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丂丂尋媶嬈愌 |
亙尨挊榑暥丒憤愢丒挊彂側偳亜 丂
丒2018擭
1. Yoshimura, T., Katsuragi, A., Shiwa, K., Fujioka, R., Solubility of Some Cellulose in Alkaline Urea Aqueous Solvent Systems Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 49, 1-4 (2018).
2. 媑懞棙晇, 嘦墳梡曇丂5.崅暘巕暘愅幚尡 堖暈嵽椏妛幚尡, 挬憅彂揦 (2018).
3. 媑懞棙晇, 巻偍傓偮儕僒僀僋儖偺媄弍揑壽戣, 寧姧偣傫偄(慇堐婡夿妛夛帍), 71(1), 39-42 (2018).
丒2016擭
1. Yoshimura, T., Hirao, N., and Fujioka, R., Preparation and characterization of biodegradable hydrogels based on ulvan, a polysaccharide from green seaweeds丆Polymers from Renewable Resources, 7(2)丆33-42 (2016).
2. 媑懞棙晇, 娐嫬挷榓宆崅暘巕嵽椏偺憂惢, KITEC INFORMATION, 279, 4-6 (2016).
3. Yoshimura, T., Hiraoka, Y., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydodrogels Based on Alginate: Effect of Crosslinker, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 47, 13-17 (2016).
4. 媑懞棙晇丆摗壀棷旤巕丆戞5復3愡 僙儖儘乕僗宯崅媧悈惈庽帀偺摿惈偲巻偍傓偮傊偺墳梡丆塹惗惢昳偲偦偺嵽椏奐敪丆媄弍忣曬嫤夛 (2016).
5. 媑懞棙晇丆2.1.4 婡擻惈嵽椏 f.偦偺懠偺婡擻惈嵽椏丆旐暈妛帠揟丆挬憅彂揦 (2016).
丒2015擭
1. 媑懞棙晇丆摗壀棷旤巕丆巻偍傓偮偺婎杮惈擻偲崅媧悈惈庽帀偺媄弍摦岦丆僩儔僀儃儘僕僗僩丆60(8)丆485-490 (2015).
2. Yoshimura, T., Kukita, Y., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydodrogels Based on Alginate: Effect of Crosslinking Procedure, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 46, 13-17 (2015).
3. 媑懞棙晇丆戞5復 旐暈嵽椏嘦 揤慠暔偺柾曧丆堖暈偺昐壢帠揟丆娵慞(2015).
丒2014擭
1. Yoshimura, T., Miyajima, K., and Fujioka, R., Green Composites of Sea Lettuce (Ulva ohnoi) and Poly(butylene succinate): Effect of Fillers, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 45, 35-38 (2014).
2. 媑懞棙晇丆惗妶嵽椏妛偺婎慴 傾僷儗儖偐傜寶抸傑偱丆戞2復 婎慴嘦亅嵽椏偺惈幙亅丆戞3復 崅暘巕嵽椏丆岝惗娰 (2014).
丒2013擭
1. Yoshimura, T., Iwami, M., and Fujioka, R., Preparation and Characterizaiton of Green Composites of Sea Lettuce (Ulva ohnoi) and Poly(butylene succinate), Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 44, 23-27 (2013).
2. 媑懞棙晇, 崅媧悈惈庽帀偺婎慴, PETROTECH, 36, 524-528 (2013).
3. 媑懞棙晇, 娐嫬挷榓宆崅媧悈惈庽帀偺憂惢, 婡擻嵽椏, 2013-Aug, 30-35 (2013).
4. 媑懞棙晇丆崅媧悈惈僙儖儘乕僗庽帀偺奐敪丆婡擻惈僙儖儘乕僗師尦嵽椏偺奐敪偲墳梡丆僔乕僄儉僔乕弌斉 (2013).
丒2012擭
1. Yoshimura, T., Matsumura, M., and Fujioka, R., Preparation and Characterizaiton of Superabsorbent Hydrogels from Carrageenan Crosslinked by Acid-base interaction, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 43, 1-4 (2012).
2. Yoshimura, T., Makino, H., and Fujioka, R., Synthesis and Propeties of Superabsorbent Hydrogels Based on Alginate: Effect of Taurine as Pendant Group, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 43, 5-8 (2012).
3. Yoshimura, T., Shin, S., and Fujioka, R., Preparation of Superabsorbent Hydrogels from Pectin Crosslinked by Divinylsulfone, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 43, 9-12 (2012).
4. 媑懞棙晇丆僙儖儘乕僗僫僲僼傽僀僶乕乛傾儈儞壔崌暔偺摿惈丆僙儖儘乕僗僫僲僼傽僀僶乕偺庽帀傊偺暘嶶媄弍偲墳梡帠椺丆媄弍忣曬嫤夛 (2012).
丒2011擭
1. Yoshimura, T., Kato, Y., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydrogels Based on Sodium Polyitaconate and Some Polysaccharides, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 42, 7-10 (2011).
2. Yoshimura, T., Negishi, M., and Fujioka, R., Attempted Synthesis of Superabsorbent Hydrogels Based on Sodium Polymalate and Their Properties, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 42, 11-14 (2011).
3. Yoshimura, T., Yamaguchi, K., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydrogels with Crosslinker Based on Cotton Cellulose, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 42, 15-19 (2011).
4. 媑懞棙晇丆巻偍傓偮偲栘嵽帒尮丆栘壢妛忣曬丆18(1), 8-11 (2011).
