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| 1 | Hybrid-Traffic-Detour Based Load Balancing for Onboard Routing in LEO Satellite Networks显示文摘To deal with the dynamic and imbalanced traffic requirements in Low Earth Orbit satellite networks, several distributed load balancing routing schemes have been proposed. However, because of the lack of global view, these schemes may lead to cascading congestion in regions with high volume of traffic. To solve this problem, a Hybrid-Traffic-Detour based Load Balancing Routing(HLBR) scheme is proposed, where a Long-Distance Traffic Detour(LTD) method is devised and coordinates with distributed traffic detour method to perform self-adaptive load balancing. The forwarding path of LTD is acquired by the Circuitous Multipath Calculation(CMC) based on prior geographical information, and activated by the LTDShift-Trigger(LST) through real-time congestion perception. Simulation results show that the HLBR can mitigate cascading congestion and achieve efficient traffic distribution. | Peilong Liu Hongyu Chen Songjie Wei Limin Li Zhencai Zhu | 2018 | China Communications2018，15，6： | 9 |
| 2 | Microscopic Identification of Zhuang Medicine Laportea bulbifera(Sieb. et Zucc.) Wedd.显示文摘[Objectives] This study was conducted to investigate the microscopic identification characteristics of Laportea bulbifera(Sieb. et Zucc.) Wedd. [Methods] The characteristics of L. bulbifera leaf, stem and powder were identified by microscopy. [Results] The main microscopic identification characteristics of the tissue structures of L. bulbifera leaf and stem at different positions and L. bulbifera powder were determined. [Conclusions] The microscopic identification results are characteristic, and could serve as the identification basis of L. bulbifera. These results could provide references for the quality control of L. bulbifera. | Haicheng WEN Deqiang DOU Songji WEI Caiyue LIN Xuesong WANG Zhonghua DAI Wei WEI | 2019 | Agricultural Biotechnology2019，8，2： | 1 |
| 3 | Enhanced multiple anchoring and catalytic conversion of polysulfides by SnO_(2)-decorated MoS_(2) hollow microspheres for high-performance lithium-sulfur batteries显示文摘Lithium-Sulfur(Li-S)batteries are very competitive in energy storage equipment due to their high theoretical capacity and low cost of raw materials.However,the serious polysulfide'shuttle effect',volume expansion effect and slow conversion reaction kinetics of Li-S batteries during the charge/discharge cycle process still need to be resolved urgently.Herein,we prepared a novel sulfur host of SnO_(2)-decorated MoS_(2) hollow microspheres(SnO_(2)-MoS_(2) HMSs).The unique hollow structure provides enough space to accommodate a large amount of sulfur and effectively adapts to its large volume expansion during charge and discharge process.On the other hand,the SnO_(2) nanoparticles that attached to the surface of the MoS_(2) nanosheets will accelerate the catalysis of MoS_(2) and enhance the bonding strength with the polysulfide intermediates through the S-Sn-O chemical bond,which further inhibits the shuttle effect.The newly synthesized SnO_(2)-MoS_(2) HMSs cathode has achieved excellent electrochemical performance.The initial discharge specific capacity of 1326.4 mAh g^(-1) was obtained at 0.2 C,and after 100 cycles,the specific capacity of the SnO_(2)-MoS_(2) HMSs/S cathode only decreased slightly to 1183.8 mAh g^(-1),its capacity retention rate reaching as high as 89.2%.We expect the newly synthesized hollow structured MoS_(2) with SnO_(2) decoration provides a new strategy for the construction of Li-S battery cathode materials. | Yun Tian Zhengyu Wei Fan Li Songjie Li Lixiang Shao Mengyuan He Panfei Sun Yuanyuan Li | 2022 | Journal of Materials Science & Technology2022，，5： | 0 |
| 4 | Pharmacognostic Study on Adenanthera pavonina Linn.var.microsperma显示文摘[Objectives]To study the pharmacognosy of the stems and leaves of Adenanthera pavonina Linn.var.microsperma and to provide reference materials for clinical application and further development and utilization.[Methods]The stems and leaves were sliced by paraffin section method,and the tissue structure and microscopic characteristics were observed by routine microscopic technique.[Results]It was found that the epidermal cell wall was red with unicellular non-glandular hairs,the phloem fiber bundles were arranged in rings,and the xylem vessels were large and few,arranged in the shape of'V'.The non-glandular hairs in the cross section of leaves were mostly unicellular,and the palisade tissues were in 2-3 rows.Most of the vessels in the powder were with marginal pores and crystal sheath fibers,and there were a lot of non-glandular hairs in single cells.[Conclusions]The above characteristics can be used as the main basis for the identification of Adenanthera pavonina Linn.var.microsperma. | Wei WEI Yongjing SU Wanxiang MENG Haicheng WEN Songji WEI | 2022 | Medicinal Plant2022，13，1： | 0 |
