רóƼVCUзŶ
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ֳеɽ»ݺװ˾Ŀù˾ҪƷǣɢװװػÿ͵ǻݡɻˮɻˮɻճΪɵͳҺѹϵͳƺǣơ
ػʵͨſƼ˾ҺѹſߵĿ죻ר“ѹθչӦⷽԼװ”ӦſѹιУܼ֤ѹſdzƷϸʡ
ǻۿƼ˾ͲߵȽĿ¹ƽǶȣʵĿٽ۽ѧѧƽ߶ϲҵ״ΪߵԺУṩVCUHILԼ֧֣ƶӦѧʦƻӶٽԴȼIJؼϼ˲ŵĸЧ
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1.ܼо10ɽѧ,
2.B40Һѹſdzιз10ɽѧ,
3.ѹθչӦⷽԼװüתãרȨͬ 5صͨſƼ˾,
4.ͳҺѹϵͳз12ɽ»ݺװ˾,
5.ɢװ䳵Һѹϵͳз10.2ɽ»ݺװ˾,
6.ӱʡƼԱɽ»ݺװ˾1ӱʡƼ
ΪŶӽ֪ʶȨб
1.ѹθչӦⷽԼװã ZL202011309306.7ר
2.һֱǣ㲿װװãZL202020784426.1ʵר
3.һȫԶҹǣװǣװãZL202220594435.3ʵר
4.綯ǣZL202230031664.Xơ
5.ʽ綯ǣZL202230083762.8ơ
ΪŶӽб
1.СſҺѹμӹо״Թѧ2020-09
2.ѹ-θ۽Թѧ2021-10
3.ͳƼգɽѧԺѧ2022-05
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ܼ⼰ԶϵͳŶҪܼ⼰ԶϵͳƷŶӳԱⳬʿڣʿʦ䣨ʿʦֽŶɽƼ˾AGVṹϵͳзҶժеơȶѡƵĿʽΪɽƲܻƼչ˾ṩ
1.ɽƼ˾ĿȶѡƣĿСͿȶѡ豸Ľṹϵͳ漰ȶϡ͡ɸѡ豸ķãԶӾʶ𣩣ϸȶԶȥȹܡĿĿǰɽṹƲ֣ڽϵͳԡ
2.ɽƼ˾AGVСĿĿAGVСĽṹ价ĵϵͳоĿǰĿɵIJɼӦãڵС뵼Ϣƥ䣬һAGVСģͣڿƲ
ĿоĻϣܼ⼰ԶϵͳŶ뷢רһʵ2
רһAGVС䵼
ʵͣһܹԶժֲҶƬĻе
ʵͣһСͿȶɸѡ豸
ŶӳԱҪɹ
ⳬ
[1]
l Wu Chao, Hou Suoxia, Zhang Haoqiang, Jia Xiaoming. Study and Evaluation on Dispersion of Molybdenum Disulfide in Aqueous Solution[J]. Advanced Materials Research,2013, vol. 750-7522175-2178.EI
l Chao Wu, Pengtao Yan, Ruijun Zhang, Jianglong Jin, Xuesha Zhang. Huimin Kang. Comparative study of HNO3 activation effect on porous carbons having different porous characteristics. J Appl Electrochem, 2015.5, DOI 10.1007/s10800-015-0840-1.(SCI) WOS000357667800005. SCI IIIF2.409
l Chao Wu, Jiang Xu, Jianning Ding, Ningyi Yuan, Pengtao Yan, Ruijun Zhang, Huihan Liu. High-performance supercapacitor based on the NaOH activated D-glucose derived carbon. NANO 11 (2016:1650075-1650084doi:10.1142/S1793292016500752. SCI IVIF1.09IF1.09
l ⳬźǿ. ʯīˮо[J]. ܷ⣬ڿB2013.866-69.
l ⳬϼźǿ. ˮҺƱ[J]. ִ칤̣ڿB20144.
l Jiang Xu, Chao Wu, Pengtao Yan, Jianxin Wang, Ruijun Zhang, Xuesha Zhang, Jianglong Jin. Enhanced electrochemical performance of graphitized carbide-derived carbon in alkaline electrolyte. Electrochimica Acta, 174 (2015) 411–416,doi: 10.1016/j.electacta.2015.06.025. (SCI) WOS000359873400052
l Jiang Xu, Chao Wu, Pengtao Yan, Ruijun Zhang, Xueqing Yue, Shanhai Ge. Pore characteristics of carbide-derived carbons obtained from carbides with different carbon volume fractions. Microporous and Mesoporous Materials 198 (2014) 74–81,doi: 10.1016/j.micromeso.2014.07.019.
l Pengtao Yan, Jiang Xu, Chao Wu, Ruijun Zhang, Jianglong Jin, Structure and supercapacitive performance of hierarchical porous carbon obtained by catalyzing microporous carbide-derived carbon. Materials Letters 139 (2015) 340–343, 10.1016/j.matlet.2014.10.063. WOS000345640300090.
l Jiang Xu, Ruijun Zhang, Chao Wu, Yufeng Zhao, Xuanzhang Ye, Shanhai Ge. Electrochemical performance of graphitized carbide-derived-carbon with hierarchical micro- and meso-pores in alkaline electrolyte[J]. Carbon, 74 (2014) 226 – 236,doi: 10.1016/j.carbon.2014.03.026.