丒2010擭
1. Yoshimura, T., Kawano, Y., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydrogels Based on Glucomannan and Succinic Anhydride, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 41, 33-38 (2010).
2. 摗壀棷旤巕丆搶嶳朁巕丆崅尒捈巕丆屆揷栱塰巕丆媑懞棙晇丆傾僆僒傪尨椏偲偟偨奅柺妶惈嵻偺崌惉偲摿惈昡壙丆擔杮壠惌妛夛帍丆61(11)丆725-728 (2010).
丒2009擭
1. Yoshimura, T., Matsunaga, M., and Fujioka, R., Alginate-based superabsorbent hydrogels composed of carboxylic acid-amine interaction: preparation and characterization, E-polymers, 2009, no. 080, 1-8 (2009).
2. Fujioka, R., Tanaka, Y., and Yoshimura, T., Synthesis and Properties of Superabsorbent Hydrogels Based on Guar Gum and Succinic Anhydride, Journal of Applied Polymer Science, 114(1), 612-616 (2009).
3. Yoshimura, T., Ito, A., and Fujioka, R., Synthesis and Characterization of Superabsorbent Hydrogels Based on Chitosan and Succinic Anhydride, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 40, 21-25 (2009).
4. Yoshimura, T. and Fujioka, R., Salt and pH Responsive Properties of Hydrogels Based on Succinylated Cotton Cellulose and Chitin, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 40, 27-31 (2009).
丒2008擭
1. Yoshimura, T., Mine, Y., and Fujioka, R., Effect of Morphology and Backbone Structure on Absorption Speed of Some Superabsorbent Hydrogels, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 39, 7-11 (2008).
2. 媑懞棙晇丆摗壀棷旤巕丆僙儖儘乕僗宯崅媧悈惈庽帀丆Cellulose Communications丆15(2), 58-61 (2008).
丒2007擭
1. 摗壀棷旤巕丆壨栰桼婫丆媑懞棙晇丆僇儔僊乕僫儞丒僌儖僐儅儞僫儞宯暋崌懱偺崅媧悈惈庽帀偲偟偰偺摿惈昡壙丆崅暘巕榑暥廤丆64(2), 128-131 (2007).
2.Yoshimura, T., Shimuta, K., and Fujioka, R., Attempted Preparation and Characterization of Superabsorbent Hydrogels from Extracts of Sea Lettuce, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 38, 19-23 (2007).
3. 媑懞棙晇丆摗壀棷旤巕丆娐嫬挷榓宆崅媧悈惈庽帀偺憂惢丆働儈僇儖僄儞僕僯儎儕儞僌丆52(7)丆552-556 (2007).
丒2006擭
1. Yoshimura, T., Yoshimura, R., Seki, C., and Fujioka, R., Synthesis and Characterization of Biodegradable Hydrogels Based on Starch and Succinic Anhydride, Carbohydrate Polymers, 64(2), 345-349 (2006).
2. Yoshimura, T., Maeda, M., and Fujioka, R., Preparation and Characterization of Agar-based Superabsorbent Hydrogels, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 37, 1-5 (2006).
3. Yoshimura, T., Matsuo, K., and Fujioka, R., Novel Biodegradable Superabsorbent Hydrogels Derived from Cotton Cellulose and Succinic Anhydride: Synthesis and Characterization, Journal of Applied Polymer Science, 99(6), 3251-3256 (2006).
4. 媑懞棙晇丆庒徏殸岝丂攷懡榩丒榓敀姳妰偵堎忢敪惗偟偰偄傞傾僆僒懳嶔丆娐嫬 乮嬨廈戝妛摿庩攑塼張棟巤愝峀曬乯21丆3-6 (2006).
丒2005擭
1. Yoshimura, T., Ochi, Y., and Fujioka, R., Synthesis and Properties of Hydrogels Based on Polyaspartamides with Various Pendants, Polymer Bulletin, 55(5), 377-383 (2005).
2. Yoshimura, T., Uchikoshi, I., Yoshiura, Y., and Fujioka, R., Synthesis and Characterization of Novel Biodegradable Superabsorbent Hydrogels Based on Chitin and Succinic Anhydride, Carbohydrate Polymers, 61(3), 322-326 (2005).
3. Yoshimura, T., Sengoku, K., and Fujioka, R., Pectin-based Superabsorbent Hydrogels Crosslinked by Some Chemicals: Synthesis and Characterization, Polymer Bulletin, 55(1-2), 123-129 (2005).
4. Yoshimura, T., Komatsu, M., and Fujioka, R., Synthesis and Properties of Alginate-based Superabsorbents, Bulletin of Facuty of Human Environmental Science, Fukuoka Women's University, 36, 63-67 (2005).
5. Matsuo, K., Fujioka, R., and Yoshimura, T., Synthesis and Swelling Properties of Biodegradable Superabsorbents Derived from Cotton Cellulose, Bulletin of Faculty of Human Environmental Science, Fukuoka Women's University, 36, 57-61 (2005).
6. 媑懞棙晇丆摽塱暀巕丆摗壀棷旤巕丆僇儔僊乕僫儞偺崅媧悈惈庽帀偲偟偰偺摿惈昡壙丆崅暘巕榑暥廤丆62(7), 331-334 (2005).
7. 媑懞棙晇丆徏旜崄怐丆摗壀棷旤巕丆庬乆偺柸壴傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙丆崅暘巕榑暥廤丆62(7), 321-325 (2005).
