Zhengjian Wang

University of Strathclyde

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Co-Authors

C.J. Banks

University of Southampton

Xichun Luo

University of Strathclyde

Wenlong Chang

Shenyang Agricultural University

Jian Gao

University of Strathclyde

Jining Sun

Dalian University of Technology

R. Borja

Instituto de la Grasa

Xiuyuan Chen

University of Strathclyde

Suttinee Phuagkhaopong

Chulalongkorn University

F. Philipp Seib

University of Strathclyde

Yukui Cai

Shandong University

Cooperative Institutions

University of Strathclyde

Harbin Institute of Technology

Heriot-Watt University

Northumbria University

Instituto de la Grasa

Heilongjiang Institute of Technology

Harbin University

Chemnitz University of Technology

Beijing University of Civil Engineering and Architecture

Hebei University of Technology

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Nolinear Editing System and Audio-visual Education Programme

Journal of Zaozhuang Teachers' College (2004)

Zhengjian Wang

This article is a multianalysis of the TV after-editing aids using the computer as the service piatform form the aspect of the characteristics of the nonlinear editing system ,the comparasion between linear editing (system) and nonlinear editing system,the application of nonlinear editing system in audio-visual education (pyogramme) and the disadvantages of the nonlinear editing system.With the popularization of the computer (technique),the nonlinear editing system is displacing the linear editing system in the application of TV programme editing and processing and stepping into and the speeding up the field of audio-visual education programme.

Non-linear editing system

Post-production

Video editing

Image editing

Audio visual

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Kinetic evaluation of an anaerobic fluidised-bed reactor treating slaughterhouse wastewater

Bioresource Technology (1995)

R. Borja C.J. Banks Zhengjian Wang

Hydraulic retention time

Residence time distribution

10.1016/0960-8524(95)00019-b

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Citations (15)

A Novel Reaction region Moving Electrode System for Electrochemical Power Sources

Deleted Journal (1999)

Jinkua You Que Tu Zhengjian Wang Jie Sun Zugeng Lin

In most of practical rechargeable batteries, charging/discharging process is always concerned with phase_transformation in the solid state. Due to the irreversibility of the phase_transformation, the cyclic performance of the rechargeable batteries are limited. In this paper, a novel reaction_region moving counter electrode system is constructed in our laboratory. The electrode system is operated at room temperature and cycled in solid_liquid phase during charging/discharging processes. With this electrode, the metal_complexes are firstly deposited(i.e. charging process) on the nearest working electrode and gradually extended to those another working electrodes several centimeters away from the counter electrode. The deposite is dissolved again into the solution during discharge process. Owing to the movement of the reaction_region, the electrode system can be used to produce high surface area electrodes and it can also be charged at high current, which has been used to design high energy_density rechargeable batteries in our group.

Palladium-hydrogen electrode

10.61558/2993-074x.2726

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Alter Unidirectional Controll into Bidirecional Controll

Journal of Zaozhuang Teachers' College (2002)

Zhengjian Wang

unidirectionally controlling the closed circuit television drawbacks the advanced teaching type.On the base of the former function of the closed circuit television, though experiment, the writer alters the unidirectional controll into bidirectional control, by doing this, the function of the teaching closed circuit television system will be adequately brought into play.

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Treatment of Meat Wastes

CRC Press eBooks (2004)

C.J. Banks Zhengjian Wang

10.1201/9780203026519.ch15

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Manufacturing of anti-fogging super-hydrophilic microstructures on glass by nanosecond laser

Journal of Manufacturing Processes (2020)

Liang Yang Xichun Luo Wenlong Chang Yankang Tian Zhengjian Wang

Honeycomb structure

Laser Scanning

10.1016/j.jmapro.2020.10.011

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Citations (35)

Treatment of meat wastes

ChemInform (2005)

C.J. Banks Zhengjian Wang

The meat industry is one of the largest producers of organic waste in the food processing sector and forms the interface between livestock production and a hygienically safe product for use in both human and animal food preparation. This chapter looks at this interface, drawing its boundaries at the point of delivery of livestock to the slaughterhouse and the point at which packaged meat is shipped to its point of use. The chapter deals with “meat” in accordance with the understanding of the term by the United States Environmental Protection Agency (USEPA) [1] as all animal products from cattle, calves, hogs, sheep and lambs, and from any meat that is not listed under the definition of poultry. USEPA uses the term “meat” as synonymous with the term “red meat.” The definition also includes consumer products (e.g., cooked, seasoned, or smoked products, such as luncheon meat or hams). These specialty products, however, are outside the scope of the current text. The size of the meat industry worldwide, as defined above, can thus be judged by meat production (Table 1), which globally is around 140 million tons (143 million tonnes) for major species, with about one-third of production shared between the United States and the European Union. The single largest meat producer is China, which accounts for 36% of world production.

Meat packing industry

Red meat

Scope (computer science)

10.1201/9780203026519-21

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Citations (11)

An investigation into the microbial clogging potential of selected filter media as a result of biodegradation of a high-strength sulphate-rich alkaline leachate

Biodegradation (2006)

Zhengjian Wang C.J. Banks

Clogging

10.1007/s10532-005-9012-z

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Citations (5)

15 of Meat Wastes

C.J. Banks Zhengjian Wang

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Electric Car Drive Motor and its Control Method

Machine Dvevlpment (2001)

Zhengjian Wang

This paper studies the control methods of permanent-magnet brushless AC synchromotor and the switch reluctance motor in an electric car running in different conditions.It provides reference mate-rial for the studying and designing of the electric cars drive motors.

Traction motor

Electric cars

Magnetic reluctance

Universal motor

Reluctance motor

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