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  • 收录类型=SCI-EXPANDED x
  • 人物=孙柏玲 x

17 条 记 录,以下是 1-17

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Changes in dimensional stability and mechanical properties of Eucalyptus pellita by melamine-urea-formaldehyde resin impregnation and heat treatment被引量:39收藏 分享
作者:Sun, Bailing[1] Wang, Xuehua[2] Liu, Junliang[1]
机构:Chinese Acad Forestry;Res Associate Int Ctr Bamboo & Rattan Beijing
来源:EUROPEAN JOURNAL OF WOOD AND WOOD PRODUCTS  2013
关键词:Efficiency - Forestry - Formaldehyde - Heat treatment - Mechanical properties - Metabolism - Resins - Urea - Wood products  
Natural Bamboo (Neosinocalamus affinis Keng) Fiber Identification Using FT-IR and 2D-IR Correlation Spectroscopy被引量:26收藏 分享
作者:Sun, Bailing[1] Huang, Anmin[1] Wang, Yueping[2] Liu, Junliang[1]
机构:Chinese Acad Forestry;Beijing Inst Fash Technol
来源:JOURNAL OF NATURAL FIBERS  2015
关键词:Natural bamboo fiber   identification   Fourier transform infrared spectroscopy (FT-IR)   second derivative IR spectra   two-dimensional infrared correlation spectroscopy (2D-IR)  
Application of FT-NIR-DR and FT-IR-ATR spectroscopy to estimate the chemical composition of bamboo (Neosinocalamus affinis Keng)被引量:26收藏 分享
作者:Sun, Bailing[1] Liu, Junliang[1] Liu, Shujun[1] Yang, Qing[2]
机构:Chinese Acad Forestry;China Agr Univ
来源:HOLZFORSCHUNG  2011
关键词:alpha-cellulose   FT-NIR-DR   FT-IR-ATR   holocellulose   lignin   NaOH extractives   Neosinocalamus affinis Keng   PLS regression  
Changes of chemical properties and the water vapour sorption of Eucalyptus pellita wood thermally modified in vacuum被引量:20收藏 分享
作者:Sun, Bailing[1] Wang, Zhe[1] Liu, Junliang[1]
机构:Chinese Acad Forestry
来源:JOURNAL OF WOOD SCIENCE  2017
关键词:Eucalyptus pellita   Thermo-vacuum treatment   Chemical changes   Dynamic water vapour sorption  
Effect of Vacuum Heat Treatment on the Chemical Composition of Larch Wood被引量:18收藏 分享
作者:Wang, Zhe[1,2] Yang, Xia[3] Sun, Bailing[1] Chai, Yubo[1] Liu, Junliang[1]
机构:Chinese Acad Forestry;Beijing Forestry Univ;Changchun Univ Technol
来源:BIORESOURCES  2016
关键词:Larch wood   Thermo-vacuum treatment   Chemical modifications  
Effect of Thermo-Vacuum Treatment on the Color and Chemistry of Larch Wood被引量:13收藏 分享
作者:Wang, Zhe[1] Sun, Bailing[1] Liu, Junliang[1]
机构:Chinese Acad Forestry
来源:BIORESOURCES  2016
关键词:Larch wood   Thermo-vacuum treatment   Color   Surface chemistry  
STUDY ON COLOR AND SURfaCE CHEMICAL PROPERTIES OF EUCALYPTUS PELLITA WOOD SUBJECTED TO THERMO-VACUUM TREATMENT被引量:9收藏 分享
作者:Sun, Bailing[1] Wang, Zhe[1] Liu, Junliang[1]
机构:Chinese Acad Forestry
来源:WOOD RESEARCH  2019
关键词:Eucalyptus pellita   thermo-vacuum treatment   color   surface chemical properties  
ACETYLATION OF PLANTATION SOFTWOOD WITHOUT CATALYSTS OR SOLVENTS被引量:7收藏 分享
作者:Sun, Bailing[1] Chai, Yubo[1] Liu, Junliang[1] Militz, Holger[2]
机构:Chinese Acad Forestry;Univ Gottingen
来源:WOOD RESEARCH  2019
关键词:Acerylation   plantation softwood   acetic anhydride   dimensional stability  
Application of NIR Spectroscopy to Estimate of Mfa and Fiber Length of Neosinocalamus af finis被引量:6收藏 分享
作者:Sun Bai-ling[1] Chai Yu-bo[1] Huang An-min[1] Liu Jun-hang[1]
机构:Chinese Acad Forestry
