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Online since: November 2013
Authors: Jie Kong, Run Lin Yang, Juan Hua Zhou
References
[1] Zhimin Tian, Xiangbo Zhang, Xiuli Du.
[2] Lili Wang, Liming Yang.
[6] Runlin Yang, Caoming Tang, Xia Meng.
[2] Lili Wang, Liming Yang.
[6] Runlin Yang, Caoming Tang, Xia Meng.
Online since: July 2014
Authors: Yue Wang, Chun Ying Yuan, Qing Man Cui, Shuo Yang
[3] SUN Haofen,YANG Luofei, MENG Lu,et al.
[10] JIANG Hongbo, TIAN Xiangli, DONG Shuanglin, et al.
[11] YANG Huicheng, DONG Shiyuan, LIU Zunying, et al.
[10] JIANG Hongbo, TIAN Xiangli, DONG Shuanglin, et al.
[11] YANG Huicheng, DONG Shiyuan, LIU Zunying, et al.
Online since: October 2011
Authors: De Xin Zong, Jun Chen
References
[1] Yang Xiwei，The Technology Development of Energy Efficiency-in Building's Envelope，CONSTRUCTION SCIENCE AND TECHNOLOGY，2008, (1),p148-150(in Chinese)
[2] Gu Tian-shu,Xie，Lian-yu，Chen Ge,，Building Energy Conservation And Wall Thermal Insulation, ENGINEERING MECHANICS, 2006, 23(z2), P72-96(in Chinese)
[3] Du Xiaohui，Virescence Design on Architectural Wall, ARCHITECTURE TECHNOLOGY & DESIGN,2006(7),p118-120
[4] Zhou Tao，Su Chenpeng，Analysis on the Application of Smart Glass Curtain Walls in Cold Regions，HUAZHONG ARCHITECTURE，2010, 28(1),p24-25(in Chinese)
[5] TANG Ming-fang，ZHENG Shu-kui,，YANG Zhen-jing, Thermal Performance and Energy Analysis of Green Roof, JOURNAL OF CHONGQING JIANZHU UNIVERSITY, 2010, 32(2), P87-90
[6] Zhang Chenling,Tian Minghua,Zhao Mangzhuo,Cost-benefit Analysis for Roof Greening in Beijing, JOURNAL OF CHINESE URBAN FORESTRY, 2009, 7(4), p61-63(in Chinese)
Online since: June 2013
Authors: Hui Xiao, Wei Han, Feng Guo
., 2004; Tian et al., 2005).
GPS / Well ID n Ns ρs /105cm-2 Ni ρi /105cm-2 P(X2) /% T±δ/Ma Xingdi ZFT-1 Z2 N:41°13′38″ E:87°56′12″ 21 5011 213.291 2026 86.236 5.9 431±24 Queer- queke ZFT-2 ∈3t N:40°53′43″ E:88°18′24″ 17 4081 206.546 1778 89.987 0 410±19 ZFT-3 O2q 22 5885 166.763 2614 74.073 0.02 396±15 Yang- baoshan ZFT-4 O2q N:40°44′38″ E:88°32′25″ 5 1098 253.861 469 108.434 78.0 421±14 Yaerdang ZFT-6 Z2 N:40°44′41″ E:88°59′31″ 17 4052 174.664 1496 64.486 0 490±39 Xiang- yangcun ZFT-7 S1t N:40°47′32″ E:89°25′5″ 23 6191 186.333 3099 93.272 0.33 345±11 ZFT-9 S1t KQ1 25 6421 161.285 3000 75.355 0.02 399±17 n=grain number, ρs=induced track density.
