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Hui Ling Wen
Hui Ling Wen
Delta Group
Verified email at deltaww.com
Title
Cited by
Cited by
Year
Growth characteristics of boehmite-derived ultrafine theta and alpha-alumina particles during phase transformation
HL Wen, FS Yen
Journal of Crystal Growth 208 (1-4), 696-708, 2000
1422000
Examinations on the critical and primary crystallite sizes during θ-to α-phase transformation of ultrafine alumina powders
PL Chang, FS Yen, KC Cheng, HL Wen
Nano Letters 1 (5), 253-261, 2001
1162001
Size characterization of θ-and α-Al2O3 crystallites during phase transformation
HL Wen, YY Chen, FS Yen, CY Huang
Nanostructured Materials 11 (1), 89-101, 1999
1051999
θ-to α-phase transformation subsystem induced by α-Al2O3-seeding in boehmite-derived nano-sized alumina powders
FS Yen, HS Lo, HL Wen, RJ Yang
Journal of crystal growth 249 (1-2), 283-293, 2003
502003
Crystallite size growth and the derived dilatometric effect during θ-to α-phase transformation of nano-sized alumina powders
FS Yen, HL Wen, YT Hsu
Journal of crystal growth 233 (4), 761-773, 2001
452001
Mesoporous carbon material, fabrication method thereof and supercapacitor
S Bo-Jiun, DF Huang, CC Chen, HL Wen, RC Liang
US Patent 8,559,162, 2013
262013
Process for preparation of zirconium tungstate ceramic body, zirconium tungstate ceramic body prepared thereby, and temperature compensated fiber bragg grating device
HL Wen, J Lin, YL Lo
US Patent 6,936,235, 2005
72005
Manufacturing process for porous material
CC Chen, YD Luo, S Bo-Jiun, HL Wen, RC Liang
US Patent 8,993,052, 2015
62015
Manufacturing process for porous material
PF Chang, DF Huang, HL Wen, CH Wang, RC Liang
US Patent App. 13/204,197, 2012
32012
Magnetocaloric structure
L Chang, HL Wen, SP Meng, CJ Kuo
US Patent 8,524,107, 2013
22013
Differential Thermal Analysis of Theta to Alpha Phase Transformation of a Boehmite-Derived Ultrafine Alumina Powder
MS Hsu, HL Wen, FS Yen
Manuscript in preparation, 0
2
過量添加氧化鋯對反應燒結製備鎢酸鋯陶瓷影響之研究
溫惠玲, 謝烱勳, 林永生
材料科學與工程 35 (3), 160-166, 2003
2003
α-氧化铝生成的临界, 基础晶径及其超微粒粉末制作
颜富士, 郑功杰, 温惠玲
中国粉体技术, 8-14, 2000
2000
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Articles 1–13