Wednesday, 20.03.2019     

Journal Information

Journal of Applied Science and Engineering Innovation
ISSN 2331-9062 (Print)
ISSN 2331-9070 (Online)

Journal of Applied Science and Engineering Innovation is an academic journal organized by the American Computational Science Society, which mainly publish the participants' papers in the annual International Conference on Applied Science, Engineering and Technology (ICASET) published a year. It usually do not accept the submission of non participants.


Current Issue

2019 Vol.6 No.1


Flame retardancy and thermal properties of lanthanum alginate
Author: Tianzhen Chen, Miao Yang, Liwen Tan, Quan Ji
Author affiliation:
College of Materials Science and Engineering, State Key Laboratory of Bio-Fibers and Eco-Textiles, Qingdao University, Qingdao 266071

Abstract: The lanthanum alginate (Alg-La) and sodium alginate (Alg-Na) film were prepared via wet coating and confirmed by FTIR. The flame retardancy and thermal degradation of films were investigated by microscale combustion calorimetery (MCC) and thermogravimetric analysis (TG). The MCC results indicated that the addition of rare earth ions mainly reduced the release of combustible gaseous products at lower temperatures and thus reduced the HRR values of Alg-La. The results of TG showed that the thermal stabilities of Alg-La were better than Alg-Na, and the weight of residual char was higher than Alg-Na at higher temperatures. Scanning electron microscopy (SEM) images of the residues indicated that the Alg-La film produced denser than Alg-Na film did. The La3+ exhibit a significant effect on the thermal degradation behavior of alginate. The results obtained from this study presented some beneficial massage for comprehending the flame retardancy mechanism of alginate and designing biomaterials with better flame retardant properties.

Keywords: Alg-La; Alg-Na; film; thermal degradation; flame retardancy

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How to Cite this Article:

Tianzhen Chen, Miao Yang, Liwen Tan, Quan Ji. Flame retardancy and thermal properties of lanthanum alginate, Journal of Applied Science and Engineering Innovation, 2019, 6(1), 1-4.


A Floating Garbage Disposal Vessel
Author: Zhang Zhi-yuan1, Liu Zheng2,Sarah Burangi3
Author affiliation:
1 Qingdao Huanghai College, Qingdao 266427, China
2 Enbur Engineering Co. Ltd., 236306, Mich, United States

Abstract: "green water and green mountains are mountains of gold and silver". At present, domestic river management and water cleaning work lack of unity and coordination, floating objects on the surface of the source is numerous, cleaning range is wide, but water cleaning funds are insufficient, resulting in water garbage seriously affect the image of the city, causing economic losses. However, special personnel are required to take charge of the garbage salvage work. The salvage personnel work in coastal areas on the ship surface, and the ship equipment is backward, which poses certain safety risks. In addition, the salvage personnel need to work in the harsh environment for a long time, which can easily cause discomfort and lead to diseases. In order to maintain the water environment of scenic lakes, urban inland rivers and coastal areas, this project designed an automatic water garbage collector, aiming to change the current lack of high efficiency and intelligent water garbage cleaning method, which is dominated by manual cleaning. The floating garbage cleaning guard includes the hull, the hull driving mechanism, the collection and transportation device, the solar panel group and the control system. The front part of the hull has a gap in the middle part, and the middle part of the hull has a collection box, which is located at the back side of the gap. The hull driving mechanism is arranged at the rear and lower part of the hull, which comprises a propeller, a reducer and a first motor. The propeller is located outside the hull and is connected to the first motor through the reducer. The collecting and conveying device is installed at the gap on the front side of the hull, including the mounting bracket, the conveying belt and the second motor. The mounting bracket is fixed on the front side of the hull. The conveying belt is set on the mounting bracket through the active roller and driven roller, and the output end of the second motor is connected to the active roller. The utility model has the advantages of reasonable structure design, low manufacturing cost, replacing manual salvage, saving time and labor, safety and reliability, flexible operation, small dead Angle of salvage, high degree of automation, good collection effect and high efficiency. This project can be combined with specific water area for path planning, effectively improve the efficiency of garbage cleaning, save human resources, and has a broad market prospect.

