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| 1 | BZR1 Family Transcription Factors Function Redundantly and Indispensably in BR Signaling but Exhibit BRI1-Independent Function in Regulating Anther Development in Arabidopsis显示文摘BRASSINAZOLE-RESISTANT 1 family proteins(BZRs)are central transcription factors that govern brassinosteroid(BR)-regulated gene expression and plant growth.However,it is unclear whether there exists a BZR-independent pathway that mediates BR signaling.In this study,we found that disruption of all BZRs in Arabidopsis generated a hextuple mutant(bzr-h)displaying vegetative growth phenotypes that were almost identical to those of the null mutant of three BR receptors,bri1brl1brl3(bri-t).By RNA sequencing,we found that global gene expression in bzr-h was unaffected by 2 h of BR treatment.The anthers of bzr-h plants were loculeless,but a similar phenotype was not observed in bri-t,suggesting that BZRs have a BR signaling-independent regulatory role in anther development.By real-time PCR and in situ hybridization,we found that the expression of SPOROCYTELESS(SPL),which encodes a transcription factor essential for anther locule development,was barely detectable in bzr-h,suggesting that BZRs regulate locule development by affecting SPL expression.Our findings reveal that BZRs are indispensable transcription factors required for both BR signaling and anther locule development,providing new insight into the molecular mechanisms underlying the microsporogenesis in Arabidopsis. | Lian-Ge Chen Zhihua Gao Zhiying Zhao Xinye Liu Yongpeng Li Yuxiang Zhang Xigang Liu Yu Sun Wenqiang Tang | 2019 | Molecular Plant2019，12，10： | 11 |
| 2 | A new hybrid aerodynamic optimization framework based on differential evolution and invasive weed optimization显示文摘Since many aerodynamic optimization problems in the area of aeronautics contain highly nonlinear objectives and multiple local optima, it is still a challenge for most of the traditional optimization methods to find the global optima. In this paper, a new hybrid optimization framework based on Differential Evolution and Invasive Weed Optimization(IWO_DE/Ring) is developed, which combines global and local search to improve the performance, where a Multiple-Output Gaussian Process(MOGP) is used as the surrogate model. We first use several test functions to verify the performance of the IWO_DE/Ring method, and then apply the optimization framework to a supercritical airfoil design problem. The convergence and the robustness of the proposed framework are compared against some other optimization methods. The IWO_DE/Ringbased approach provides much quicker and steadier convergence than the traditional methods.The results show that the stability of the dynamic optimization process is an important indication of the confidence in the obtained optimum, and the proposed optimization framework based on IWO_DE/Ring is a reliable and promising alternative for complex aeronautical optimization problems. | Zijing LIU Xuejun LIU Xinye CAI | 2018 | Chinese Journal of Aeronautics2018，31，7： | 9 |
| 3 | Mixed uncertainty analysis of polycyclic aromatic hydrocarbon inhalation and risk assessment in ambient air of Beijing显示文摘这篇文章介绍估计多不的芳族烃的分散的一个综合方法的申请(哼) 在空中,并且估计与联系的人的健康风险哼吸入。在三个部件为分析整个进程包括一个引导方法的地方,由三个部件组成在这研究被使用的一个不确定性分析方法联系了不确定性,为评估总数的一个吸入率(红外)代表哼为人的健康的吸入风险,并且从0%~100% 代表吸收能力的通常分布式的吸收部分( AF )在人的身体哼。用这个方法,一个综合过程被采用在中国北京估计居民的健康风险,从吸入在空中哼。结果显示周围的空气在北京哼是到人的健康缺陷的一个重要贡献者,尽管超过 68% 居民似乎避开每天哼 carcinogenic 吸入。一般来说,积累的每日的吸入数量在 6 岁点比为女性和孩子在年龄的 10 岁点为男性和孩子是相对更高的。在 1997,在北京的大约 1.73% 癌症患者是差不多与周围的空气有关哼吸入。在 95% 置信区间,约 272 309 单个癌症发生能被归因于哼在空中的污染。概率比 500 癌症出现大是 15.3% 。当周围的空气的吸入哼时被显示是为在北京的更高的癌症出现负责的一个重要因素,当贡献可能不是最重要的时。 | College of Environmental Sciences and Engineering, Peking University, Beijing 100871, China GUO Huaicheng LIU Yong HUANG Kai WANG Zhen ZHAN Xinye | 2008 | Journal of Environmental Sciences2008，20，4： | 7 |