l Jianxin Wang, Ruijun Zhang, Jiang Xu, Chao Wu, Peng Chen. “Effect of the content of ball-milled expanded graphite on the bending and tribological properties of copper–graphite composites”Materials & DesignSCI2013472013.5 PP667-671.
l Pengtao Yan, Ruijun Zhang, Jin Jia b, Chao Wu, Aiguo Zhou, Jiang Xu, Xuesha Zhang. Enhanced supercapacitive performance of delaminated two-dimensional titanium carbide/carbon nanotube composites in alkaline electrolyte. Journal of Power Sources, 284 (2015) 38-43, 10.1016/j.jpowsour.2015.03.017 WOS000354140700005.
l Xuesha Zhang, Jianglong Jin, Pengtao Yan, Jiang Xu, Ruijun Zhang, Chao Wu. Structure and electrochemical performance of graphene/porous carbon coated carbon nanotube composite for supercapacitors, Materials Letters 160 (2015) 190–193,doi: 10.1016/j.matlet.2015.07.090 WOS000364880300050.
l Suo Xia Hou, Chao Wu, Ying Jie Huo. Controllable preparation of nano molybdenum disulfide by hydrothermal method. Ceramics-Silikáty 61 (2), 158-162 (2017).
l գⳬϼ. ʯīϩ2ֺϳɷԱȼ[J].ѧѧ(Ȼѧ),2020,42(04):75-80.
l ϼգⳬźǿ. ʯīϩӼܵоչ[J].Ӧû.2021.35061683-1689.
l Ŀ
[1] ⣺Сҵγ̿2018.3-2019.31Ԫ.
[2] ⣺Ͽ˫ĿӾϵͳ2021-2024,10Ԫ.
[3] 2022-2024Ƽţų.
[4] ɽпƼĿͽܻƱо201110£Ŀ.
[5] ɽпƼĿصиҺӲʺϽĸʴо1Ԫ2012.123.
[6] ɽпƼĿɽԴװҵƼСҵȺ¹滮о152010.84.
l
[1] Zhao Peng, Liang Lihua, Zhang Songtao, et al. Simulation analysis of rudder roll stabilization during ship turning motion. Ocean Engineering, 2019, 189, 106322.
[2] Song Jiguang, Zhao Peng, Liang Lihua, et al. Force modeling of zero/low-velocity fin stabilizer and hydrofoilprofile optimization. Ocean Engineering, 2020, 213, 107635.
[3] Zhang Songtao, Zhao Peng. L2-Gain Based Adaptive Robust Heel/Roll Reduction Control Using Fin Stabilizer during Ship Turns. Journal of Marine Science and Engineering, 2021, 9, 89.
[4] Zhang Songtao, Zhao Peng, Li Chenyang, et al. Study on the Accessibility Impact of Anti-Rolling Tank on the Offshore Wind O&M Gangway. Journal of Marine Science and Engineering, 2023, 11, 848.
l ר
[1] Ϳԣ. һܷ˼ʻҵ. ʵͣZL202123171615.5
l Ŀ
[1] ɢװ䳵Һѹϵͳз2021026롣
[2] ʱµطԺУںЭͬģʽоJRS-2021-3128롣
[3] ҵܻ༼˲·оJRS-2021-3127롣
[4] ɽܳؼܷŻŶӣ21130206DУ롣
[5] ӼЭͬоԺJG21202У롣
[6] Magnusתͺټҡо1402001У֡
䣺
l ģ
[1] 䣬÷Ԫ. ԸгԵӰ.еѧ.2018,(54)16:152-159
[2] 䣬÷Ԫ.¶߷غֵģ.ɽũҵѧѧ.2018,(49)5:800-804
[3] Huoqing,Mei-yuangui, Study on aerodynamic drag characteristics of high speed
train. The 3nd International Conference on Robotics and intelligent systems,2018,
(2):506-510
[4] ,֣. ¶߷ڱЧӦ.ݽͨѧѧ.2018,(37)3:85-92
[5] 䣬÷Ԫ.¶ߵڱԷ.ѧѧ.ѧѧ.2020.(38)1:73-81
l Ŀ
1.ƼоĿӿ“ߺѧЧӦͶÿʶо”оĿͬ2008G030-Cеغɷƣо
2. “973”Ŀ“ʱ500µĸгѧо”ͬţ2011CB111101Է֡
3.й·ܹ˾·ڶ˫ߴгȫרĿZ2014-034¶о
4.й·ܹ˾ص⣺гͨʱоYS2016T-16ֵģо֡
5.μ2011ȵοѧʵ飺“226칫”ʿŶ-οѧ鳤
6.صзĿʱ400Pϸٿװؼӿ⣺ͨٶװάϵͳơǰڵС
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2009.4 |
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2010.4 |
2010.9 |
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2010.4 |
2010.9 |
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2011.7 |
2012.12 |
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5 |
2010.8 |
2013.6 |
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2011.4 |
2014.4 |
ɽе綯зĽ |
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710-714 |
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4. ѹθչӦⷽԼװüתãרȨͬ 5 ػʵͨſƼ˾,
5. -Һѹ;̨뿪31ɽѧ,
6. ͳҺѹϵͳз12ɽ»ݺװ˾,
7. -Һѹ;ԣ12 ɽѧ,
8. ɢװ䳵Һѹϵͳз10.2ɽ»ݺװ˾,
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