来源:SPECTROSCOPY AND SPECTRAL ANALYSIS  2011
关键词:Near infrared spectroscopy   Partial least squares   Orthogonal signal correction   Neosinocalanius af finis Keng   Microfibril angle   Fiber length  
INVESTIGATION OF VOLATILE PRODUCTS RELEASED DURING VACUUM HEAT TREATMENT OF LARCH WOOD被引量:5收藏 分享
作者:Wang, Zhe[1] Sun, Bailing[1] Liu, Junliang[1]
机构:Chinese Acad Forestry
来源:WOOD RESEARCH  2017
关键词:Larch wood   vacuum heat treatment   aldehydes   acids and alcohols   VOC   HPLC   GC   TD-GC-MS  
Assessment of the Physico-mechanical, Thermal, and Morphological Properties of Rubber Wood Modified with Silica Sol in Combination with GU/GMU Resins被引量:5收藏 分享
作者:Ping, Lijuan[1] Chai, Yubo[1] Sun, Bailing[1] Liu, Junliang[1]
机构:Chinese Acad Forestry
来源:BIORESOURCES  2020
关键词:Rubber wood   Modification   Silica sol   Glyoxal-urea resin   Glyoxal-melamine-urea resin  
真空热处理人工林落叶松木材吸湿性变化机理研究被引量:4收藏 分享
作者:王喆[1,2] 刘君良[1] 孙柏玲[1] 曹金珍[2]
机构:中国林业科学研究院木材工业研究所;北京林业大学材料科学与技术学院
来源:《光谱学与光谱分析》  2017
关键词:落叶松  热处理  动态水蒸气吸附  傅里叶变换红外光谱  X射线光电子能谱  X射线衍射  
摘要:热处理是一种环境友好型的木材改性方法,可提高木材的耐腐性和尺寸稳定性。研究以落叶松木材为试验材料,在处理温度200℃的条件下,对其进行了不同时间的真空热处理。利用动态水蒸气吸附(DVS)对热处理前后木材吸湿性的变化进行了...
其他来源数据库:万方期刊数据库同方期刊数据库
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Estimation of the Physical and Mechanical Properties of Neosinocalamus Af finins Using Near infrared Spectroscopy被引量:3收藏 分享
作者:Liu Jun-liang[1] Sun Bai-ling[1] Yang Zhong[1]
机构:Chinese Acad Forestry
来源:SPECTROSCOPY AND SPECTRAL ANALYSIS  2011
关键词:Near infrared spectroscopy   Backward interval partial least squares   Neosinocalamus af finins   Physical and mechanical properties  
Effect of Vacuum Heat Treatment on Larch Earlywood and Latewood Cell Wall Properties被引量:2收藏 分享
作者:Sun, Bailing[1] Zhang, Yamei[1] Su, Yingying[1] Wang, Xiaoqing[1] Chai, Yubo[1]
机构:Chinese Acad Forestry
来源:FORESTS  2023
关键词:vacuum heat treatment   larch   cell wall   hygroscopicity   nanomechanics  
The influence of vacuum heat treatment on the pore structure of earlywood and latewood of larch被引量:1收藏 分享
作者:Sun, Bailing[1] Su, Yingying[1] Wang, Xiaoqing[1] Chai, Yubo[1]
机构:Chinese Acad Forestry
来源:HOLZFORSCHUNG  0
关键词:early and late larch wood   mercury intrusion porosimetry   nitrogen adsorption   pore structure   vacuum heat treatment  
In Polymerization of Environment Friendly Melamine-Urea-Glyoxal Resin in Rubber Wood for Improved Physical and Mechanical Properties被引量:1收藏 分享
作者:Ping, Lijuan[1,2] Chai, Yubo[1] Zhang, Fangwen[2] Sun, Bailing[1] Liu, Junliang[1]
机构:Chinese Acad Forestry;Beijing New Bldg Mat Grp Corp
来源:INTERNATIONAL JOURNAL OF POLYMER SCIENCE  2021
关键词:Additives - Biomechanics - Building materials - Energy dispersive spectroscopy - Mechanical properties - Metabolism - Rubber - Scanning electron microscopy - Urea - Wood products  
Radial cracks in Castanopsis hystrix wood and its dimensional stability improvement by resin-impregnated modification被引量:0收藏 分享
作者:Meng, Surong[1] Su, Yingying[1] Huang, Anmin[1] Sun, Bailing[1]
机构:Chinese Acad Forestry
来源:HOLZFORSCHUNG  2023
关键词:Castanopsis hystrix wood   radial cracks   resin-impregnated modification   dimensional stability   DVS  
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