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US Patents
[1] Z.L. Wang, Zhengwei Pan and Zurong Dai "Semiconducting Oxide Nanostructures", US Patent No. 6,586,095 [2] Z.L. Wang and X.Y. Kong "Semiconducting Oxide Nanostructures II", US Patent No. 6,863,943.
[3]
Z.L.
Wang and P.X. Gao “Semiconducting
Oxide Nanostructures III”, US patent
No. 6918959.
[4]
J.L. Gole and Z.L. Wang
“Tin oxide nanostructures”, US
patent No. 6940086.
[5]
J.L. Gole and Z.L. Wang
“Silicon based nanospheres and nanowires”,
US patent No. 7186669.
[6]
Z.L. Wang and P.X. Gao
“Nanoscale junction arrays and methods for making same”, US patent No.
7,220,310.
[7]
Z.L. Wang and X.D. Wang
“Large Scale Patterned Growth of Aligned One-Dimensional
Nanostructures”, US Patent No.
7,351,607.
[8]
Z.L. Wang, W.L. Hughes and
B. Buchine “Probe tips and
method of making same”,
[9]
Z.L. Wang, W.L. Hughes,
B.A. Buchine, Probe sensor with multi-dimensional optical grating,
US7,705,999
[10]
Z.L. Wang, W.L. Hughes, B.A. Buchine, Probe sensor with
multi-dimensional optical grating,
US7,808,656.
[11]
Z.L. Wang and X.D. Wang, Hybrid solar nanogenerator cells, US7,705,523
[12]
Z.L. Wang and Rusen Yang,
“Muscle driven nanogenerator”, US7898,156.
[13]
Z.L. Wang, W.L. Hughes,
B.A. Buchine, Probe Method of Making a Probe Tip,
US7,975,363
B2
[14]
Z.L. Wang, P.X. Gao and Y.
Ding “Super Lattice
Structured Nanostructures And Methods Of Fabrication”, US patent pending.
[15]
Z.L. Wang, J.H. Song and Xudong Wang “Nanowire Piezo-Electric
Generators for Converting Mechanical Movement Energy, Vibration and/or
Hydraulic Energy Into Electricity For Self-Powering of Wireless
Nano-Bio-devices and Systems” , US patent pending (Dec. 2006).
[16]
Z.L. Wang, X.D. Wang
“Nanopiezotronics”, US patent pending.
[17]
Z.L. Wang, B. Weintraub, X.D. Wang and Yaguang
Wei
“Nanoscale
Solar Generators and Hybrid cell for energy harvesting“, US patent
pending
[18]
Z.L. Wang, X.D. Wang, Y.
Qin and R.S. Yang “Flexible nanogenerators”,
US patent pending.
[19]
Z.L. Wang, S. Xu, “Stacked mechanical nanogenerators”, US patent pending.
[20]
Z.L. Wang, Jun Zhou et al. “Transverse force, pressure and vibration
sensors using piezoelectric nanostructures”, US patent pending.
[21]
Z.L. Wang, R.S. Yang, G. Zhu, Y.F. Hu, C. Xu
“Large-scale lateral nanowire
arrays nanogenerators”, US patent pending.
[22]
Z.L. Wang, J. Morber, J.
Liu and X.D. Wang “One-Step Synthesis and Patterning of Aligned Polymer
Nanowires on Any Organic/Inorganic Industrial Sustrate”
, US patent pending
[23]
Z.L. Wang,Y.F. Hu, Yan Zhang “Piezo-phototronics”, US patent pending.
Chinese patents: [1]. 胡陈果;奚 伊;王中林;严 伟;万步勇;张密超;黎飞云 “复合碱金属氢氧化物溶剂制备硒化物和碲化物纳米材料的方法”, CN101219779
[2].
王恩哥;白雪冬;王中林”一种安装和操纵单个线形纳米材料的装置”, 200410069356.7
[3].
白雪冬;王恩哥;薛其坤;王中林;陈东敏 “原位微区结构分析与性质测试联合系统”,
200410070112.0
[4].
白雪冬;王恩哥;王中林
“一种测量单个线形纳米材料杨氏模量的方法”,
200410069357.1
[5].
孙世刚;田
娜;周志有;王中林 “铂二十四面体纳米晶体催化剂及其制备方法和应用”
200710008741.4
[6].
陈
文;麦立强;胡
彬;祁琰媛;周
静;戴
英;王中林 “一种锂化三氧化钼纳米带电极材料及其锂化改性方法”,
200710052368.2
[7].
胡陈果;奚
伊;王中林” 制备金属单质纳米晶体材料的方法”,
200810069241.6
[8]
刘宏,王中林,胡陈果“一种含金属无机化合物单晶纳米材料的低温碱溶液合成方法”,ZL 2006 1 0044939.3
[9]
奚 伊;胡陈果;王中林,”制备硫化铋纳米棒晶体材料的方法“
[10]
奚 伊;胡陈果;王中林,”制备金属单质纳米晶体材料的方法“
ZL 2008 1 0069241.6
[11]
于爱芳,王中林,江鹏“一种基于氧化锌纳米线阵列的纳米发电机及电存储方法”
[12]
陈文 麦立强 胡彬 祁琰媛 周静 戴英 王中林”一种锂化三氧化钼纳米带电极材料及其锂化改性方法
[13]
李泽唐,王中林
“一种核壳结构的氧化锌纳米膜碳纤维压电材料的方法及其应用“
[14]
王中林, 李泽唐,江鹏“一种可自充电的内置交流纳米发电机的原电池
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