Zhi Qiang Jiao

Zhongyuan University of Technology

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Co-Authors

Ji Fan

University of Chinese Academy of Sciences

Xiaopeng Li

Harbin Engineering University

Zhen Guo Zhang

Xuzhou Medical College

Zhao Jun Zhang

Zhongyuan University of Technology

Rui Jie Zhang

Zhongyuan University of Technology

Hui Zhao

China Meteorological Administration

Xiao Li Zhang

Shanghai Jiao Tong University

Ying Liu

Zhoushan Hospital

Shou Gen Yin

Tianjin University of Technology

Yu Hua

Anhui Polytechnic University

Cooperative Institutions

Zhongyuan University of Technology

Tianjin University of Technology

Shandong University

Fudan University

Taiyuan University of Technology

Beihang University

University of Manchester

Beijing Jiaotong University

Shanghai Jiao Tong University

Universidad del Noreste

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A New Method for Processing Ceramics with Cracked Glaze

Advanced materials research (2011)

Ji Fan Xiaopeng Li Zhao Jun Zhang Wang Xi Zhang Zhi Qiang Jiao

Laser processing ceramic materials is a new application of laser technique. This paper presents the study of making cracked glaze surface by laser processing. Proposed the applicable the composition of glaze, the main processing parameters of laser processing, and discussed the factors which may affect the quality of cracked glazing surface. It indicates that laser processing could be a new and easy processing method to produce the cracked glazing on the ceramic surface.

Glazing

Ceramic glaze

Materials processing

10.4028/www.scientific.net/amr.418-420.63

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The Effects of Cu Dopant on the Microstructure and Non-Ohmic Electrical Properties of ZnO Varistors

Advanced materials research (2011)

Ji Fan Xiaopeng Li Zhen Guo Zhang Zhi Qiang Jiao Xiangyang Liu

The doping effects of Cu on the microstructure and non-ohmic electrical properties of ZnO varistors were studied. Addition of Cu 2 O can enhance the ZnO grain growth during sintering. The SEM and EDS results revealed that the added Cu mainly distributed in the grain boundary and spinel phases of ZnO varistors. The Cu 2 O addition increased the both of grain and grain boundary resistances. However it decreased the non-ohmic electrical characteristics of ZnO varistors, which is a good agreement with similar findings on Ag 2 O additions, but contrasts to the reports of good non-ohmic electrical property which found on binary Cu doped ZnO varistors.

Varistor

Ohmic contact

10.4028/www.scientific.net/amr.343-344.160

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Citations (1)

The Effect of Parameters of Laser Processing on the Morphology of Glaze Cladding

Advanced materials research (2012)

Ji Fan Zhi Qiang Jiao Xiaopeng Li Hui Zhao Zhen Guo Zhang

Laser processing ceramic materials is a new application of laser technique. This paper presents the study of laser processing parameters of glaze cladding. It found out that the parameters of laser processing affected the morphology of glaze cladding significantly. Within the experimental conditions, rise of output power or drop of processing speed can increase the depth of melted zone and the width of glaze cladding, vice versa.

Cladding (metalworking)

10.4028/www.scientific.net/amr.586.265

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Citations (1)

Laser Processing Speed vs Morphology of Glazing Ceramics

Advanced materials research (2013)

Ji Fan Xiaopeng Li Hui Zhao Zhi Qiang Jiao Xiao Li Zhang

Laser processing glazing ceramics is a new application of laser technique. This article presents the study of laser processing speed of glaze cladding. It found that the laser processing speed affected the morphology of glaze cladding significantly. Within the experimental conditions, rise of processing speed can decrease the depth of melted zone and the width of glaze cladding, vice versa.

Glazing

Cladding (metalworking)

10.4028/www.scientific.net/amr.652-654.2384

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Enhancing Performances of Blue Organic Light-Emitting Devices Incorporating CuPc as Electron Buffer Layers

IEEE Electron Device Letters (2012)

Zhi Qiang Jiao Xiao Ming Wu Yu Hua Juan Juan Bai Wen Tao Bi

The performances of blue organic light-emitting device based on N-BDAVBi are enhanced by inserting a CuPc electron buffer layer, which improves the injection of electrons. By adjusting the thicknesses of the CuPc electron buffer layer and the MoO3 hole buffer layer, the maximum luminescence, the current efficiency, and the power efficiency of above devices have been approximately enhanced by 113%, 55%, and 88%, respectively, and the reduction in turn-on voltage reaches 38%, comparing with that of the device without the buffer layers.

Buffer (optical fiber)

10.1109/led.2011.2179516

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Citations (3)

Laser Glazed Color Surface on Whiteware

Advanced materials research (2014)

Ji Fan Ming Ju Chao Zhi Qiang Jiao

Traditional procedure of firing glaze is usually time consuming, energy costly and not environmental friendly. This paper reports the result of laser glazing on whiteware, and compares the glossiness and chromaticity of the glazed color surfaces by using a spectrophotometer. The cobalt blue and cobalt black color glaze surfaces are prepared by either traditional firing or laser glazing. Study shows that laser glazing is practicable, the resultant color glaze surface has better glossiness but the chromaticity is slightly weaker than that processed by traditional firing. The method of laser glazing is simple, can save energy, and worth to study further.

Glazing

Chromaticity

10.4028/www.scientific.net/amr.881-883.1483

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