| 4 | Influence of separator control on the characteristics of severe slugging flow显示文摘Due to the special structure of offshore multiphase pipes, it is easy for severe slugging to occur in the riser at low gas-liquid velocity. Violent pressure fluctuations and dramatic changes of flow rate are the main characteristics of severe slugging, leading to the risk of serious damage. In this paper, the separator control is adopted to accurately control the separator liquid level and pressure under severe slugging flow conditions. This indicates that the separator liquid level control alone does not have a significant impact on the upstream flow, but it is beneficial for normal operation and pressure control of the separator. As the separator pressure increases, the peak pressure in the riser apparently diminishes, and the amplitude of pressure fluctuation gradually decreases, which means that severe slugging is inhibited. During the slug blowing out, the gas/liquid slipping in the riser intensifies. The long gas plug quickly flows through the riser, and then tends to morph into short and slowly flowing gas bubbles. The elimination effect of the pressure control strategy on severe slugging is related to the relative rate of the superficial gas/liquid flow. | Luo Xiaoming He Limin Liu Xinye Lü Yuling | 2014 | Petroleum Science2014，11，2： | 3 |
| 5 | A flexible conductive hybrid elastomer for high-precision stress/strain and humidity detection显示文摘Flexible and environment-responsive materials are essential for a large number of applications from artificial skin to wearable devices. The present study develops a flexible, ultra-low cost conductive hybrid elastomer(CHE), which possesses high responsive capabilities to stress/strain and humidity. CHE was composed of polydimethylsiloxane(PDMS) and starch hydrogel(SH), enabling great elasticity(56 kPa),high conductivity(10^(-2)S/m) and high sensitivity to external stimuli(gauge factor of CHE under stress and strain are 0.71 and 2.22, respectively, and sensitivity to humidity is 1.2 × 10^(-6)S/m per RH%). These properties render CHE a promising candidate for artificial skin and wearable electronics applications of continuously monitoring environmental information. | Haoran Liu Zhenyi Zhang Jun Ge Xiao Lin Xinye Ni Huilin Yang Lei Yang | 2019 | Journal of Materials Science & Technology2019，35，1： | 2 |
| 6 | A critical review on lead migration, transformation and emission control in Chinese coal-fired power plants显示文摘Coal is widely utilized as an important energy source,but coal-fired power plant was considered to be an important anthropogenic lead emission source.In the present study,the distribution characteristics of lead in coal and combustion by-products are reviewed.Specifically,lead is mainly transferred to ash particles and the formation and migration mechanisms of particulate lead are summarized.Also,targeted measures are proposed to control the formation of fine particulate lead as well as to increase the removal efficiency during the low-temperature flue gas clean process.In detail,interactions between gaseous lead and some coal-bearing minerals or added adsorbents could obviously suppress the formation of fine particulate lead.On the other hand,some efforts(including promoting capture of fine particles,reducing resistivity of particles and strengthening the gas-liquid contact)could be made to improve the fine particulate lead removal capacity.Notably,the formation mechanism of fine particulate lead is still unclear due to the limitations of research methods.Some differences in the removal principles of fine particles and particulate lead make the lead emission precisely control a great challenge.Finally,the environmental potential risk of lead emission from flue gas and ash residues is addressed and further discussed. | Yicheng Wang Hongyun Hu Xinye Wang Huimin Liu Lu Dong Guangqian Luo Yongchun Zhao Hong Yao | 2023 | Journal of Environmental Sciences2023，，2： | 2 |
| 7 | Microsatellite Analysis of Expressed Sequence Tags and Development of EST-SSR Markers for Melampsora spp.显示文摘In this study,64 498 ESTs of Melampsoraspp.was assembled into 1 998 contigs,and 604SSR loci were detected on these contigs,with 736.6 bp containing one SSR on average.Among these SSRs,trinucleotide repeats were the most abundant repeats(44.70%).As for the composition of microsatellites, AC and AT repeats were the richest motif in dinucleotide repeats,and AGT and AAG repeats were the most frequent motifs in trinucleotide repeats,whereas(AAAN) n and(AAAAN) n repeats were dominant in tetranucleotide and pentanucleotide repeats,respectively.All the dominant repeat motifs of different types of SSRs were rich in A and T.In EST sequences of Melampsoraspp.genome,microsatellites longer than 20 bp accounted for about 15.07%.It was noticeable that microsatellites were highly rich in the expressed sequences of Melampsoraspp.genome,which implied that SSRs played a significant role in triggering the gene mutation in Melampsoraspp.genome.A total of 455 SSR primers were designed according to the detected microsatellites using Primer 5.0 and Oligo 6. 