Fuping Liu

Guangxi Academy of Agricultural Science

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Anling Wang

Anhui University

Zhao-Xian Yu

Beijing Information Science & Technology University

Xiaobo Liu

China Institute of Water Resources and Hydropower Research

Jingyi Chen

University of British Columbia

Zhencong Zhao

China University of Petroleum, Beijing

Wei Shen

China Waterborne Transport Research Institute

Ian Baker

Dartmouth College

Changchun Yang

Institute of Geology and Geophysics

Jie Gao

Changzhou University

Zhi-Yong Jiao

China University of Petroleum, East China

Cooperative Institutions

Chinese Academy of Sciences

Beijing Institute of Graphic Communication

Guangxi Academy of Agricultural Science

East China University of Technology

Shanghai Jiao Tong University

Zhejiang University

University of Chinese Academy of Sciences

Huazhong University of Science and Technology

Central South University

Sun Yat-sen University

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Numerical Simulation of Static Electric Field in Double Glow Discharge and Edge Effect in Vacuum

Jisuan wuli (2006)

Fuping Liu

With electric potential of three electrodes,discrete equations of surface electric charge density was founded with boundary element integral equations.The distribution of surface electric charge on the electrodes was calculated by solving a linear equation group.Then the spatial distribution of the potential and the electric field are obtained.In vacuum,the edge effect of a double glow discharge was analysed.

Glow discharge

Charge density

Gaussian surface

Surface charge

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Permeating of printing ink in porous papers in printing process of roller printer

Packaging Engineering (2006)

Fuping Liu

The parabolic distribution function of ink pressure between two contact printing rollers was established roller printer during printing.By using the distribution function,the permeating depth formula of printing ink was derived from the flow fluid equations in porous papers,which vary with the printing pressure and printing velocity.This method made the distribution of ink pressure be much more approaching the practical distribution of ink pressure between two contact printing rollers,and enhanced calculating precision of permeating depth of printing ink in porous papers.

Printing press

Offset printing

Digital printing

Screen printing

Contact print

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Responses Simulation of Through‐Casing Resistivity Logging in Heterogeneous Casing Wells

Chinese Journal of Geophysics (2008)

Jie Gao Fuping Liu De‐Zhou Bao Xi Cheng Changchun Yang

Abstract Because the potential distribution on the metal casing contains the information of metal casing and formations, the change of resistivity of metal casing has an important effect on through‐casing resistivity logging responses. The effect due to the change of casing resistivity on the coefficients of transmission line equation (TLE) is considered, and the calculation method of potential distribution on the heterogeneous casing is also given. On the basis of the potential distributions obtained from TLE, through‐casing resistivity logging responses of heterogeneous casing are calculated, and the effects of the change of metal casing resistivity on the resistivity logging response are analyzed. The computation results show that the casing change whether thinner or thicker has an obvious effect on the logging responses, and the abnormality of logging response appears where the casing resistance suddenly decreases or increases. The computation results also show that the spacing of electrodes has an important effect on through‐casing resistivity logging responses.

10.1002/cjg2.1283

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Citations (6)

Forum

Transfusion Medicine and Hemotherapy (2014)

Franz F. Wagner Willy A. Flegel Beat M. Frey Gottfried Fischer Abdulgabar Salama

10.1159/000368869

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The effect of X-radiation on the plastic deformation of ice

Philosophical Magazine A (1996)

Xiaohong Hu Fuping Liu Ian Baker David R. Black

Abstract The results of tensile tests on ice single crystals performed with and without X-ray irradiation show that X-radiation does not measurably affect the creep deformation of ice. Therefore, the dislocation mobility and dislocation mechanisms observed by X-ray topography represent the intrinsic behaviour of ice.

10.1080/01418619608245138

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Discussion to Energy Saving for Medium Frequency Induction Furnace in Aluminum Alloy Production

Copper Engineering (2010)

Fuping Liu

By analyzing the theory and energy wasting of medium frequency induction heating furnace,the paper raises out some methods to reduce the energy consumption of the furnace.These methods include finding proper length and section size of the power cable,parallel connection of cable,designing proper lining material thickness,and determining right process of feeding the furnace.

