore, doubt the value of new building materials and financial theory to justify prison security system as enhance safeguarding measure. Most scholars of penology promoted consensus on application of new materials can enhance the performance of prison fences, which focus on the security aspects of prison architecture, and this is case studies on the role of security design system and new materials reuse in prison architecture, solutions for make security sustainable development in a national prison system. Thus, there is a continuing need to carry out well-designed research on this question as improve the safety measures. Conclusions and directions for further research are provided.

The paper introduces the structure and basic theory of the intrinsic safety explosion-proof, the parameters of each part and the principles of selection. Emphasizes the features、work theory and earthing of the isolated barrier, which is used in intrinsic safety explosion-proof industry process control system .

Weak gel was sythysized by twin-tail hydrophobically associating polymer P(AM/ DiC6AM/NaAA) crosslinked with water-soluble phenolic resin. Apparent viscosity of week gel increases with the increasing of polymer concentration and the increasing of phenolic resin. The crosslinking reaction is influenced by salt. Apparent viscosity of week gel firstly increased and then decreased with increasing salt concentration. Weak gel has shear thinning property. But apparent viscosity of weak get is recoverable after shear.

Self-cleaning coatings are getting tremendous attention from both the academic interest and industrial communities. Among the two kinks of self-cleaning coatings, which are super-hydrophobic and super-hydrophilic coatings, the super-hydrophilic self-cleaning coating comprised of TiO2/doped-TiO2has four unique features when exposed to ultraviolet (UV) light or sunlight, which are self-cleaning property, anti-bacterial properties, environmental friendly, and visible-light photocatalysts and indoor usage. And PU-TiO2self-cleaning coating produced by “grafting” method, which can accomplish stable chemical attachment between the nTiO2and the PU substrates, may potentially show an increase of the thermal properties, an increase of the amount of active sites for photo-catalysis, and a decrease in the self-degradation of the resulting polymer nanocomposite than the traditional mechanical shear method. There is a tremendous scope for the application of polyurethane-nTiO2self-cleaning coatings in industrial, health care and consumer sectors.

Given the issue that most of the parking lot intellectualized degree and management level is relatively low, this paper focuses on the function design based on Zigbee wireless sensor network, puts forward an intelligent parking lot management system based on Internet of things. This system mainly adopted CC2530 chip as the core of the Zigbee information processing unit to realize the short distance, low power wireless transmission. The intelligent parking lot management system this paper introduced can detect in individual's use of the parking space in the parking lot, and the number of vehicles in the parking lot.

Purpose: the purpose of this study was to investigate adventure education activities on life effectiveness in high school student. Method: 69 Tainan high school students in Taiwan as this research subjects. Subjects were divided into experimental group (n=33) and control group (n=36). Experimental group were implemented the exploration educational activities courses for 8 hours within 4 weeks and control group had no received explore educational activities course. After the course, questionnaire of life effectiveness were used to find their difference. Statistics: Data analysis was conducted using the SPSS statistical software for Windows 20.0. Analysis of covariance (ANCOVA) was used as the statistical method at a significance level (α) of .05. Through statistical analysis and comparison, the results were obtained as below: Experimental group has more positive in time management and emotional control than control group. This research proves that through adventure educational activities can improve students life efficiency effectively.

This study proposed a light trapping module to improve the light path in a solar cell in order to increase its light absorption efficiency. The microlens on a transparent substrate concentrates incident light into several light beams, which it leads into the optical channel on the back side. The optical channel is designed by coating highly reflective metals on the same transparent substrate, then an optical channel opening is made at the light beam focus so the light beams can pass through the optical channel and irradiate the solar cell. The light reflected by the solar cell is reflected again by the metal surface to the upper film of the solar cell, thus, increasing the absorption efficiency of the solar cell and reducing the film thickness of the solar cell to obtain better electrical properties. In this simulation the refractive index of the microlens was set as 1.43, the optical channel was 25 μm and the spacing was 0.27 mm, thus, the simulated absorption efficiency reached over 80%. The feasibility of this study was thus proved.

Purpose: the purpose of this study was to investigate heart rate variability on exercise training post-cardiac surgery. Method: the data collection was from the Chia-yi Christian Hospital Cardiac Surgery implementation of beating heart coronary artery bypass surgery and valve replacement patients. There were a total of 10 patients included in this study. Cardiac patients after discharge from hospital were the participation of exercise training groups (n=5), and no receiving cardiopulmonary physical therapy of patients was the home-based group (n=5). Statistics: Data analysis was conducted using the SPSS statistical software for Windows 20.0. Analysis of covariance (ANCOVA) was used as the statistical method at a significance level (α) of .05. Through statistical analysis and comparison, the results were obtained as below: In HRV time domain portion, SDNN, CV%, results were significant difference. In frequency domain portion, indices such as LF and VHF, results were significant difference. Conclusion: According to the experimental results, the heart rate variability on exercise training better than patients did not participate in sports training after cardiac surgery patient.

