@article{oai:iot.repo.nii.ac.jp:00000178,
 author = {大塚, 秀三 and 八木, 修 and 鈴木, 和参 and 上船, 慎也 and OTSUKA, Shuzo and YAGI, Osamu and SUZUKI, Kazumi and UEFUNE, Shinya},
 issue = {2},
 journal = {ものつくり大学紀要, The Bulletin of Institute of Technologists},
 month = {},
 note = {In order to improve in concrete surface durability with retaining its low gloss, two types of silane penetrant (silane 1 and silane 2), one type of silane-siloxane surface coating material and the standard commercial penetrant were examined. The silane penetrants having different reaction speeds were individually coated on the concrete surface. The silane 1 deeply penetrated than the silane 2. However, the silane 2 which reacts faster than the silane 1 showed the excellent properties of preventing water permeability, carbonation and chloride-ion penetration. This is supposed that it generated steadier and thicker siloxane-bond network in the inner side of the pores of the treated concrete than the other. Treatment with both silane and silane-siloxane layers showed much better properties than a single treatment of them. The combination of the silane 2 and silane-siloxane layers gave the best durability to the concrete surface among the surface treatment materials. The gloss measurement showed that the specimens coated with the silanes had low glosses as same as the untreated one. On the other hand, the specimens with the silane-siloxane resulted having high glosses because of its own large gloss., 本研究では，両者の欠点を相互に補完する目的で，シラン系含浸材とシラン・シロキサン系表面塗布材の併用によるコンクリート表面特性の改質を行い，その表面保護性能について検討した．
ここでは，JSCE-K571-2004³)に基づく表面保護性能の評価に加え，光沢度へ及ぼす影響について検討した結果を報告する．},
 pages = {48--53},
 title = {シラン系含浸材とシラン・シロキサン系表面塗布材の併用による コンクリートの表面改質に関する研究},
 year = {2011},
 yomi = {オオツカ, シュウゾウ and ヤギ, オサム and スズキ, カズミ and ウエフネ, シンヤ}
}