Lixin Lu

Jiangnan University

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Liao Pan

Jiangnan University

Xiaolin Qiu

Jiangnan University

Jun Wang

Nanjing University of Science and Technology

Yali Tang

Jiangnan University

Zhiwei Wang

Northwest A&F University

Fangjie Yao

Jilin Agricultural University

Lijing Lu

Jiangnan University

Changfeng Ge

Rochester Institute of Technology

Haoyue Ning

Jiangnan University

Chun Zou

Huazhong University of Science and Technology

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Jiangnan University

116

Chinese Academy of Sciences

Huazhong University of Science and Technology

Jilin Agricultural University

Sichuan University

Shanghai Jiao Tong University

University of Chinese Academy of Sciences

State Key Laboratory of Food Science and Technology

Zhejiang University

Northwest A&F University

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LDPE膜の特性に及ぼす無機充填剤とその含有量の影響を研究した。【JST・京大機械翻訳】

Baozhuang Gongcheng (2016)

Li Mei Yao Xiaoling Liu Danqing Lixin Lu Xiaolin Qiu

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Improved Genetic Map and Localization of Quantitative Trait Loci for Quality Traits in Auricularia heimuer

Horticulturae (2023)

Jia Lu Ming Fang Fangjie Yao Lixin Lu Xiaoxu Ma

Auricularia heimuer is among China’s most important edible mushrooms and is rich in gum. With the improvement of people’s quality of life, demand is increasing for high-quality and good-tasting food; thus, the texture of A. heimuer is the focus of increasing attention. In this study, we added extra markers to a previously constructed genetic linkage map to generate a high-density genetic linkage map of A. heimuer, resolved the attributes of substrate quality-related traits, and performed quantitative trait locus (QTL) localization. The original genetic linkage map was improved by adding two new linkage groups, merging seven linkage groups into three linkage groups, and increasing the average linkage distance and total linkage estimated length. We anchored the 142 scaffolds of the genome to the improved genetic linkage map. In total, 15 significant QTLs controlling four quality-related traits were detected. Gumminess and chewiness, and cohesiveness and resilience, were linked. Three genes controlled cohesiveness and resilience; one gene controlled gumminess and chewiness. In conclusion, this study lays the foundation for gene localization and chromosome assembly in A. heimuer, elucidation of the mechanism of substrate quality-related trait formation, and provides a basis for precision breeding of A. heimuer.

Chewiness

Genetic linkage

Auricularia

Trait

Linkage (software)

Candidate gene

10.3390/horticulturae9070763

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Effect of Packaging Films on the Quality of Canola Oil under Photooxidation Conditions

Mathematical Problems in Engineering (2015)

Hao Sun Lixin Lu Changfeng Ge Yali Tang

The objective of this study was to evaluate the influence of packaging films on the quality of canola oil which contains high concentration of fat under photooxidation condition and get the oxidation kinetics based on measuring the oxidation intensities including peroxide value, hexanal, and photosensitizer (chlorophyll). The canola oil was packaged by PET/CPP; KPET/PE was used for experiments. The change of light and oxygen transmission rate (OTR) of PET/CPP which was considered as the typical fatty foods packaging film under different light intensities was also tested. The results show that the peroxide value increased rapidly under light conditions and fitted the zero order kinetics; also the oxygen transmission rate had great impact on it; hexanal fitted the zero order kinetic in oil whose package of low OTR generated a lot; however package in high OTR films changed very slowly that might be dependent on the performance of hexanal through plastic films. The degradation of chlorophyll fitted the first order kinetic and decreased quickly under light but was almost independent of OTR of transparent packaging material. Light reduced the oxygen barrier properties of the films, which should be considered as the photooxidation condition (and the photooxidation condition thus should be considered).

Peroxide value

Peroxide

Transmission rate

Degradation

10.1155/2015/764516

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The Viscoelasticity Model of Corn Straw under the Different Moisture Contents

Mathematical Problems in Engineering (2013)

Sun Zhongzhen Jiang Huanxin Cai He-ping Yu Qiu-Sheng Lixin Lu

Viscoelastic model of corn straw, based on different moisture contents, is set up to characterise the deformation through three-point bending test. The model contains a linear elastic element, a damping element, and a nonlinear elastic element. The parameters of the model are determined according to the features of three-point bending test curve and characteristic of the model. The relationships between mechanical properties, energy absorption behavior of corn stalk, and moisture content have been, respectively, analysed. And regression analysis and curve fitting have been conducted based on various parameters and moisture contents with Matlab. These parameters provide the basis for straw crushing equipment design.

