云南高校图书馆联盟文献共享服务平台- HYDROPHOBICITY

HYDROPHOBICITY: 作品数：211被引量：526H指数：10; 导出分析报告; 相关领域：理学更多>>; 相关作者：吕蓓红刘院英李惠云高海峰陈建华更多>>; 相关机构：安阳师范学院清华大学广西大学华锡集团更多>>; 相关期刊：更多>>; 相关基金：国家自然科学基金中国博士后科学基金国家重点基础研究发展计划国家教育部博士点基金更多>>

Biomimetic Preparation of Alumina Hierarchical Papillary Microrough Structure for Hydrophobic Improvement and Its Abrasion Resistance Finite Element Analysis被引量：1: 《Journal of Bionic Engineering》2023年第5期1985-1995,共11页Meng Liu Junxin Lu Zhihui Cao Kang Yang Tingting Mi Jianlin Li Jianbao Li Hui Yu; supported by the National College Students Innovation and Entrepreneurship Training Program(No:202110895003,China);Pingxiang City Science and Technology Plan Project(No:2021C0102,China);National Natural Science Foundation of China(Nos.5217020839,52001175,China).; The surface of lotus leaves has a hierarchical micro–nano-rough structure.We determined that the papillary structure also possesses hierarchical features on the microscale.We used alumina particles as rough structure...; 关键词：Lotus leaves Biomimetic materials Hierarchical structure Abrasion resistance HYDROPHOBICITY Finite element method

Formation of Nanotubular Structures with Petal Effect by Soft-Template Electropolymerization of Benzotrithiophene with Hydrophilic Carboxyl Group: 《Journal of Bionic Engineering》2022年第4期1054-1063,共10页Maroua Khodja Imen Bousrih Mejda El Kateb Mohammed Beji Frederic Guittard Thierry Darmanin; The bioinspiration is one of the best ways to make a breakthrough in a field,and particularly in the wetting properties.Bioinspired by natural species,such as rose petals and gecko foot,and previous researches,nanotub...; 关键词：BIOINSPIRED ELECTROPOLYMERIZATION HYDROPHOBICITY Nanostructures Nanotubes WETTABILITY

Surface Nanostructure Control with Poly(ethylene glycol)(PEG)Spacer by Templateless Electropolymerization: 《Journal of Bionic Engineering》2021年第1期65-76,共12页Imen Bousrih Mejda El Kateb Mohammed Beji Fréderic Guittard Thierry Darmanin; This work has been supported by CNRS GDR 2088《BIOMIM》。; Controlling the shape of surface nanostructures is fundamental for various potential applications for cxamples,in water harvesting systems,liquid transportation or oil/water separation membranes.In this paper,the crea...; 关键词：nanostructures WETTABILITY HYDROPHOBICITY ELECTROCHEMISTRY bioinspiration

Bio-inspired Surface Structure for Slow-release of Urea Fertilizer被引量：1: 《Journal of Bionic Engineering》2020年第2期335-344,共10页Methus Charoenchai Panida Prompinit Wiyong Kangwansupamonkon Lapporn Vayachuta; We gratefully acknowledge the financial support from National Nanotechnology Center(NANOTEC),a member of National Science and Technology Development,Thailand.; In this work,bio-inspired concepts,including a Self-Healing(SH)and super hydrophobic structure,were used to produce slow-release of urea fertilizer.Following a bottom-up process,an SH layer on the urea granule was pro...; 关键词：bio-inspiration slow-release nitrogen FERTILIZER SELF-HEALING super HYDROPHOBICITY

Biomimetic Hydrophobic Surfaces with Low or High Adhesion Based on Poly（vinyl alcohol） and SiO2 Nanoparticles被引量：4: 《Journal of Bionic Engineering》2017年第3期476-485,共10页Qian Wang Zhao Dong Xiaoxia Yan Yanjiao Chang Lili Ren Jiang Zhou; This work is supported by the National Natural Science Foundation of China （51273083 and 51405188） and China Postdoctoral Science Foundation （2015T80307）.; Superhydrophobic surfaces are often found in nature, such as plant leaves and insect wings. Inspired by superhydrophobic phenomenon of the rose petals and the lotus leaves, biomimetic hydrophnbic surfaces with high or...; 关键词：biomimetic surface PVA/SiO2 coating HYDROPHOBICITY high adhesion low adhesion

Honeybees have Hydrophobic Wings that Enable Them to Fly through Fog and Dew被引量：2: 《Journal of Bionic Engineering》2017年第3期549-556,共8页Youjian Liang Jieliang Zhao Shaoze Yan; Honeybees have received public attention for their remarkable performance in low-altitude flying and their outstanding airborne hovering capability. However, minimal attention has been given to their capability to fly...; 关键词：HYDROPHOBICITY microstructure biological coupling hydrophobic peptide honeybee wing

Dynamics of Droplets of Biological Fluids on Smooth Superhydrophobic Surfaces under Electrostatic Actuation被引量：2: 《Journal of Bionic Engineering》2016年第2期220-234,共15页Ana Sofia Moita Catarina Laurencia Joana Anastacio Ramos Duarte Miguel Franca Prazeres Antonio Luis Nobre Moreira; This study describes the dynamic behaviour of droplets of biological liquids on hydrophobic surfaces under electrostatic actuation, to devise sample handling in lab-on-chip diagnostic tools. Bovine Serum Albumin （BSA...; 关键词：bioinspired surfaces BIOFLUIDS electrostatic actuation HYDROPHOBICITY adsorption EVAPORATION

Fabrication and Testing of Self Cleaning Dry Adhesives Utilizing Hydrophobicity Gradient被引量：1: 《Journal of Bionic Engineering》2015年第2期270-275,共6页Enrico Bovcro Jeffrey Krahn Carlo Menon; In this paper we present a method to create a hydrophobicity gradient on the surface of a Polydimethylsiloxane （PDMS） dry adhesive. The method consists of the partial silanization of the surface of the dry adhesive ...; 关键词：dry adhesion self cleaning HYDROPHOBIC SILANIZATION polymers PDMS

Spreading and Wetting Behaviour of Trisiloxanes被引量：14: 《Journal of Bionic Engineering》2009年第4期341-349,共9页Jovana Radulovic Khellil Sefiane Martin E.R.Shanahan; Wetting and spreading processes which involve surfactant solutions are widely used in numerous industrial and practical applications nowadays.The performance of different non-ionic surfactants may vary significantly a...; 关键词：HYDROPHOBICITY superspreading surfactants WETTING

Non-Smooth Morphologies of Typical Plant Leaf Surfaces and Their Anti-Adhesion Effects被引量：20: 《Journal of Bionic Engineering》2007年第1期33-40,共8页Lu-quan Ren Shu-jie Wang Xi-mei Tian Zhi-wu Han Lin-na Yan Zhao-mei Qiu; The authors are grateful to the financial support provided by the National Natural Science Foundation of China （No. 50635030）；the Key Project of Chinese Ministry of Education （Grant No. 105059）.; The micromorphologies of surfaces of several typical plant leaves were investigated by scanning electron microscopy（SEM）. Different non-smooth surface characteristics were described and classified. The hydrophobicit...; 关键词：BIONICS NON-SMOOTH leaf surface HYDROPHOBICITY ANTI-ADHESION

HYDROPHOBICITY