8. 摗壀棷旤巕丆壛摗夒巕丆媑懞棙晇丆億儕傾儈僪巁宯崅媧悈惈庽帀偺崌惉偲惈幙丆崅暘巕榑暥廤丆62(9), 441-444 (2005).
9. 媑懞棙晇丆徏旜崄怐丆摗壀棷旤巕丆庬乆偺柸惢昳傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙丆擔杮壠惌妛夛帍丆56(9), 627-632 (2005).
亙妛夛敪昞亜
丒2017擭
1. 媑懞棙晇丆摗壀棷旤巕丆嶳揷梲嶰丆壝暃恖暥丆巊梡嵪傒巻偍傓偮偺儕僒僀僋儖偵娭偡傞尋媶乮擔杮壠惌妛夛戞69夞戝夛丆2017擭5寧丆撧椙乯
2. 嶳幯婫丆摗壀棷旤巕丆媑懞棙晇丆嶳揷梲嶰丆壝暃恖暥丆巊梡嵪傒巻偍傓偮偵娷傑傟傞僾儔僗僠僢僋惉暘偺桳岠棙梡偵娭偡傞尋媶乮擔杮壠惌妛夛戞69夞戝夛丆2017擭5寧丆撧椙乯
3. 摽娵奊棦崄丆摗壀棷旤巕丆媑懞棙晇丆悈梟攠拞偱偺僇儖儃僉僔儊僠儖僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮擔杮壠惌妛夛戞69夞戝夛丆2017擭5寧丆撧椙乯
4丏嶳幯婫丆摗壀棷旤巕丆媑懞棙晇丆嶳揷梲嶰丆壝暃恖暥丆巊梡嵪傒巻偍傓偮偵娷傑傟傞僾儔僗僠僢僋惉暘偺桳岠棙梡偵娭偡傞尋媶乮戞54夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2017擭7寧丆暉壀乯
5. 摽娵奊棦崄丆摗壀棷旤巕丆媑懞棙晇丆悈梟攠拞偱偺僇儖儃僉僔儊僠儖僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞54夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2017擭7寧丆暉壀乯
6. 崅嶳幯婫丆摗壀棷旤巕丆媑懞棙晇丆嶳揷梲嶰丆壝暃恖暥丆巊梡嵪傒巻偍傓偮偵娷傑傟傞僾儔僗僠僢僋惉暘偺桳岠棙梡偵娭偡傞尋媶乮暯惉29擭搙慇堐妛夛廐婜尋媶敪昞夛丆2017擭11寧丆媨嶈乯
7. 摽娵奊棦崄丆摗壀棷旤巕丆媑懞棙晇丆悈梟攠拞偱偺僇儖儃僉僔儊僠儖僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉29擭搙慇堐妛夛廐婜尋媶敪昞夛丆2017擭11寧丆媨嶈乯
8. Takayama, S., Fujioka, R., Yoshimura, T., Yamada, Y., Kazoe, H., Effective utilization of plastics in used disposable diapers (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (18th and Fibers (16th), Kitakyushu, Japan)
9. Tokumaru, E., Fujioka, R., Yoshimura, T., Synthesis of Superabsorbent Hydrogels based on Carboxymethylcellulose in Aqueous Media and their Properties (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (18th) and Fibers (16th), Kitakyushu, Japan)
丒2016擭
1.丂嶳揷桪棟巕丆媏抮桽旤壚丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔儊僠儖僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞53夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2016擭7寧丆暉壀乯
2.丂摽娵奊棦崄丆嶳嵷悿丆摗壀棷旤巕丆媑懞棙晇丆悈梟攠拞偱偺僙儖儘乕僗桿摫懱偺崌惉偵娭偡傞尋媶乮戞53夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2016擭7寧丆暉壀乯
3.丂崅嶳幯婫丆摗壀棷旤巕丆媑懞棙晇丆嶳揷梲嶰丆壝暃恖暥丆巊梡嵪傒巻偍傓偮偵娷傑傟傞僾儔僗僠僢僋惉暘偺桳岠棙梡偵娭偡傞尋媶乮戞53夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2016擭7寧丆暉壀乯
4.丂娾懞恀斂丆埢屗擔壚浠丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒偐傜巻傪摼傞専摙 -傾儖僊儞巁宯擲寢嵻偺岠壥-乮戞53夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2016擭7寧丆暉壀乯
5.丂媑懞棙晇丆巻偍傓偮儕僒僀僋儖偺媄弍揑壽戣乮慇堐儕僒僀僋儖媄弍尋媶夛 戞121夞忣曬岎姺夛丆2016擭11寧丆嫗搒乯
6.丂Yoshimura, T., Nakashima, M., Fujioka, R., Synthesis and Properties of Superabsorbent Hydrogels Based on Guar Gum and Glutaric Anhydride (IPC2016, Fukuoka, Japan)
丒2015擭
1.丂媑懞棙晇, 拞懞悙曚丆摗壀棷旤巕丆傾僆僒傪尨椏偲偟偨惗妶帒嵽偺憂惢 -巻傪椺偲偟偰-乮擔杮壠惌妛夛戞68夞戝夛丆2015擭5寧丆惙壀
2.丂旜宍偡傒傟丆拞搰搷巕丆摗壀棷旤巕丆媑懞棙晇丆僌儖僞儖巁僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞52夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2015擭6寧丆暉壀乯
3.丂崅嶳幯婫丆拞懞悙曚丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒偐傜巻傪摼傞専摙 -擲寢嵻偺岠壥-乮戞52夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2015擭6寧丆暉壀乯
4.丂旜宍偡傒傟丆拞搰搷巕丆摗壀棷旤巕丆媑懞棙晇丆僌儖僞儖巁僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉27擭搙戞45夞慇堐妛夛壞婫僙儈僫乕丆2015擭7寧丆暉壀乯