0,and 30 primer pairs were randomly selected for amplification test.Among these primer pairs,27 primer pairs succeed in amplification,with a successful rate of 90%.Eight primer pairs generated polymorphic fingerprints in Melampsoraspp.collected from different poplar genotypes,accounting for 26.7% of the total primer pairs.The EST-SSR markers developed fromMelampsoraspp.EST sequences provided important marker resources for studying Melampsoraspp.from the aspects of pathogen identification and survey of genetic variation. | Wan Zhibing Liu Min Yang Wanxu Zhang Xinye Yin Tongming | 2013 | Plant Diseases and Pests2013，4，6： | 2 |
| 8 | Spatially continuous transformer online temperature monitoring based on distributed optical fibre sensing technology显示文摘Transformer internal thermal monitoring exists huge blind areas,and it is difficult for traditional methods to get fully distributed temperature in real time.In this contri-bution,the distributed optical fibre sensor was creatively applied inside an operating 35 kV oil‐immersed transformer which is also qualified for actual power grid oper-ation through the ex‐factory tests.Furthermore,the full‐region temperature along the windings and iron limbs were firstly monitored in a spatiotemporally continuous manner and the hotspots were also closely traced,fluctuating at 90%of the high‐voltage winding height(80%for low‐voltage winding)during the whole process of the heat‐run test.Corresponding Finite Element Method(FEM)for thermo‐fluid field calculation was then utilized for deeper analysis.On the former basis,the actual detected temperature distributions(both spatial and temporal)were compared with the International Electrotechnical Commission traditional model and some modifi-cations were suggested based on the real time measured data.This novel online monitoring application and the detailed internal thermal information may provide a solid reference for the delicate management of power transformers,which also offers a new horizon for the online monitoring in electrical apparatus industry. | Yunpeng Liu Xinye Li Huan Li Junyi Yin Jiaxue Wang Xiaozhou Fan | 2022 | High Voltage2022，7，2： | 1 |
| 9 | Tbermo-responsive polymer- functionalized mesoporous carbon for controlled drug release显示文摘 | Zhu Shenmin Chen Chenxin Chen Zhixin Liu Xinye Li Yao Shi Yang Zhang Di | 2011 | Materials Chemistry and Physics2011，126，12： | 1 |
| 10 | Identification of medicinal plants in the family Fabaceae using a potential DNA barcode ITS2显示文摘 | Ting Gao Hui Yao Jingyuan Song Chang Liu Yingjie Zhu Xinye Ma Xiaohui Pang Hongxi Xu Shilin Chen | 2010 | Journal of Ethnopharmacology2010，，1： | 1 |
| 11 | Knowledge expression,numerical modeling and optimization application of ethylene thermal cracking:From the perspective of intelligent manufacturing显示文摘Applications of process systems engineering(PSE)in plants and enterprises are boosting industrial reform from automation to digitization and intelligence.For ethylene thermal cracking,knowledge expression,numerical modeling and intelligent optimization are key steps for intelligent manufacturing.This paper provides an overview of progress and contributions to the PSE-aided production of thermal cracking;introduces the frameworks,methods and algorithms that have been proposed over the past10 years and discusses the advantages,limitations and applications in industrial practice.An entire set of molecular-level modeling approaches from feedstocks to products,including feedstock molecular reconstruction,reaction-network auto-generation and cracking unit simulation are described.Multilevel control and optimization methods are exhibited,including at the operational,cycle,plant and enterprise level.Relevant software packages are introduced.Finally,an outlook in terms of future directions is presented. | Kexin Bi Shuyuan Zhang Chen Zhang Haoran Li Xinye Huang Haoyu Liu Tong Qiu | 2021 | Chinese Journal of Chemical Engineering2021，34，10： | 1 |
| 12 | Identification of medicinal plants in the family Fabaceae using a potential DNA barcode ITS2显示文摘 | Ting Gao Hui Yao Jingyuan Song Chang Liu Yingjie Zhu Xinye Ma Xiaohui Pang Hongxi Xu Shilin Chen | 2010 | Journal of Ethnopharmacology2010，，1： | 1 |