| 5 | Review of Research Progress on Concentrated Solar Energy Utilization System显示文摘Solar energy is considered to be one of the most promising renewable and sustainable energy sources.The efficient utilization of solar energy has become a major requirement to build a clean and efficient energy system and achieve the goal of carbon neutrality.The utilization of solar radiation mainly adopts two key technologies:concentrating photovoltaic(PV)and concentrated solar power(CSP).Currently,the cost of CSP with heat storage is about 9c/kWh(same as commercial PV systems)and is expected to drop to 5c/kWh by 2030.From a system level,this paper focuses on analyzing,a system for preparing clean solar fuel based on solar thermal fossil energy,the current mainstream concentrated solar thermal power generation system,the complementary utilization system coupled with multiple energy sources,and the efficient and economical multigeneration system.On the basis of this literature review,the key challenges and future development prospects for the application of concentrating solar energy systems are outlined.A concentrated solar utilization system needs to further improve efficiency and reduce costs in order to expand the scale and promote the market,it has far-reaching significance to achieve the goal of efficient utilization of clean fuel and solar energy. | Shunchun Yao Youxing Wei Zhimin Lu Songjie Guo Jinzheng Chen Ziyu Yu | 2023 | Renewables2023，1，4： | 0 |
| 6 | Analysis of and Theoretical Reflections on China’s“Excessive De-Industrialization”Phenomenon显示文摘Industrialization is a long-term process of spiral transformation and upgrading.In a broad sense,industrialization can be divided into two stages,i.e.shallow industrialization and deep industrialization.The first stage refers to a process of expansive industrialization aiming to increase the proportion of industry,while the second stage refers to a process of contractive industrialization centered on improvements in industrial quality and competitiveness,to which the shallow industrialization is transformed and upgraded.In fact,the industrialization stages divided according to traditional theories,i.e.early stage,middle stage and late stage,are only for achieving the goals of shallow industrialization,instead of ultimately completing the developmental tasks of industrial economy.The transforming and upgrading from shallow industrialization to deep industrialization is an essential stage for a major country to enhance its development quality and competitiveness of industrial economy.So far,China has not fully industrialized.In the context of unbalanced and inadequate industrial development,China has seen a rapid decline in the industrial value-added and employment proportions in recent years,prematurely showing the features of rapid excessive de-industrialization in all respects.China’s current excessive de-industrialization is not only attributed to the impulse of rushing into mass actions in industrial upgrading,but also resulting from the combined effects of multiple factors such as surging factor prices and overcapacity at the current stage,exerting serious negative impacts on China’s economic growth,productivity improvement,development of modern service industry and transfer of agricultural labor force.In a long period of time ahead,considering the need to improve the quality of industrialization and the relationship between industry and services,real economy and virtual economy,the industry dominated by advanced manufacturing industry is still China’s major impetus for driving the medium–high rate of sustained and stable economic growth.Advancing deep industrialization remains a long and arduous task.Therefore,it is required to get rid of the misunderstanding caused by traditional theories and thinking,reconsider the importance of industrialization,implement the strategy of deep industrialization and prevent excessive de-industrialization.The specific measures include:expedite the promotion of deep industrialization in the developed regions of Eastern China,build a group of advanced manufacturing bases in Central and Western China and facilitate an in-depth integrated development of advanced manufacturing industry and modern service industry. | WEI Houkai WANG Songji | 2019 | Chinese Journal of Urban and Environmental Studies2019，7，4： | 0 |