5.丂崅嶳幯婫丆拞懞悙曚丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒偐傜巻傪摼傞専摙 -擲寢嵻偺岠壥-乮暯惉27擭搙戞45夞慇堐妛夛壞婫僙儈僫乕丆2015擭7寧丆暉壀乯
6.丂Ogata, S., Nakashima, M., Fujioka, R., and Yoshimura, T., Synthesis and Properties of Superabsorbent Hydrogels Based on Guar Gum and Glutaric Anhydride (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (17th and Fibers (15th), Pusan, Korea)
7.丂Takayama, S., Nakamura, M., Fujioka, R., and Yoshimura, T., Preparation of paper based on sea lettuce; Effect of additives (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (17th and Fibers (15th), Pusan, Korea)
丒2014擭
1.丂媑懞棙晇, 摗壀棷旤巕丆懡摐椶宯崅媧悈惈庽帀偺崌惉偲惈幙乮崅暘巕崌惉僔儞億僕僂儉丆2014擭4寧丆嫗搒乯
2.丂杒屼栧搷巕丆嶳嶈瀤丆摗壀棷旤巕丆媑懞棙晇丆僕僇儖儃僉僔儊僠儖僙儖儘乕僗偺崌惉偲惈幙乮戞51夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2014擭7寧丆暉壀乯
3.丂拞搰搷巕丆抮敥憗婭丆摗壀棷旤巕丆媑懞棙晇丆僌儖僞儖巁僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞51夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2014擭7寧丆暉壀)
丒2013擭
1.丂媑懞棙晇, 搶嶳朁巕, 崅尒捈巕, 屆揷栱惗巕, 摗壀棷旤巕, 傾僆僒傪尨椏偲偟偨奅柺妶惈嵻偺崌惉偲摿惈昡壙乮擔杮壠惌妛夛戞65夞戝夛丆2013擭5寧丆搶嫗乯
2.丂媑懞棙晇丆徏塱怐壒丆摗壀棷旤巕丆僌儖僞儖巁僉僠儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞62夞崅暘巕妛夛擭師戝夛丆2013擭5寧丆嫗搒乯
3.丂媑懞棙晇丆徏塱怐壒丆摗壀棷旤巕丆僉僠儞偍傛傃僌儖僞儖巁柍悈暔偐傜側傞崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉25擭搙慇堐妛夛擭師戝夛丆2013擭6寧丆搶嫗乯
4. 抮敥憗婭丆暯旜撧乆丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒拪弌暔傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞50夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2013擭7寧丆暉壀乯
5.丂杮恀墰丆徏塱怐壒丆摗壀棷旤巕丆媑懞棙晇丆僌儖僞儖巁僉僠儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞50夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2013擭7寧丆暉壀乯
6.丂嶳嶈瀤丆暯壀桼孿丆摗壀棷旤巕丆媑懞棙晇丆僗儖儂僄僠儖僙儖儘乕僗宯崅媧悈惈庽帀偵偍偗傞壦嫶曽朄偺専摙乮戞50夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2013擭7寧丆暉壀乯
丒2012擭
1.丂Yoshimura, T., Ueda, M., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydrogels Based on Cellulose and Glutaric Anhydride (The 9th SPSJ International Polymer Conference, Dec,2012, Kobe, Japan)
2.丂弔嶳桭棦丆峀廳嶇巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒丒億儕擕巁僌儕乕儞僐儞億僕僢僩偺奐敪丂僄億僉僔揧壛嵻偺塭嬁乮庒庤尋媶幰徿庴徿島墘, 慇堐妛夛惣晹巟晹島墘夛, 尒妛夛, 2012擭11寧, 挿嶈乯
3.丂Otsuka, M., Fujioka, R. and Yoshimura, T., Complex Formation of Cellulose Derivatives and Amine Compounds (The 3rd International Cellulose Conference, Oct, 2012, Sapporo, Japan)
4. Nishijima, M., Fujioka, R. and Yoshimura, T., Synthesis and Properties of Superabsorbent Hydrogels Based on Cellulose Sulfate and Chitin Sulfate (The 3rd International Cellulose Conference, Oct, 2012, Sapporo, Japan)
5.丂Yoshimura, T., Ueda, M., and Fujioka, R., Synthesis and Properties of Superabsorbent Hydrogels Based on Cellulose and Glutaric Anhydride (The 3rd International Cellulose Conference, Oct, 2012, Sapporo, Japan)
6.丂惣搰柧浠丆摗壀棷旤巕丆媑懞棙晇丆棸巁僉僠儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞19夞擭師戝夛丆2012擭7寧丆柤屆壆乯