GPS / Well ID n Ns ρs /105cm-2 Ni ρi /105cm-2 P(X2) /% T±δ/Ma L±σ/(N)/μm Xingdi AFT-1 Z2 N:41°13′38″ E:87°56′12″ 28 1444 6.503 570 2.567 22.0 92±7 12.6±1.7/(104) Queer- queke AFT-2 ∈3t N:40°53′43″ E:88°18′24″ 28 1126 7.566 418 2.809 35.4 92±6 12.5±2.0/(108) AFT-3 O2q 28 375 2.910 207 1.606 0 135±13 12.6±2.3/(51) Yang- baoshan AFT-4 O2q N:40°44′38″ E:88°32′25″ 27 885 8.038 423 3.482 87.9 80±5 12.2±2.0/(106) AFT-5 O3 28 1401 7.622 705 3.835 25.6 81±4 12.8±1.6/(108) Yaerdang AFT-6 Z2 N:40°44′41″ E:88°59′31″ 28 599 1.978 258 0.852 98.8 75±4 12.5±2.0/(97) Xiang- yangcun AFT-7 S1t N:40°47′32″ E:89°25′5″ 28 1860 6.098 437 1.433 40.7 138±9 13.2±2.1/(107) AFT-8 S1t 28 1374 5.094 518 1.920 31.2 99±7 12.8±1.6/(105) KQ1 AFT-9 S1t 28 2026 5.724 433 1.223 83.1 179±10 11.5±1.6/(100) KQ1 AFT-10 J1a 28 1960 6.899 719 2.531 68.2 102±5 12.3±1.5/(99) YL1 AFT-11 J1a 28 985 4.852 374 1.842 80.7 97±6 11.6±1.7/(101) Samples and experiment In previous studies, occurrence of the apatite grains has
Tian, M.D.
GPS / Well ID n Ns ρs /105cm-2 Ni ρi /105cm-2 P(X2) /% T±δ/Ma Xingdi ZFT-1 Z2 N:41°13′38″ E:87°56′12″ 21 5011 213.291 2026 86.236 5.9 431±24 Queer- queke ZFT-2 ∈3t N:40°53′43″ E:88°18′24″ 17 4081 206.546 1778 89.987 0 410±19 ZFT-3 O2q 22 5885 166.763 2614 74.073 0.02 396±15 Yang- baoshan ZFT-4 O2q N:40°44′38″ E:88°32′25″ 5 1098 253.861 469 108.434 78.0 421±14 Yaerdang ZFT-6 Z2 N:40°44′41″ E:88°59′31″ 17 4052 174.664 1496 64.486 0 490±39 Xiang- yangcun ZFT-7 S1t N:40°47′32″ E:89°25′5″ 23 6191 186.333 3099 93.272 0.33 345±11 ZFT-9 S1t KQ1 25 6421 161.285 3000 75.355 0.02 399±17 n=grain number, ρs=induced track density.
GPS / Well ID n Ns ρs /105cm-2 Ni ρi /105cm-2 P(X2) /% T±δ/Ma L±σ/(N)/μm Xingdi AFT-1 Z2 N:41°13′38″ E:87°56′12″ 28 1444 6.503 570 2.567 22.0 92±7 12.6±1.7/(104) Queer- queke AFT-2 ∈3t N:40°53′43″ E:88°18′24″ 28 1126 7.566 418 2.809 35.4 92±6 12.5±2.0/(108) AFT-3 O2q 28 375 2.910 207 1.606 0 135±13 12.6±2.3/(51) Yang- baoshan AFT-4 O2q N:40°44′38″ E:88°32′25″ 27 885 8.038 423 3.482 87.9 80±5 12.2±2.0/(106) AFT-5 O3 28 1401 7.622 705 3.835 25.6 81±4 12.8±1.6/(108) Yaerdang AFT-6 Z2 N:40°44′41″ E:88°59′31″ 28 599 1.978 258 0.852 98.8 75±4 12.5±2.0/(97) Xiang- yangcun AFT-7 S1t N:40°47′32″ E:89°25′5″ 28 1860 6.098 437 1.433 40.7 138±9 13.2±2.1/(107) AFT-8 S1t 28 1374 5.094 518 1.920 31.2 99±7 12.8±1.6/(105) KQ1 AFT-9 S1t 28 2026 5.724 433 1.223 83.1 179±10 11.5±1.6/(100) KQ1 AFT-10 J1a 28 1960 6.899 719 2.531 68.2 102±5 12.3±1.5/(99) YL1 AFT-11 J1a 28 985 4.852 374 1.842 80.7 97±6 11.6±1.7/(101) Samples and experiment In previous studies, occurrence of the apatite grains has
Tian, M.D.
