Nano werk (December 2016)
Improving the mechanical properties of polymer gels through molecular design [LINK]
Nano werk (December 2016) Read More »
News
Open Nanofabrication (December 2016)
Improving the mechanical properties of polymer gels through molecular design [LINK]
Open Nanofabrication (December 2016) Read More »
Science Daily (December 2016)
Improving the mechanical properties of polymer gels through molecular design [LINK]
Science Daily (December 2016) Read More »
Phys Org (December 2016)
Improving the mechanical properties of polymer gels through molecular design [LINK]
Phys Org (December 2016) Read More »
A study by Abu Bin Imran was introduced in the highlight paper of Nagoya University academic research & industry-academia-government collaboration website.
A study by Abu Bin Imran was introduced in the highlight paper of Nagoya University academic research & industry-academia-government collaboration website. Link
Daily News (October 2014)
Extremely stretchable hydrogels may be used in artificial muscles. Link
Daily News (October 2014) Read More »
k-online news (October 2014)
Extremely stretchable hydrogels may be used in artificial muscles. Link
k-online news (October 2014) Read More »
Nature Asia (October 2014)
Extremely stretchable thermosensitive hydrogels by introducing slide-ring polyrotaxane cross-linkers and ionic groups into the polymer network. Link
Nature Asia (October 2014) Read More »
Press release Nagoya University (October 2014)
Press release Nagoya University (October 2014) Link
Press release Nagoya University (October 2014) Read More »
Phys Org (October 2014)
“Extremely stretchable hydrogels may be used in artificial muscles” Link
Phys Org (October 2014) Read More »