7.丂戝捤 垽丆摗壀棷旤巕丆媑懞棙晇丆僙儖儘乕僗僫僲僼傽僀僶乕偲傾儈儞壔崌暔偐傜側傞暋崌懱偵娭偡傞婎慴専摙乮僙儖儘乕僗妛夛戞19夞擭師戝夛丆2012擭7寧丆柤屆壆乯
8.丂摗壀棷旤巕丆娾尒旤撨丆媑懞棙晇丆僌儖僞儖巁僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞19夞擭師戝夛丆2012擭7寧丆柤屆壆乯
9.丂弔嶳桭棦丆峀廳嶇巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒丒億儕擕巁僌儕乕儞僐儞億僕僢僩偺奐敪丂僄億僉僔揧壛嵻偺塭嬁乮戞49夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2012擭6寧丆暉壀乯
10.丂埨晲 桰丆忋揷 搷巕丆摗壀 棷旤巕丆媑懞 棙晇丆僌儖僞儖巁僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞49夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2012擭6寧丆暉壀乯
11.丂惣搰柧浠丆摗壀棷旤巕丆媑懞棙晇丆棸巁僉僠儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞49夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2012擭6寧丆暉壀乯
12.丂戝捤 垽丆摗壀棷旤巕丆媑懞棙晇丆僙儖儘乕僗僫僲僼傽僀僶乕偲傾儈儞壔崌暔偐傜側傞暋崌懱偵娭偡傞婎慴専摙乮戞49夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2012擭6寧丆暉壀)
丒2011擭
1. 媑懞棙晇丆摗壀棷旤巕丆娐嫬揔崌宆崅暘巕媧廂嵽偺奐敪丂媧悈晹暘傪悈愻僩僀儗偱棳偣傞巻偍傓偮幚尰傊偺挧愴乮擔杮壠惌妛夛戞63夞戝夛丆2011擭5寧丆搶嫗
2. 搶 愮恞丆摗壀棷旤巕丆媑懞棙晇丆敒傢傜丒僌儕乕儞僾儔僗僠僢僋宯暋崌懱偺挷惍偲摿惈昡壙乮戞48夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2011擭7寧丆暉壀乯
3. 惣搰柧浠丆摗壀棷旤巕丆媑懞棙晇丆棸巁僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞48夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2011擭7寧丆暉壀乯
4. 戝捤 垽丆摗壀棷旤巕丆媑懞棙晇丆僙儖儘乕僗僫僲僼傽僀僶乕偲傾儈儞壔崌暔偐傜側傞暋崌懱偵娭偡傞婎慴専摙乮戞48夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2011擭7寧丆暉壀乯
5. 暯壀桼孿丆忋栰 岝丆摗壀棷旤巕丆媑懞棙晇丆僌儕僙儘乕儖偍傛傃僕價僯儖僗儖儂儞傪尨椏偲偟偨崅暘巕嵽椏偺婎慴専摙乮戞48夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2011擭7寧丆暉壀乯
6. 峀廳嶇巕丆娾尒旤撨丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒丒億儕僽僠儗儞僒僋僔僱乕僩宯僐儞億僕僢僩偺奐敪乮戞48夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2011擭7寧丆暉壀乯
7. 惣搰柧浠丆摗壀棷旤巕丆媑懞棙晇丆棸巁僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞18夞擭師戝夛丆2011擭7寧丆挿栰乯
8.戝捤 垽丆摗壀棷旤巕丆媑懞棙晇丆僙儖儘乕僗僫僲僼傽僀僶乕偲傾儈儞壔崌暔偐傜側傞暋崌懱偵娭偡傞婎慴専摙乮僙儖儘乕僗妛夛戞18夞擭師戝夛丆2011擭7寧丆挿栰乯
9.搶 愮恞丆摗壀棷旤巕丆媑懞棙晇丆敒傢傜丒僌儕乕儞僾儔僗僠僢僋宯暋崌懱偺挷惍偲摿惈昡壙乮僙儖儘乕僗妛夛戞18夞擭師戝夛丆2011擭7寧丆挿栰乯
10. 摗壀棷旤巕丆娾尒旤撨丆媑懞棙晇丆傾僆僒丒億儕僽僠儗儞僒僋僔僱乕僩宯僐儞億僕僢僩偺奐敪乮僙儖儘乕僗妛夛戞18夞擭師戝夛丆2011擭7寧丆挿栰乯
11. 媑懞棙晇丆摗壀棷旤巕丆娐嫬挷榓崅媧悈惈庽帀偺奐敪乮慇堐妛夛廐婜尋媶敪昞夛丆2011擭9寧丆崄愳乯
12. 搶 愮恞丆摗壀棷旤巕丆媑懞棙晇丆敒傢傜丒僌儕乕儞僾儔僗僠僢僋宯暋崌懱偺挷惍偲摿惈昡壙乮慇堐妛夛廐婜尋媶敪昞夛丆2011擭9寧丆崄愳乯
13.惣搰柧浠丆摗壀棷旤巕丆媑懞棙晇丆棸巁僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮慇堐妛夛廐婜尋媶敪昞夛丆2011擭9寧丆崄愳乯
14.戝捤 垽丆摗壀棷旤巕丆媑懞棙晇丆僙儖儘乕僗僫僲僼傽僀僶乕偲傾儈儞壔崌暔偐傜側傞暋崌懱偵娭偡傞婎慴専摙乮慇堐妛夛廐婜尋媶敪昞夛丆2011擭9寧丆崄愳乯
15. Higashi, C., Fujioka, R. and Yoshimura, T., Preparation and Properties of Greeen Composites Based on Wheat Straw and Biodegradable Plastics (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (15th and Fibers (13th), Pusan, Korea)
16. Nishijima, M., Fujioka, R. and Yoshimura, T., Synthesis and Properties of Superabsorbent Hydrogels Based on Cellulose Sulfate (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (15th and Fibers (13th), Pusan, Korea)