Induction furnace

Induction Heating

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Developing Citrus Germplasm Resistant to Asian Citrus Psyllid Using CRISPR/Cas9 Gene Editing Technology: Recent Advances and Challenges

International Journal of Horticulture (2024)

Xi Wang Yiwei Li Fuping Liu Wenbin Dong Liyu Liang

This study aims to explore recent advances and challenges in developing citrus germplasm resistant to the Asian citrus psyllid (ACP) using CRISPR/Cas9 gene editing technology.The focus is on identifying key genetic targets, evaluating the effectiveness of CRISPR/Cas9-mediated edits, and discussing the implications for sustainable citrus production.Several case studies demonstrate the potential of CRISPR/Cas9 to enhance resistance without compromising yield and fruit quality.Advances in CRISPR/Cas9 techniques, such as base and prime editing, have improved the precision and efficiency of gene editing in citrus.Additionally, field trials have validated the effectiveness of these edited plants in real-world conditions.The findings underscore the significant potential of CRISPR/Cas9 technology in developing ACP-resistant citrus germplasm.However, technical challenges, off-target effects, genetic stability, and regulatory and public acceptance issues remain.Continued research, interdisciplinary collaboration, and clear regulatory frameworks are essential to fully realize the benefits of CRISPR/Cas9 in citrus breeding.These efforts are crucial for ensuring the long-term sustainability and resilience of the citrus industry.

Germ plasm

10.5376/ijh.2024.14.0016

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Information hiding algorithm based on edge detection and holographic watermarking

Journal of Physics Conference Series (2020)

Kuang Xin Anling Wang Zhiyue Liu Fuping Liu Xiaofeng Zhu

Abstract In order to improve the robustness of the image watermarking and reduce the influence of the overall image quality of the carrier when watermark is embedded on the carrier, an edge detection method combined with holographic watermarking was proposed to realize the hiding of watermark information. The carrier image is processed by edge detection, the watermark embedding area is segmented in the carrier image, and the suitable embedding area is filtered according to the size of the watermark; the original watermark is processed by a four-step phase shift algorithm to generate a holographic watermark, and the holographic watermark is embedded in the selection The embedding area is completed to embed the watermark, and the carrier image which the watermark is embedded in is carrier image with watermark. The watermark extraction method is to perform the same edge detection segmentation and region screening on the watermark carrier image, find the embedded area of the watermark, extract the holographic watermark, perform holographic inverse transformation to obtain the original watermark image, and complete the watermark recovery. The algorithm which is based on edge detection and holographic watermarking reduces the influence of embedded watermark on the carrier image, increases the flexibility and concealment of embedded position, and improves the robustness of the image when it is under geometric attacks.

Robustness

10.1088/1742-6596/1693/1/012113

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GEOMETRIC PHASE IN A GENERALIZED TIME-DEPENDENT GIANT SPIN MODEL

Modern Physics Letters B (2009)

Anling Wang Fuping Liu Zhao-Xian Yu Zhi-Yong Jiao

By using of the invariant theory, we have studied the generalized time-dependent giant spin model. The dynamical and geometric phases are given, respectively. The Aharonov–Anandan phase is also obtained under the cyclical evolution.

Time evolution

10.1142/s021798490902093x

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The manual Polybrene test has limited sensitivities for detecting the Kidd blood group system

Scandinavian Journal of Clinical and Laboratory Investigation (2009)

Jingchun Liu Yan Wang Fuping Liu Yun-Shao He

The Kidd system antibodies, if undetected, can cause immediate or delayed hemolytic transfusion reactions as well as hemolytic disease of the newborn. There have been anecdotal reports about the inefficiency of the manual Polybrene test in detecting these antibodies. Here, we sought to determine the sensitivity of the manual Polybrene test in detecting anti-Jk(a) and anti-Jk(b) antibodies and Jk(a) and Jk(b) antigens.Ten archived anti-Jk(a)/Jk(b) antibody positive human sera were examined by both the manual Polybrene test and the indirect antiglobulin test using polyspecific antibodies, monospecific anti-IgG antibodies and anti-C3 antibodies. Furthermore, 40 randomly selected donor blood samples were collected and phenotyped for the frequencies of Jk(a) and Jk(b) antigens using the manual Polybrene test and the indirect antiglobulin test. The results from these tests were further confirmed by saline tube tests.The manual Polybrene test displayed an overall sensitivity of 60% in detecting anti-Jk(a) and anti-Jk(b) antibody. Specifically, it had a sensitivity of 57.14% for anti-Jk(a) antibody and a sensitivity of 66.7% for anti-Jk(b) antibody. Furthermore, the manual Polybrene test exhibited a sensitivity of 46.15% for Jk(a) antigen and a sensitivity of 77.42% for Jk(b) antigen.The manual Polybrene test has a very low sensitivity in detecting anti-Jk(a) and anti-Jk(b) antibody, especially anti-Jk(a) antibody. It is also a very insensitive test for detecting Jk(a) antigen.

10.3109/00365510903272570

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Citations (4)