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Implementing Collaborative Innovation Accelerating Multi-cooperation for Vocational Colleges Feng Xiaoa, Yu Situb, Deng Wan Lic Sichuan Engineering Technical College, Sichuan Deyang, China axiaofength@163.com, bsty@scetc.net, cldw@scetc.net Keywords: Collaborative innovation, Vocational colleges, Multi-cooperation Abstract.
The key issue is how to cultivate practical talents for the requirements of the local economic and industrial development for vocational colleges.
Hu demands that universities and colleges should implement multi-cooperation with research institutes and industries and establish the collaborative innovation strategic alliance in key areas to achieve substantial results by sharing resources.
Vocational colleges in the process of implementation of multi-cooperation should guide enterprises to gradually understand and accept and focus on profit and potential non-material profits on the one hand.

Material Study Area.
Table.1 Key characteristics of WiDAS Vis-NIR MIR TIR pixel 1392*1040 320*240 320*240 wavelength 550nm,650nm,700nm,750nm 3-5μm 8-11 μm Observation zenith(º) +29, +20, 0 +40, +30, +20, 0 +40, +30, +20, 0 Spatial resolution (m) 1.2 7.86 7.86 Although each pass can acquire five Vis-NIR images according to five observation angles of the sensor, the view angles of YinKe corn field were not the same with the observation angles.
Acknowledgments The data is support by the “WATER: Watershed Allied Telemetry Experiment Research”(Grant No: KZCX2-XB2-09) under the auspices of CAS Action Plan for West Development Program, and by the Chinese State Key Basic Research Project “Synthetic retrieval of territorial ecological variables using both active and passive remote sensing approaches” (Grant No: 2007CB714400).
Philosophical Transactions of the Royal Society of London Series a-Mathematical Physical and Engineering Sciences, 1983. 309(1508): p. 257-270

Study on the secondary city, spatial expansion model of unifying adjacent cities Zhouchao1,2,a 1 Huaiyin Institute of Technology, School of Civil Engineering, Huai’an Jiangsu, 223001, China; 2 Department of Urban and Resource，Northwest University，Xi’an 710069, China; azhouchaokk@163.com KEY WORDS: Unifying adjacent cities; The secondary city; Spatial expansion; Model ABSTRACT: Urban spatial structure that is a comprehensive reflection of the interaction between human activities and natural factors, is the internal driving force mechanism for sustainable urban development.
factors promote urbanization in the suburbs, setting off another tide of urban expansion, it provides the impetus for the secondary cities to across the "threshold rule"; Construction of transport corridor--Traction power:Construction of transportation corridor and the industry belt are often the stretch axis of the main city and the secondary cities' spatial extension, and it has a point to the role to urban space expansion; speed of transport increased has injected new vitality for urban development, and it has provided favorable conditions to accelerate the pace of urban expansion; Needs of people living--Invisible Power:With the rapid economic development, urban living conditions gradually improved, "magnetic" elements[13] brought relocation of residents, has brought a corresponding relocation of the relevant departments within the city, and drives the outward expansion of urban space; Polarization and the diffusion effect--Basic power: Unifying adjacent cities speeds up population, material
In the secondary city district construction update, there grow up some new regional economic growth point in the intersection of transportation routes or external key towns, and form group urban plane with the main and secondary city district; farm-based permanent green space between new area and the secondary city district, become a buffer zone to protect the urban environment, avoid the inter-city space between sutured t, is a typical low-carbon, eco-city spatial structure model.

Colleage of Water Conservancy & architectural Engineering, Shihezi University, China 2.
Key Laboratory of Modern Water-saving Irrigation of Xingjiang Construction Crops, Shihezi 832000, Xingjiang, China 3. a1039248093@qq.com, bhexinlin2002@163.com, c164866879@qq.com Keywords: desert vegetation daily net photosynthetic rate daily transpiration rate daily sap flow Abstract: According to the sap flow characteristics and photosynthetic characteristics of Haloxylon ammodendron and Tamarix, we measured the sap flow with the method of thermal diffusion.
Because the Granier probe is sensitive to the change of temperature, the probes were external packaged radiation material to reduce the thermal radiation to probe the interference, at the same time it can prevent rain immersion effect to guarantee the determination results from the influence of a certain extent.
Acknowledgements We acknowledge the support from the national natural science fund project (U1203282) (51269026) (41361096), National Basic Research Program of China (2011CB411905); Key Project of Chinese National Programs for Fundamental Researchand Development (2010CB951004); International cooperation project of Bingtuan (2012BC004); Shihezi University Outstanding Young project(2012ZRKXJQ08),the scientific research and innovation projects of graduate students in xinjiang (XJGRI2013065).