Online since: August 2022
Authors: Jerachard Kaima, Robert Peyroux, Cecile Sillard, Jeramie Viguie, Evelyne Mauret, Pawarut Jongchansitto, Itthichai Preechawuttipong
Composites Science and Technology. 2018; 155: 50-57
[2] Jianyong Lin, Zexun Yang, Xiaoxia Hu, Gonghua Hong, Shuangbao Zhang, and Wei Song.
Polymers. 2018; 10 [3] Linhua Zou, Helena Jin, Wei-Yang Lu, Xiaodong Li.
Bamboo fiber and its reinforced composites: structure and properties Cellulose. 2012; 19: 1499-1480 [10] Yan Yu, Hankun Wang, Fang Lu, Genlin Tian, Jinguo Lin.
Wood and Fiber Science. 2011; 43: 251-261 [19] Zhuo-Ping Shao, Chang-Hua Fang, Sheng-Xia Huang, Gen-Lin Tian.
Polymers. 2018; 10 [3] Linhua Zou, Helena Jin, Wei-Yang Lu, Xiaodong Li.
Bamboo fiber and its reinforced composites: structure and properties Cellulose. 2012; 19: 1499-1480 [10] Yan Yu, Hankun Wang, Fang Lu, Genlin Tian, Jinguo Lin.
Wood and Fiber Science. 2011; 43: 251-261 [19] Zhuo-Ping Shao, Chang-Hua Fang, Sheng-Xia Huang, Gen-Lin Tian.
Online since: August 2010
Authors: Bo Zhao, Yan Yan Yan, Jun Li Liu
Tian, J.F.
Yang and C.
Tian, J.F.
Yang and Z.Y.
Yang and C.
Tian, J.F.
Yang and Z.Y.
Online since: July 2013
Authors: Qian Nan Jia, Sha Ren, Guang Wei Yuan, Li Wang
-w.Tian, Y.
Applied Physics B.Vol. 107 (2012), p.177 [2] Fa-bin Cao, Yan-wen Tian, Liao-sha Li, Yong-jie Chen, Lin-jiu Xiao.
Thesis for the Master of Chongqing University.D. (2012) [11] Gui-Ming QIU, Cheng-Ke XU Cheng-Ke, Ying-Qquan YANG .
[14] Jin-Shui YANG .
Applied Physics B.Vol. 107 (2012), p.177 [2] Fa-bin Cao, Yan-wen Tian, Liao-sha Li, Yong-jie Chen, Lin-jiu Xiao.
Thesis for the Master of Chongqing University.D. (2012) [11] Gui-Ming QIU, Cheng-Ke XU Cheng-Ke, Ying-Qquan YANG .
[14] Jin-Shui YANG .
Online since: March 2010
Authors: De Jun Kong, Hong Miao, Kai Yu Luo
Yang, Z.Y.
Tian and J.F.
Tian: New Technology & New Process, Vol. 29 (2007), p,81
Yang and Q.
Tian and J.F.
Tian: New Technology & New Process, Vol. 29 (2007), p,81
Yang and Q.
Online since: March 2010
Authors: Jin Zhang, Xiao Diao Huang
Liu Xiping, Wang
Ping and Tian Li [2] demonstrated a kind of tool setting.
Tian: J.
Yang: Auto.
Yang: Machinery Design (Wuhan Univ.
Tian: J.
Yang: Auto.
Yang: Machinery Design (Wuhan Univ.
Online since: October 2014
Authors: Xiao Bin Li, Yang Yu, Hai Yan Sun
Color images illumination compensation method for human face region detection
Yang Yu1, a, Xiaobin Li1, b,Haiyan Sun2,c
1School of Electrical and Electronic Engineering, Shanghai Institute of Technology, Shanghai 201418, P.R.China
2School of Ecological Technology and Engineering, Shanghai Institute of Technology, Shanghai 201418, P.R.China
a704403329@qq.com,blixiaobinauto@163.com,sj-shy@163.com
Contact:lixiaobinauto@163.com
Keywords: Lighting Compensation; color space; global transformation; nonlinear processing; human face and eye region detection
Abstract.
[3] DI Nan, TIAN Rui, FU Dong –hui.
[7] CHEN Dan, WANG Guoyin, GONG Xun, YANG Yong.
[3] DI Nan, TIAN Rui, FU Dong –hui.
[7] CHEN Dan, WANG Guoyin, GONG Xun, YANG Yong.