17.Otsuka, M., Fujioka, R. and Yoshimura, T., Complex Formation of Cellulose Nanofiber and and Some Amine Compounds (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (15th and Fibers (13th), Pusan, Korea)
18.(Invited) Yoshimura, T. and Fujioka, R., Development of Biodegradable Superabsorbent Hydrogels Based on Cellulose and Related Polysaccharides (Pusan-Gyengnam/Kyushu-Seibu Joint Symposium on High Polymers (15th and Fibers (13th), Pusan, Korea)
丒2010擭
1. 嶿堜棞嵐丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔儊僠儖僆僉僔僾儘僺儖僙儖儘乕僗宯崅媧悈惈庽帀偺婎慴専摙乮戞47夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2010擭7寧丆暉壀乯
2. 惣搰柧浠丆憊 塶丆摗壀棷旤巕丆媑懞棙晇丆僗儖儂僄僠儖僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞47夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2010擭7寧丆暉壀乯
3. 暯旜撧乆丆彫墥偼傞嵷丆摗壀棷旤巕丆媑懞棙晇丆僗儖儂僄僠儖僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞47夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2010擭7寧丆暉壀乯
4. 搶愮恞丆摗壀棷旤巕丆媑懞棙晇丆僼儖乕僣宯僌儕乕儞僐儞億僕僢僩偺奐敪乮戞47夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2010擭7寧丆暉壀乯
5. 嶿堜棞嵐丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔儊僠儖僆僉僔僾儘僺儖僙儖儘乕僗宯崅媧悈惈庽帀偺婎慴専摙乮僙儖儘乕僗妛夛戞17夞擭師戝夛丆2010擭7寧丆崄愳乯
6. 摗壀棷旤巕丆彫墥偼傞嵷丆媑懞棙晇丆僗儖儂僄僠儖僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞17夞擭師戝夛丆2010擭7寧丆崄愳乯
7. 搶愮恞丆摗壀棷旤巕丆媑懞棙晇丆僼儖乕僣宯僌儕乕儞僐儞億僕僢僩偺奐敪乮僙儖儘乕僗妛夛戞17夞擭師戝夛丆2010擭7寧丆崄愳乯
8. 媑懞棙晇丆摗壀棷旤巕丆僙儖儘乕僗傪尨椏偲偟偨娐嫬挷榓宆崅媧悈惈庽帀偺奐敪乮埶棅島墘丆2010擭擔杮壔妛夛惣擔杮戝夛丆2010擭11寧丆孎杮乯
9. Yoshimura, T., and Fujioka, R., Development of Biodegradable Suprabsorbent Hydrogels based on Cellulose乮The 2010 International Chemical Congress of Pacific Basin Societies丆Hawaii, USA)
10. Sanui, R., Fujioka, R., and Yoshimura, T., Synthesis and characterization of superabsorbent hydrogels based on carboxymethyloxyalkylcellulose乮The 2010 International Chemical Congress of Pacific Basin Societies丆Hawaii, USA)
11. Higashi, C., Fujioka, R., and Yoshimura, T., Preparation and properties of green composites based on fruit peel and some biodegradable plastics乮The 2010 International Chemical Congress of Pacific Basin Societies丆Hawaii, USA)
丒2009擭
1. 媑懞棙晇丆僙儖儘乕僗偍傛傃娭楢懡摐傪婎嵽偲偟偨娐嫬弴墳宆崅媧悈惈庽帀偵娭偡傞尋媶乮暯惉20擭搙僙儖儘乕僗妛夛徿庴徿島墘丆2009擭7寧丆嶥杫乯
2. 摗壀棷旤巕丆徏搱彫宐丆媑懞棙晇丆傾僆僒宯僌儕乕儞僐儞億僕僢僩偺挷惍偲摿惈昡壙丂亅揧壛嵻偵傛傞椡妛摿惈岦忋偺帋傒亅乮僙儖儘乕僗妛夛戞16夞擭師戝夛2009擭7寧丆嶥杫乯
3. 嶿堜棞嵐丆徏尨桼壚丆彫揷尨愮徎丆摗壀棷旤巕丆媑懞棙晇丆柸僙儖儘乕僗宯崅媧悈惈庽帀偺奐敪 亅僇儖儃僉僔儊僠儖壔偍傛傃僗儖儂僄僠儖壔偺斾妑亅乮戞4夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2009擭7寧丆暉壀乯>
4. 搶愮恞丆徏搱彫宐丆摗壀棷旤巕丆媑懞棙晇, 傾僆僒宯僌儕乕儞僐儞億僕僢僩偺挷惍偲摿惈昡壙 亅揧壛嵻偵傛傞椡妛摿惈岦忋偺帋傒亅乮戞46夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2009擭7寧丆暉壀乯
5. 媑懞棙晇丆敀愳埱巕丆摗壀棷旤巕丆柸僙儖儘乕僗宯崅媧悈惈庽帀偺奐敪乮戞20夞崅暘巕僎儖摙榑夛丆2009擭1寧丆搶嫗乯
丒2008擭
1. Yoshimura, T., and Fujioka, R., Preparation of Suprabsorbent Hydrogels based on Cellulose and Chitin in Some Non-aqueous Aprotic Solvents and Their Characterization (American Chemical Society 235th National Meeting, New Orleans, April, 2008)