Prinz3, Bjørn Haugen1,f and Jan Torgersen4,j 1Norwegian University of Science and Technology, Faculty of Engineering, Department of Mechanical and Industrial Engineering, Norway 2Norwegian University of Science and Technology, Faculty of Natural Sciences, Department of Physics, Trondheim, Norway 3Stanford University, Department of Mechanical Engineering, Nanoscale Prototyping Laboratory, Stanford, CA, USA 3Technical University of Munich, TUM School of Engineering and Design, Department of Materials Engineering, Institute of Materials Science, Garching bei München, Germany astephanie.burgmann@ntnu.no, babdulla.binafif@ntnu.no, cmarkus.j.lid@ntnu.no, dkjetil.baglo@tum.de, ea.helvoort@ntnu.no, fbjorn.haugen@ntnu.no, jjan.torgersen@tum.de Keywords: Atomic Layer Deposition, in-situ ALD, Transmission Electron Microscopy, nanofabrication Abstract.
Large tunnel like cavities with only minimal access to sacrificial material were required.
Browning et al., “Recent developments in dynamic transmission electron microscopy,” Current Opinion in Solid State and Materials Science, vol. 16, no. 1, pp. 23–30, Feb. 2012, doi: 10.1016/j.cossms.2011.07.001
Wu et al., “In Situ Environmental TEM in Imaging Gas and Liquid Phase Chemical Reactions for Materials Research,” Advanced Materials, vol. 28, no. 44, pp. 9686–9712, 2016, doi: 10.1002/adma.201602519
Burgmann et al., “Approaching the Limits of Aspect Ratio in Free-Standing Al2O3 3D Shell Structures,” Advanced Engineering Materials, vol. 24, no. 10, p. 2200444, 2022, doi: 10.1002/adem.202200444

Dyuti 1, b 1 Department of Manufacturing and Materials Engineering, International Islamic University Malaysia, P.O Box-10, 50728 Kuala Lumpur, Malaysia ashahjahan@iiu.edu.my, bsdyuti_mme@yahoo.com Key words: TIG torch, powder preplacement, Energy input, Titanium nitride.
Introduction Surface modification includes all those techniques and processes which are used to improve the performance of an engineering surface [1].
Titanium powder (99.99 % purity) of 3μm size was used as the preplacement material.
When glazed with higher energy inputs with the same amount of titanium addition, the titanium concentration will dilute because more substrate material will melt and mixed to form the liquid melt.

Numerical Design of Stepped Compound Horn with Longitudinal-torsional Vibration under Single Acoustic Excitation Jianxin Zheng1, Jie Han1, Chuanshao Liu1 1School of Mechanical and Power Engineering, Henan Polytechnic University, 454003, China zhengjx@hpu.edu.cn Keywords: Longitudinal-torsional vibration; Finite element analysis; Ultrasonic; Stepped horn; Vibration characteristics.
The material of the horn is 45 steel, the density ρ is 7 700 kg/m3, Young's modulus E is 206 GPa, Poisson's ratio σ is 0.28.
The deviation might be caused mainly by the inconformity of the actual and supposed material mechanical properties of the horn.
Acknowledgements This work was financially supported by the National Natural Science Foundation of China (51005071), Doctors Gathering Plan for Enterprises in Jiangsu Province, China, Mechanical Engineering First Class Key Discipline of Henan Province, China, Youth Backbone Teacher Scheme of Henan Polytechnic University, and the high-performance computing platform of Henan Polytechnic University.
Liu: Applied Mechanics and Materials, Vol. 37-38 (2010), pp. 435-438

Molecular Dynamics Simulation of Surface Effect on Tensile Deformation of Single Crystalline Copper Qiang Gao1, a, Yongbo Guo1, b, Yingchun Liang1, c, Qingchun Zhang1, d 1School of Mechatronics Engineering, Harbin Institute of Technology, Harbin, China, 150001 agaoqhit@gmail.com, byongbo.guo@gmail.com, cycliang@hit.edu.cn, dzqc@hit.edu.cn Key Words: Molecular dynamics, Tensile, Nano-rod, Surface effect Abstract.
Liang: Chinese Journal of Materials Research, Vol. 17 (2003) No.3, pp.262-267
[7] Nozaki T, Masao D and Kogurt Y: Materials Science and Engineering: A, Vol. 350 (2003) No.2, pp.233-237.

Advances in Numerical and Experimental Study of Dielectrophoretic Assembly of Carbon Nanotubes Shaohua Zhena, Libao Anb,* and Yanyan Liuc College of Mechanical Engineering, Hebei Provincial Key Laboratory of Inorganic Nonmetallic Materials, Hebei United University, Tangshan 063009, Hebei, China azhen_shaohua@163.com, b,*lan@heuu.edu.cn, cliu.yan0207@163.com Keywords: Carbon nanotubes, Dielectrophoresis, Assembly, Parameter.
Introduction As a new type of materials, carbon nanotubes (CNTs) have been studied for various applications in science and engineering fields such as electronics, biology, and medicine, due to their excellent electrical, mechanical and thermal properties [1].

Corrosion Inhibition Mechanism of the Inhibitor in Sedimentary Water of Storage Tank by AC Impedance Method ZHOU Yongzhang1,*, HE Xiaowei2, CHEN Dongsheng1, LIU Min1, YANG Chunyan1, WEI Wuji1 1College of Environment, Nanjing University of Technology,Jiangsu Key Laboratory of Industrial water-Conservation & Emission Reduction, Nanjing, Jiangsu, 210009, China 2 XinXiang Vocational and Technical College, Henan,453006, China * corresponding author: zhouyongzhang@126.com Keywords: tank sedimentary water; corrosion; corrosion inhibitor; corrosion inhibition mechanism; AC impedance Abstract.In order to study the corrosion mechanism of corrosion inhibitor on Q235 steel in tank sedimentary water, we prepared the simulation solution of sedimentary water which cintained : C1-10.0 g/L, SO42-1.0 g/L, HCO3- 0.75 g/L, Ca2+ 0.35 g/L, Mg2+ 0.2 g/L, according to the ion concentration under the condition of severe local corrosion. then the corrosion inhibitor was added into the solution, and
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