| 13 | Regulating droplet impact symmetry by surface engineering显示文摘Droplet impact on solid surfaces is essential both in nature and industry.Precisely regulating the dynamic behavior of droplet impact is of great significance for energy harvesting,anti-icing,inkjet printing,pesticide spraying,and many other fields.Various rebounding behaviors(deposition,rebounding,rotation,instability control,and so on)and rebounding intrinsic parameters(such as contact time)after droplets impacting on solid surfaces can be regulated by surface engineering.This paper reviews the advances in regulating droplet impact behavior from the perspective of symmetry by modifying solid surfaces from the following aspects:chemical modification and physical structure regulation,in which the symmetry is discussed from mirror symmetry and rotational symmetry.Firstly,the symmetry of the droplet impact dynamics and its influencing factors are introduced.Then the modulation of droplet impact symmetry,using homogeneous and heterogeneous chemically modified solid surfaces,is summarized.The following presents the influence of physical structures,from micro to macro scale compared to the droplet size,on the droplet impact symmetry.Finally,the future challenges and opportunities of the droplet impact behavior regulation are discussed。 | Zhipeng Zhao Huizeng Li Quan Liu An Li Luanluan Xue Renxuan Yuan Xinye Yu Rujun Li Xiao Deng Yanlin Song | 2023 | Droplet2023，2，2： | 1 |
| 14 | Heat Shock Factor A1s are required for phytochrome-interacting factor 4-mediated thermomorphogenesis in Arabidopsis显示文摘Thermomorphogenesis and the heat shock(HS)response are distinct thermal responses in plants that are regulated by PHYTOCHROME-INTERACTING FACTOR 4(PIF4)and HEAT SHOCK FACTOR A1s(HSFA1s),respectively.Little is known about whether these responses are interconnected and whether they are activated by similar mechanisms.An analysis of transcriptome dynamics in response to warm temperature(28℃)treatment revealed that 30 min of exposure activated the expression of a subset of HSFA1 target genes in Arabidopsis thaliana.Meanwhile,a loss-of-function HSFA1 quadruple mutant(hsfa1-cq)was insensitive to warm temperature-induced hypocotyl growth.In hsfa1-cq plants grown at 28℃,the protein and transcript levels of PIF4 were greatly reduced,and the circadian rhythm of many thermomorphogenesis-related genes(including PIF4)was disturbed.Additionally,the nuclear localization of HSFA1s and the binding of HSFA1d to the PIF4 promoter increased following warm temperature exposure,whereas PIF4 overexpression in hsfa1-cq partially rescued the altered warm temperature-induced hypocotyl growth of the mutant.Taken together,these results suggest that HSFA1s are required for PIF4 accumulation at a warm temperature,and they establish a central role for HSFA1s in regulating both thermomorphogenesis and HS responses in Arabidopsis. | Bingjie Li Shimeng Jiang Liang Gao Wenhui Wang Haozheng Luo Yining Dong Zhihua Gao Shuzhi Zheng Xinye Liu Wenqiang Tang | 2024 | Journal of Integrative Plant Biology2024，66，1： | 0 |
| 15 | First report of Alternaria alternata causing flower blight on Camellia sinensis in Hefei,China显示文摘Flowers are an essential organ for sexual reproduction of higher plants.Severe lesions along with flower blight on tea(Camellia sinensis)plants were observed in the experimental tea plantation located in Hefei(China).The pathogens isolated from diseased flowers matched the morphological peculiarity of Alternaria alternata.The species characteristics of A.alternata were further confirmed by both pathogenicity tests and multi-gene phylogenetic analyses by using internal transcribed spacer(ITS),glyceraldehyde-3-phosphate dehydrogenase(GAPDH)and betatubulin(TUB).The combined phylogeny analysis using sequences derived from the ITS,GAPDH and TUB showed that the isolated pathogens belong to the genus Alternaria.Pathogenicity tests conducted on healthy tea flowers and leaves manifested typical symptoms of flower blight while weaker symptoms of leaf spot,demonstrating the A.alternata isolates were the causal agents of flower blight disease on tea plants.This fungus is first reported as a pathogen causing flower blight on C.sinensis in this study. | Xiang Xie Qingjie Yu Xinye Li Yongsheng Liu Lihuan Wang | 2022 | Beverage Plant Research2022，2，1： | 0 |
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