2. 憊塶丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔僄僠儖僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
3. 敀愳埱巕丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔僄僠儖僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
4. 抦擮埱嶇旤, 徏懞旤抦巕, 摽塱暀巕, 摗壀棷旤巕, 媑懞棙晇丆僇儔僊乕僫儞宯崅媧悈惈庽帀偺挷惍偲摿惈昡壙乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
5. 彫揷尨愮徎丆栰懞旤桼婭丆摗壀棷旤巕丆媑懞棙晇丆僙儖儘乕僗偍傛傃僋僄儞巁傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
6. 徏尨桼壚丆杚栰恗旤丆摗壀棷旤巕丆媑懞棙晇丆傾儖僊儞巁宯崅媧悈惈庽帀偺崌惉偲惈幙 -懁嵔抲姺婎偺塭嬁-乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
7. 徏搱彫宐丆椦 恀庽巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒宯僌儕乕儞僐儞億僕僢僩偺挷惍偲摿惈昡壙乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
8. 戝惣 晳丆屆揷栱惗巕丆摗壀棷旤巕, 媑懞棙晇丆傾僆僒宯奅柺妶惈嵻偺崌惉偲惈幙乮戞45夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2008擭7寧丆暉壀乯
9. 媑懞棙晇丆摗壀棷旤巕丆柸僙儖儘乕僗宯崅媧悈惈庽帀偺奐敪乮僙儖儘乕僗妛夛戞15夞擭師戝夛2008擭7寧丆嫗搒乯
10. 敀愳埱巕丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔僄僠儖僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞15夞擭師戝夛丆2008擭7寧丆嫗搒乯
11. 憊塶丆摗壀棷旤巕丆媑懞棙晇丆僇儖儃僉僔僄僠儖僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞15夞擭師戝夛丆2008擭7寧丆嫗搒乯
12. 摗壀棷旤巕丆椦 恀庽巕丆媑懞棙晇丆傾僆僒宯僌儕乕儞僐儞億僕僢僩偺挷惍偍傛傃摿惈昡壙乮僙儖儘乕僗妛夛戞15夞擭師戝夛丆2008擭7寧丆嫗搒
丒2007擭
1. Fujioka, R., Tanaka, Y., and Yoshimura, T., Synthesis and Properties of Superabsorbent Hydrogels Based on Guar Gum (The 2nd International Cellulose Conference, 2007, Funabori, October, 2007)
2. Yoshimura, T., Hayashi, M., and Fujioka, R., Preparation and Characterization of Composites of Sea Lettuce and Poly(lactic acid) (The 2nd InternationalCellulose Conference, 2007, Funabori, October, 2007)
3. 椦恀庽巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒丒億儕擕巁暋崌懱偺挷惢偲摿惈昡壙 乮戞44夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2007擭7寧丆暉壀)
4. 屆揷栱惗巕丆崅尒捈巕丆搶嶳朁巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒傪尨椏偲偟偨奅柺妶惈嵻偺崌惉偲惈幙乮戞44夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2007擭7寧丆暉壀)
5. 恑 棟旤丆揷拞桳崄棦丆摗壀棷旤巕丆媑懞棙晇丆僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞44夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2007擭7寧丆暉壀)
6. 摗壀棷旤巕丆揷拞桼崄棦丆媑懞棙晇丆僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞14夞擭師戝夛丆2007擭7寧丆惷壀)
7. 媑懞棙晇丆柸慇堐宯崅媧悈惈庽帀乮彽懸島墘丆暯惉19擭搙戞38夞慇堐妛夛壞婜僙儈僫乕丆2007擭9寧丆媨嶈)
8. 摗壀棷旤巕丆揷拞桼崄棦丆媑懞棙晇丆僌傾乕僈儉宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉19擭搙戞38夞慇堐妛夛壞婜僙儈僫乕丆2007擭9寧丆媨嶈乯
9. 椦恀庽巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒丒億儕擕巁暋崌懱偺挷惢偲摿惈昡壙乮暯惉19擭搙戞38夞慇堐妛夛壞婜僙儈僫乕丆2007擭9寧丆媨嶈)
10. 憊塶丆摗壀棷旤巕丆媑懞棙晇丆僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉19擭搙戞38夞慇堐妛夛壞婜僙儈僫乕丆2007擭9寧丆媨嶈)
11. 媑懞棙晇丆柸僙儖儘乕僗宯崅媧悈惈庽帀乮彽懸島墘丆僙儖儘乕僗妛夛惣晹巟晹僔儞億僕僂儉丆2007擭12寧丆暉壀)
丒2006擭
1. 崻娸旤宐巕丆徏塱旤桼婭丆摗壀棷旤巕丆媑懞棙晇丆巁墫婎憡屳嶌梡偵傛傞傾儖僊儞巁宯崅媧悈惈庽帀偺崌惉偲惈幙乮億僗僞乕徿庴徿島墘丆戞21夞慇堐妛夛惣晹巟晹島墘夛丒尒妛夛丆2006擭12寧丆嶳岥乯
2. 摗壀棷旤巕丆摽塱暀巕丆壨栰桼婫丆媑懞棙晇丆僇儔僊乕僫儞偍傛傃僌儖僐儅儞僫儞宯崅媧悈惈庽帀偺摿惈昡壙乮僙儖儘乕僗妛夛戞13夞擭師戝夛丆2006擭7寧丆搶嫗乯
