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    题名 作者 年代 出处 被引量
1Synthesis studies toward chloroazaphilone and vinylo- gous-pyridones:Two common natural product core structures 显示文摘WEI W G YAOZ J 2005J Org Chem2005,70,12:1
2Preliminary surface topographical characteristics of biofilms attached on drip irrigation emitters using reclaimed water显示文摘Li Yunkai Zhou Bo Liu Yaoze 2013Irrigation Science2013,31,4:1
3Eight emitters clogging characteristics and its suitability evaluation under on-site reclaimed water drip irrigation显示文摘Pei Yiting Li Yunkai Liu Yaoze 2014Irrigation Science2014,32,2:1
4A Study on Bunker Fuel Management for the Shipping Liner Services 显示文摘YAOZ NGS H LEE L H 2012Com- puters & Operations Research2012,39,5:1
5ImmunoglobulinM gene exprez- sion analysis of orange-spotted grouper, Epinephelus coioides, following heat shock and Vibrh9 alginolyticus challenge显示文摘CuiM Zhang Q YaoZ 2010Fish Shell- fish Immunol2010,29,6:1
6Development of a computer vision system to detect inactivity in group-housed pigs显示文摘Excessive inactivity in farm animals can be an early indication of illness.Traditional way for detecting excessive inactivity in pigs relies on manual inspection which can be laborious and especially time-consuming.This paper proposed a computer vision system that could detect inactivity of individual pigs housed in group pens which is potential in alarming the farmer of the animals concerned.The system recorded sequential depth images for the animals in a pen and implemented a proposed image processing and logic analysis scheme named as‘DepInact’to keep track of the inactive time of group-housed individual pigs over time.To verify the robustness and accuracy of the developed system,a total of 656 pairs of corresponding depth data and color images,consecutively taken 4 s apart from each other,were attained.The verification process involved manually identifying all pigs using the color images captured.The results of identification of all pigs that were inactive for more than the preset period of time by DepInact were compared to those by manual inspection through the color images captured.An accuracy of 85.7%was achieved using the verification data,thus demonstrating that the developed system is a viable alternative to manual detection of inactivity of group-housed pigs.Nevertheless,more research is still needed to improve the accuracy of the developed system.Christopher Chijioke Ojukwu Yaoze Feng Guifeng Jia Haitao Zhao Hequn Tan 2020International Journal of Agricultural and Biological Engineering2020,13,1:1
7Human IL-17:A novel cytokine derived from T cells显示文摘YaoZ Painter SL Fanslow WC 1995J Immunol1995,155,4:1
8显示文摘YaoZ Wang J S Li B 2005Phys Rev B2005,71,85:1
9A prospective longitudinal study evaluating a T-cell-based assay for latent tuberculosis infec- tion in health-care workers in a general hospital in Beijing[ J]显示文摘Li-fanZ Xiao-qingL YaoZ etal 2013Chinese Medical Journal(中华医学杂志:英文版)2013,126,11:1
10Experimentalinvestigationandfiniteelementanalysisforimpactcompressionofhoneycombpaperboards显示文摘WangZ W YaoZ 2012Journalof Mechanical Engineering2012,12,48:1
11Surface topographic characteristics of suspended particulates in reclaimed wastewater and effects on clogging in labyrinth drip irrigation emitters显示文摘Li Yunkai Liu Yaoze Li Guibing 2012Irrigation Science2012,30,1:1
12Sequence stratigraphy of the subaqueous Changjiang (Yangtze River) delta since the Last Glacial Maximum显示文摘XUT WANGG SHIX WANGX YAOZ YANGG FANGX QIAO S LIU S WANG X ZHAO Q 2016Sedimentary Geology2016,331,:1
13Refolding of lysozyme in vitro assisted by colloidal thermosensitive poly(N-isopropylacrylamide) brushes grafted onto the surface of uniform polystyrene cores显示文摘Ge X Guan YX Chen J YaoZ CaoK Yao S J 0,,02:1
14Simuhaneous removal of soot andNOx with Ruthenium-based Bi-noble metal catalysts (Ru系暇贵金属催化M时去除碳颗粒和NOx)显示文摘ZhuRong-shu(术荣淑) HeJian-sheng(何建界) YaoZe(姚泽) etal 2015分了催化2015,29,1:1
15Enhancing a Rainfall - runoff Model to Assess the Impacts of BMPs and LID Practices on Storm Runoff 显示文摘Yaoze Liu Laurent M Ahiablame Vincent F Brahs 2015Journal of Environmental Management2015,,147:1
16The meshless regular hy- brid boundary node method for 2-D linear elasticity显示文摘ZHANG J M YAOZ H TANAKA M 2003Engineering Analysis with Boundary Elements2003,27,:1
17Application of hyperspectral imagi- ng in food safety inspection and control: a review显示文摘FENG Yaoze SUN Dawen 2012Critical Re-views in Food Science and Nutrition2012,52,11:1
18Eight emitters clogging characteristics and its suitability evaluation under on-site reclaimed watcr drip irrigation显示文摘Pei Y T Li Y K Yaoze Liu 2014Irrigation Science2014,32,2:1
19Cancer stem cells and hepatocellular carcinoma 显示文摘YaoZ L Mishra L 2009Cancer biol Ther2009,8,18:1
20Effects of flow path depth on emitter clogging and surface topographical characteristics of biofilms显示文摘Zhou Bo Li Yunkai Liu Yaoze 2014Irrigation and Drainage2014,63,1:1
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