| 7 | Study on the Pharmacological Identification of Polygonum capitatum显示文摘[Objectives]This study was conducted to establish a microscopic identification method of Polygonum capitatum Buch.Ham.ex D.Don.[Methods]The cross sections were identified by microscopic identification.[Results]The stem cross section of P.capitatum is round-like,and shows pericyclic fibers forming a ring,strongly lignified,many vascular bundles,and a hollow pith part.There are many starch granules in the powder,and single granules are more common;and fibers are mostly bundled or scattered,lignified or non-lignified,and calcium oxalate cluster crystals are common.There are many pollen grains,obtuse triangular or round-like,and some of them have three germination apertures.They have fine thorn-like protrusions on the outer wall,the surface of which has reticulate carvings.[Conclusions]The results of microscopic identification are reliable and can be used as the basis for identification of P.capitatum. | Wei WEI Huagang LIU Huarong HE Lihua FAN Qiuyan LU Dan LAN Haicheng WEN Songji WEI | 2022 | Agricultural Biotechnology2022，11，1： | 0 |
| 8 | Pharmacognosy of Brazilian Ginseng ( Pfaffia paniculata)显示文摘[Objective] This study aimed to explore the pharmacognostical features of Brazilian ginseng( Pfaffia paniculata),and to provide a theoretical basis for its development and utilization. [Method] Morphological traits of Brazilian ginseng root were observed with traditional methods. Then,the root,stem and leaf of Brazilian ginseng were sliced,and observed under a microscope. The physical and chemical properties of root extract were detected. [Result] Brazilian ginseng root is elongated and cylindrical,with obvious longitudinal ridges and sparse root marks,some irregularly shaped lenticels on the surface. The cork layer of crosssection has five or more rows of cork cells. The abnormal vascular bundles are arranged in two to three rings. There are two to three central vascular bundles. The wood fibers in powder are long,with one bifurcate end. The vessels have bordered pits. The sand crystals are scattered or in the parenchyma surrounding the fibers.The mucilage cells are oval and widely exist. Physical and chemical experiments showed that the root of Brazilian ginseng contains sterols or triterpenes and saponins. [Conclusion] The results will provide a theoretical basis for the pharmacological identification of Brazilian ginseng. | Haicheng WEN Songji WEI Mingsheng LAN Peng CHEN Wei WEI | 2018 | Agricultural Biotechnology2018，7，1： | 0 |
| 9 | Microscopic Identification of Pueraria phaseoloides,a Zhuang Medicine显示文摘This study aimed to investigate the structural characteristics of different tissues and tissue powder of Pueraria phaseoloides by microscopic identification.The main microscopic characteristics of roots,stems,leaves,root powder,stem powder and leaf powder of P.phaseoloides were determined by microscopic identification,which provided reference for the establishment of quality standards of P.phaseoloides. | Haicheng WEN Zhonghua DAI Wei WEI Songji WEI Tongyong LUO LiuyuanFAN | 2017 | Agricultural Biotechnology2017，6，1： | 0 |
| 10 | Identification of Ethnic Medicine Polygonum capitatum by Thin Layer Chromatography显示文摘[Objectives]To establish a thin-layer chromatography identification method for the ethnic medicinal materials of Polygonum capitatum.[Methods]The thin layer chromatography(TLC)method was used to identify materials.[Results]The TLC identification showed that in the chromatogram of the test sample,there were spots of the same color in the corresponding position of the chromatogram of the reference medicinal material,and the reproducibility was good.[Conclusions]The TLC identification and the determination results of the inspection items can provide a basis for the quality control of the medicinal materials of P.capitatum. | Haicheng WEN Yongjing SU Huagang LIU Wei WEI Songji WEI | 2022 | Medicinal Plant2022，13，2： | 0 |
| 11 | Microscopic Identification of Zhuang Medicine Jatropha curcas L.显示文摘[Objective] This study was conducted to investigate the microscopic identification characteristics of Jatropha curcas. [Methods]Jatropha curcas was identified by microscopic identification. [Results] The stem bark of J. curcas has a thick phellem layer and broad cortex layer; and there are a great deal of dispersed laticifers and many fibers. The parenchymal cells contain clusters of calcium oxalate. In the powder,there are many clusters of calcium oxalate; the secreta is often dispersed; and the stomata are in parallel axle shape. Brown bodies can be seen commonly. [Conclusion]The results of the microscopic identification are reliable. These characteristics could provide an effective basis for the differentiation of this plant from other plants in the same genus and the establishment of its quality standard. | Haicheng WEN Songji WEI Huagang LIU Zhongshi LIAO Zhonghua DAI Wei WEI | 2018 | Agricultural Biotechnology2018，7，5： | 0 |