According to the geological conditions and operating regimes of Wang river groundwater reservoir of Laizhou in Shandong, through doing sandy one-dimensional equal amplitude circulating compression test, the effect of groundwater level repeated rising or falling on volumes of groundwater reservoir is simulated, the character of porosity changing regulation with circulating period is analyzed, the relation between reduction rate of porosity and circulating period is summarized, and the hyperbolic model of reduction rate of porosity and circulating period is constructed initially, the concept of limiting reduction rate of porosity is proposed, the physical meaning of limiting reduction rate of porosity is analyzed, modifying volumes of groundwater reservoir by limiting reduction rate of porosity is used to reflect the effect of groundwater level repeated lifting on the capacity of groundwater reservoir.

As society advances, green building has become a fundamental issue. According to the green building system to determine the effect index system of energy saving on the construction site.Using the basic theory of the unascertained function, the unascertained model was constructed to evaluate energy conservation in construction process. The target of this method is minimum energy consumption in the whole system of construction. Through using the method of combining qualitative and quantitative analysis, to quantify the qualitative indicators in the evaluation of energy saving, and make quantitative analysis and energysaving evaluation. Example analysis shows that the evaluation results can be more objective and comprehensive to reflect energysaving condition of the construction enterprises during the process of construction management.

This study aims at the array ultrasonic nozzle sprayed atomization flow field on flat plate, and uses different design and operating parameter combinations to analyze the distribution of spray flow field, the analytic results can be used to improve the flat plate coating performance of the array ultrasonic nozzle spraying equipment. The simulation analysis results will be compared and validated by practical spray coating experiment, so as to determine the reliability of simulation to implement the spray flow field simulation technique for large area uniform spray coating. The mean error value is less than 24%, proving that the simulation results have certain feasibility and accuracy.

Recharge well with filter layer is a sort of valid recharge facility in groundwater reservoirs, which is constituted by recharge well and recharge pool. The main problems of existing recharge well with filter layer are analyzed in this paper; the main reason of these problems is concluded as the defective design of the wellhead structure; the optimal outer design method of recharge pool is studied. In order to increase single-well recharge volume, improve anti-silt and anti-rush capability of recharge well and save sand-gravel materials, geotextile material and hard wall material are adopted; a new sort of geotextile recharge well with filter layer is developed. The theoretical formula of single-well recharge volume is deduced.

Aiming to characteristics of large canal slope, the key problem of slope optimization for large canal was studied, and synthetic optimization methods of canal slope were put forward: 1. Enough geological exploration and geotechnical test are beneficial to determine shear strength parameters accurately and to prevent conservative design. 2. Appropriate slope stability analysis method of large canal was chosen, and anti-sliding stability of canal slope accurately was evaluated considering the effect of canal stage excavation and large board concrete liner on canal slope stability. 3. The whole canal slope optimization was embodied through controlling the anti-sliding stability safety factor affluence of canal slope. 4. Based on permissible minimum slope gradient and practically economic cross-section of canal, an optimization method of canal slope was put forward considering slope stability and minimum cost. In addition, concept of permissible limited state and permissible limited gradient for canal slope were proposed.

Rapid tooling technology is regarded as an important approach of reducing the cost and time to market for new products. Silicone rubber mold is frequently employed in the indirect tooling. Based on green manufacturing, a green silicone rubber mold fabrication process is developed and implemented in this work. This method provided a new, simple and green manufacturing to produce silicone runner mold. The advantages of this method include high yields of the mold fabrication, reducing the cost in the mold fabrication and environmentally conscious manufacturing. The saving in the cost of silicone rubber mold fabrication is up to 35.66 %.

Stirring blades are the most important part of the reactor. Blades transmit the mechanical energy to the liquid through self-rotation, thus generating high degree turbulences in neighboring areas, and forcing all the liquid to flow inside the tank on a certain route for recycling. This study analyzed the speed deviation and turbulence intensity inside the reactor in case of two or four propeller blades at 45 degree forward, 45 degree backward, or at no deflection angle to explore the impact of different revolving speeds on the flow field inside the reactor. Results suggested that when the blade at positive deflection angle should be applied to generate larger turbulence intensity in the lower flow field to more easily mix relatively weighty particles or quality dispersion.