Stalk

10.1155/2013/320207

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Synthesis, Evaluation, and Electrochemical Detection Application of Magnetic Molecularly Imprinted Polymers for 4,4

'

-Methylenedianiline from Food-Contact Materials

Advances in Polymer Technology (2023)

Lijing Lu Haoyue Ning Jipeng Guo Chuang Guo Liao Pan

Magnetic molecularly imprinted polymers (MIPs) capable of selectively recognizing and absorbing 4,4

'

-methylenedianiline (MDA) were successfully synthesized, using Fe3O4 coated with mesoporous silicon (Fe3O4@mSiO2) as the magnetic carrier, 4-vinyl pyridine (4-VP) as the functional monomer, ethylene glycol dimethacrylate (EGDMA) as the cross-linking agent, and MDA as the template molecule. The morphology, structure, and properties of MIPs were characterized, suggesting that the MIPs had obvious core-shell structure and strong magnetic responsiveness. The results of adsorption property tests showed that the MIPs could specifically recognize and adsorb MDA with excellent selectivity and reusability. The adsorption kinetic process could be described by the pseudo-second-order kinetic model, and the adsorption isotherm could be fitted by the Langmuir model, with a maximum adsorption capacity of 59.5 μmol/g. Furthermore, the magnetic MIPs have been applied to the electrochemical detection of MDA from the composite film sample, with recoveries in the range from 87.8% to 92.5% and the RSD values less than 4.4%. The prepared magnetic MIPs showed potential for the selective separation and detection of MDA in food-contact materials.

Molecularly imprinted polymer

Ethylene glycol dimethacrylate

Langmuir adsorption model

10.1155/2023/9306542

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Structure design of reinforced honeycomb paperboard core and characterization of its out‐of‐plane bearing strength

Packaging Technology and Science (2019)

Xin‐ni Mou Lixin Lu

Honeycomb paperboard's out‐of‐plane bearing performance is one of the important properties in packaging field application. Further improvement of its bearing performance has important value in engineering practice. In this paper, a honeycomb core structure was designed, and the bonding dimension and manufacturing process were designed. The mechanism of out‐of‐plane quasi‐static compression deformation of reinforced honeycomb paperboard was analyzed by experiments. The theoretical model of out‐of‐plane platform stress was constructed by applying the plastic deformation, plastic energy dissipation and energy conservation theory. The results show that the improved structure can be mechanically bonded in a flat state with less technological changes. Under the same honeycomb core material and core size parameters, the bearing strength of the improved structure increases by an average of 3.9 times to conventional structure. In order to meet the same compressive strength requirement, the improved structure can reduce the performance requirements of honeycomb core material or increase the core size compared with the conventional structure. When the honeycomb core cell is larger, the tension on the core layer required for the production process is reduced. The theoretical and experimental data are in good agreement with each other, and the relative errors are all less than 13%.

Honeycomb structure

Paperboard

Honeycomb

10.1002/pts.2472

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Citations (4)

Inverse Sub-structuring Method for Multi-coordinate Rigidly Coupled Product Transport System based on a Novel Shearing Probe Technique

Packaging Technology and Science (2017)

Tian-ya Meng Jun Wang Guang-yi Pu Lixin Lu Zhiwei Wang

The inverse sub-structuring method can predict the component-level frequency response functions (FRFs) of product (critical component) for product transport system from only measured system-level FRFs, facilitating the cushioning packaging design. However, the FRFs of the coupling interface between product and vehicle are usually of extreme difficulty to be measured due to the limited accessible space. To overcome this difficulty, the authors suggested a so-called FRF probe technique method in the previous study, which may be more suitable for the single-coordinate coupled system. In practice, most of the product transport systems should be treated as multi-coordinate coupled system. The aim of this paper is to derive a new FRF-based inverse sub-structuring method for multi-coordinate rigidly coupled product transport system and develop a new shearing probe technique to obtain the difficult-to-monitor FRFs at the coupling interface, which will be validated by a lumped mass model and finite element models, respectively, showing perfect agreement. Finally, the experiment on a physical prototype of multi-coordinate rigidly coupled product transport system is performed to further check the feasibility of the application prospect of the shearing probe technique for inverse analysis of product transport system. The method proposed in this study will provide the packaging designers an alternative method to monitor the integrity of product transport system. Copyright © 2017 John Wiley & Sons, Ltd.

Shearing (physics)

Structuring

Interface (matter)

10.1002/pts.2305

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Effect of Fatigue Compression on the Properties of Corrugated Fiberboard

Jiangnan daxue xuebao. Ziran kexue ban (2007)

Lixin Lu

The fatigue compressing test of corrugated fiberboard was conducted.The effects of the compression magnitude,compression frequency and number of compression on the plasticity deformation,bearing capacity and cushioning coefficient of corrugated fiberboard were determined,compared with non-compressed corrugated fiberboard.The results showed that the dynamic properties of corrugated fiberboard are descended with the variable fatigue compressing conditions.The influence of fatigue on the properties of cushion material should be considered to meet the anticipated cushioning effect.

Cushioning

Corrugated fiberboard

Cushion

Fiberboard

Medium density fiberboard

Compression test

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Design Method of Wooden Pallet and Its Application

China Forest Products Industry (2008)

Lixin Lu