| 12 | 哺乳动物成熟配子的染色体三维结构及其在早期胚胎发育中的重编程规律显示文摘文章简介染色体高级结构在调控基因表达中发挥非常重要的作用。此前对于哺乳动物胚胎发育过程中染色体三维结构动态变化了解有限。课题组使用优化后的少量细胞Hi-C方法建立小鼠配子和早期胚胎的染色体三维结构图谱。 | Yuwen Ke Yanan Xu Xuepeng Chen Songjie Feng Zhenbo Liu Yaoyu Sun Xuelong Yao Fangzhen Li Wei Zhu Lei Gao Haojie Chen Zhenhai Du Wei Xie Xiaocui Xu 黄行许 刘江 | 2018 | 科学新闻2018，0，4： | 0 |
| 13 | Study on Quality Standards of Laportea bulbifera(Sieb. et Zucc.) Wedd. in Yao’s Folk-medicine显示文摘[Objectives] This study was conducted to establish the quality control standards for Laportea bulbifera(Sieb. et Zucc.) Wedd. [Methods] Microscopic identification and thin layer chromatography were used to identify and determine the moisture, total ash and extract contents. [Results] According to the microscopic results, the stem transection is round and has five longitudinal edges at which the cell wall is obviously thickened. Bristles can be observed. A series of collenchyma cells are arranged closely inside the epidermis. There are several rows of parenchyma cells. The vascular bundles are of different sizes;and the ray part is wide, and at the junction of the ray and the cortex, there are often scattered secretory cells. The center is a broad medulla. The powder is brown. There are many starch grains. The bristles are unicelluar, and have warty protrusions and expanded base. The fibers are bundled, and the cells are large. The epidermal cells are in the shape of an elongated spindle, in a mosaic arrangement, and the cell wall is slightly thickened. From the thin layer identification chromatograms of tested L. bulbifera, it can be seen that spots were observed at the same positions as the control medicinal material, and the durability of the method was good. The extract content should not be less than 12.00% by hot extraction with water as solvent, and not be less than 3.00% by cold extraction with ethanol as solvent. The moisture content should not be more than 16.50%. The total ash content should not be more than 14.00%. The acid-insoluble ash content should not be more than 2.50%. [Conclusions] The microscopic identification results are reliable and can be used as the identification basis of L. bulbifera. The thin layer identification method and the test results can provide a basis for quality control of L. bulbifera. | Wei WEI Huagang LIU Songji WEI Zhonghua DAI Haicheng WEN Chao ZENG | 2020 | Agricultural Biotechnology2020，9，1： | 0 |
| 14 | Study on Quality Evaluation and Standards of the Zhuang Medicine Pandanus tectorius Soland.显示文摘[Objectives] This study was conducted to establish the quality control standards for Pandanus tectorius Soland.[Methods] Microscopic identification and thin layer chromatography were used to identify and determine the moisture,total ash and extract contents.[Results] The root transection is near round.The outmost side is velamen.There are nearly 10 columns of collenchyma tissue cells inside.In the cortex,there are a large number of fiber bundles scattered,and there are also large mucous cells scattered.The endodermis is distinct,and the cells are small and closely arranged.The pericycle is distinct and forms a ring.The pericycle fiber bundles are arranged in a radial shape by more than 40 bundles of phloem and xylem alternately.The leaf transection is V-shaped.The collenchyma lies under the epidermis.The spongy tissue has many calcium oxalate square crystal and needle crystals.The mucous cells contain calcium oxalate square crystal and needle crystals.The thin layer identification indicated that in the chromatogram of each test sample,spots of the same colors appeared at the positions corresponding to the chromatogram of the reference medicinal material,and the reproducibility was good.The moisture contents of the 10 batches of samples were all below 8.0%.The total ash was below 8.0%.The acid-insoluble ash was below 2.0%.With 50% ethanol as the solvent,the extract contents were all over 12.5%.[Conclusions] The microscopic identification results are reliable and can be used as the identification basis of P.tectorius.The thin layer identification method and the test results can provide a basis for quality control of P.tectorius. | Chao ZENG Tongyong LUO Songji WEI Huagang LIU Wei WEI Haicheng WEN | 2019 | Agricultural Biotechnology2019，8，5： | 0 |
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