Keywords: Garbage, Collect Clean up, Environmental protection, Transfer

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How to Cite this Article:

Zhang Zhi-yuan, Liu Zheng,Sarah Burangi, A Floating Garbage Disposal Vessel, Journal of Applied Science and Engineering Innovation, 2019, 6(1), 5-8.


Design of Environment Temperature and Humidity Acquisition System of Internet of Things Based on Cloud Platform
Author: Liu Zheng1, Oran Yingbanditpong2
Author affiliation:
1 Qingdao Huanghai Institute of Intelligent Manufacturing, Qingdao, Shandong Province 266427,China
2 PR ChinaInstitute of Physical and Theoretical Chemistry, University of Tuebingen, Auf der Morgenstelle 15, 72076, Tuebingen, Germany.

Abstract: With the rapid development of science and technology, the collection of temperature and humidity has been widely used in various industries. The transportation and storage of special medical supplies, seafood products and dairy products are strict to the temperature and humidity. This paper introduces a cloud platform based on STM32 microcontroller to control chip acquisition system design scheme, the data of temperature and humidity temperature and humidity acquisition system is described in detail design, hardware design, software design. Paper the temperature and humidity acquisition system development present situation, through to the existing collection system was studied, and identify the feasibility scheme to ensure data accuracy, real-time detection system of collecting the data of temperature and humidity, easy to check. The alarm function of the acquisition system is designed according to the research requirements and practical analysis. Finally, the design requirements are achieved through systematic testing and multiple optimization.

Keywords: temperature and humidity; cloud platform;STM32 MCU; alarm function

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How to Cite this Article:

Liu Zheng, Oran Yingbanditpong. Design of Environment Temperature and Humidity Acquisition System of Internet of Things Based on Cloud Platform, Journal of Applied Science and Engineering Innovation, 2019, 6(1), 9-13.


Analysis on the Impact of Intelligence Collection and Processing Technology on Operational Effectiveness
Author: Zhihuan Lan, Yiguo Ji, Haiyan Tang
Author affiliation:
Aviation University of Air Force of Jilin Province Changchun, China

Abstract: The intelligence collection and processing technologies have been applied in combat. Some new features of intelligence processing have emerged such as omnipotence input methods, intellectualization of processing methods and diversity of distribution methods. The intelligence collection and processing technologies have great influence on command efficiency in information leading modern warfare for example the reaction speed of weapons, intelligence information timeliness and enhancing operational command efficiency. In order to improve command efficiency, we proposed several ideas. First, the reconnaissance and communication equipments should be developed, especially advanced reconnaissance and early warning satellite, advanced warning and reconnaissance radar that can detect stealth aircraft, and digital communication equipments with communication satellite as the main part. The second is to improve the overall efficiency of the existing reconnaissance equipment and communication equipment. Third, expand channels of intelligence and communications security.

Keywords: Intelligence; Collection; Processing technologies; Effectiveness

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How to Cite this Article:

Zhihuan Lan, Yiguo Ji, Haiyan Tang. Analysis on the Impact of Intelligence Collection and Processing Technology on Operational Effectiveness, Journal of Applied Science and Engineering Innovation, 2019, 6(1), 14-17.


Design of Intelligent Greenhouse Monitoring and Control System based on PLC
Author: Fang Sheng-hao1, Sun Zhen-peng1, Wang Long-chao1, Mohammed Nemathullah Khan2
Author affiliation:
1 Qingdao Huanghai University Qingdao 266427, China;
2 Lomsee Company Ltd., Saudi Arabia

Abstract: Modern agriculture is developing more and more towards refinement and scale. It is very important to design an intelligent greenhouse automatic monitoring and control system. The automatic control system based on PLC realizes real-time monitoring of illumination intensity, temperature, carbon dioxide concentration and other parameters. Data transmission and control are realized based on ethernet. The system has simple structure and stable operation. Through field application test, the system can meet the needs of users and greatly improve the management efficiency of greenhouse.

Keywords: Ethernet; PLC; Intelligent Greenhouse; Automatic Control

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How to Cite this Article:

Fang Sheng-hao, Sun Zhen-peng, Wang Long-chao, Mohammed Nemathullah Khan. Design of Intelligent Greenhouse Monitoring and Control System based on PLC, Journal of Applied Science and Engineering Innovation, 2019, 6(1), 18-21.


 

 

 
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