@article{CTT100752975, author = {Hama Nagai and Xiaobin Liang and Yukihiro Nishikawa and Ken Nakajima and Kenji Urayama}, title = {Periodic Surface Undulation in Cholesteric Liquid Crystal Elastomers}, journal = {MACROMOLECULES}, year = 2016, } @article{CTT100733868, author = {Sungmin Kang and Lee, Eun-Woo and Li, Tianqi and Xiaobin Liang and Masatoshi Tokita and Ken Nakajima and junji watanabe}, title = {Two-Dimensional Skyrmion Lattice Formation in a Nematic Liquid Crystal Consisting of Highly Bent Banana Molecules.}, journal = {Angewandte Chemie (International ed. in English)}, year = 2016, } @article{CTT100724666, author = {Xiaobin Liang and Shi, Xuetao and Ostrovidov, Serge and Wu, Hongkai and Ken Nakajima}, title = {Probing stem cell differentiation using atomic force microscopy}, journal = {Applied Surface Science}, year = 2016, } @article{CTT100724662, author = {Ahadian, Samad and Zhou, Yuanshu and Yamada, Shukuyo and Estili, Mehdi and Xiaobin Liang and Ken Nakajima and Shiku, Hitoshi and Matsue, Tomokazu}, title = {Graphene induces spontaneous cardiac differentiation in embryoid bodies}, journal = {Nanoscale}, year = 2016, } @inproceedings{CTT100752984, author = {Ken Nakajima and Xiaobin Liang}, title = {Rubber-Filler Interface Visualized by Nanorheological Atomic Force Microscopy}, booktitle = {}, year = 2016, } @inproceedings{CTT100752983, author = {Ken Nakajima and Xiaobin Liang and Makiko Ito and So Fujinami}, title = {Highly heterogeneous nanomechanics of filled rubber systems}, booktitle = {}, year = 2016, } @inproceedings{CTT100710668, author = {Sungmin Kang and Eun-Woo Lee and Tianqi Li and Xiaobin Liang and Masatoshi Tokita and Ken Nakajima and Junji Watanabe}, title = {Nematic phase of Acute-angle Banana-shaped LC Molecule}, booktitle = {}, year = 2016, } @inproceedings{CTT100752981, author = {Ken Nakajima and Xiaobin Liang and Makiko Ito}, title = {AFM Nanomechanics on Various Rubbery Materials}, booktitle = {}, year = 2016, } @misc{CTT100724808, author = {中嶋 健 and 伊藤万喜子 and 梁 暁斌}, title = {原子間力顕微鏡を用いたフィラー/ポリマー界面のナノ領域での構造・物性解析アプローチ}, year = 2016, }