3. 媑懞棙晇丆摗壀棷旤巕丆娐嫬挷榓宆崅媧悈惈庽帀偺憂惢乮彽懸島墘丆戞43夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2006擭7寧丆暉壀乯
4. 崅尒捈巕丆摽塱暀巕丆壨栰桼婫丆摗壀棷旤巕丆僇儔僊乕僫儞偍傛傃僌儖僐儅儞僫儞宯崅媧悈惈庽帀偺摿惈昡壙乮戞43夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2006擭7寧丆暉壀乯
5. 椦恀庽巕丆摗壀棷旤巕丆媑懞棙晇丆傾僆僒傪尨椏偲偟偨榓巻憂惢偺帋傒乮戞43夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2006擭7寧丆暉壀乯
6. 崻娸旤宐巕丆徏塱旤桼婭丆摗壀棷旤巕丆媑懞棙晇丆巁墫婎憡屳嶌梡偵傛傞傾儖僊儞巁宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞43夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2006擭7寧丆暉壀)
丒2005擭
1. Yoshimura, T., and Fujioka, R., Synthesis and Characterization of Novel Biodegradable Superabsorbent Hyddrogels Based on Cellulose and Chitin (Pacifichem 2005, Hawaii, December, 2005)
2. Fujioka, R., Matsuo, K., and Yoshimura, T., Novel Biodegradable Superabsorbent Hydrogels Derived from Cotton Cellulose: Synthesis and Characterization (The 8th SPSJ International Polymer Conference, Fukuoka, July, 2005)
3. Yoshimura, T., Uchikoshi, I., Yoshiura, Y., and Fujioka, R., Novel Biodegradable Superabsorbent Hydrogels Derived from Chitin: Synthesis and Characterization (The 8th SPSJ International Polymer Conference, Fukuoka, July, 2005)
4. 摗壀棷旤巕丆徏旜崄怐丆媑懞棙晇丆僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞12夞擭師戝夛丆2005擭7寧丆暉壀乯
5. 嶳杮備偐傝丆媑塝桾巕丆摗壀棷旤巕丆媑懞棙晇丆僉僠儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮戞42夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2005擭7寧丆暉壀乯
6. 曯桼婭丆徏旜崄怐丆摗壀棷旤巕丆媑懞棙晇丆庬乆偺柸壴偍傛傃柸惢昳傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞42夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2005擭7寧丆暉壀乯
丒2004擭
1.丂媑懞棙晇丆徏旜崄怐丆摗壀棷旤巕丆柸僙儖儘乕僗傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞53夞崅暘巕妛夛擭師戝夛丆2004擭5寧丆恄屗乯
2.丂媑懞棙晇丆徏旜崄怐丆摗壀棷旤巕丆柸僙儖儘乕僗偍傛傃僉僠儞傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉16擭搙慇堐妛夛擭師戝夛丆2004擭6寧丆搶嫗乯
3.丂媑懞棙晇丆摗壀棷旤巕丆僙儖儘乕僗宯崅媧悈惈庽帀偺憂惢乮僙儖儘乕僗妛夛惣晹巟晹愝棫婰擮島墘夛丆2004擭6寧丆墑壀乯
4.丂媑懞棙晇丆徏旜崄怐丆摗壀棷旤巕丆柸僙儖儘乕僗傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮僙儖儘乕僗妛夛戞11夞擭師戝夛丆2004擭7寧丆愬戜乯
5.丂徏旜崄怐丆摗壀棷旤巕丆媑懞棙晇丆柸僙儖儘乕僗傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞41夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2004擭7寧丆暉壀乯
6.丂媑懞椱旤丆娭愮宐巕丆摗壀棷旤巕丆媑懞棙晇丆僨儞僾儞傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞41夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2004擭7寧丆暉壀乯
7.丂媑塝桾巕丆懪墇堣旤丆摗壀棷旤巕丆媑懞棙晇丆僉僠儞傪尨椏偲偟偨崅媧悈惈庽帀偺崌惉偲惈幙乮戞係侾夞壔妛娭楢巟晹崌摨嬨廈戝夛丆2004擭7寧丆暉壀乯
8.丂媑懞棙晇丆摗壀棷旤巕丆娐嫬挷榓宆崅媧悈惈庽帀偺憂惢乮暯惉16擭搙慇堐妛夛廐婜尋媶敪昞夛丆2004擭9寧丆孎杮乯
9.丂徏旜崄怐丆摗壀棷旤巕丆媑懞棙晇丆柸僙儖儘乕僗宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉16擭搙慇堐妛夛廐婜尋媶敪昞夛丆2004擭9寧丆孎杮乯
10. 媑懞椱旤丆娭愮宐巕丆摗壀棷旤巕丆媑懞棙晇丆僨儞僾儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉侾俇擭搙慇堐妛夛廐婜尋媶敪昞夛丆2004擭9寧丆孎杮乯
11. 媑塝桾巕丆懪墇堣旤丆摗壀棷旤巕丆媑懞棙晇丆僉僠儞宯崅媧悈惈庽帀偺崌惉偲惈幙乮暯惉16擭搙慇堐妛夛廐婜尋媶敪昞夛丆2004擭9寧丆孎杮乯
12.摗壀棷旤巕丆壛摗夒巕丆媑懞棙晇丆億儕傾儈僪巁宯崅媧廂惈庽帀偺崌惉偲惈幙乮暯惉16擭搙慇堐妛夛廐婜尋媶敪昞夛丆2004擭9寧丆孎杮乯
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