Denna sida på svenska Mathias Nero Stockholm University About me +46 706 33 93 55 Research projects Ongoing Completed p.TextInput { R transient java.lang.Object _data = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.publicInterfaces = 'com.polopoly.cm.app.policy.SingleValued'; R static java.lang.String p.mt = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.beanClass = 'com.polopoly.cm.app.policy.SingleValuePolicy'; RW java.lang.String value = 'Unraveling the local structure of Cellulose Nanocrystals using Scanning Electron Diffraction'; },ModelStore=com.polopoly.model.ModelStoreInMap Cellulose is an essential constituent in the architecture of plants, where it contributes with extraordinary properties in terms of strength and stiffness. Using scanning electron diffraction we are revealing details of its atomic structure. Edit the profile $presentationText
p.TextInput { R transient java.lang.Object _data = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.publicInterfaces = 'com.polopoly.cm.app.policy.SingleValued'; R static java.lang.String p.mt = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.beanClass = 'com.polopoly.cm.app.policy.SingleValuePolicy'; RW java.lang.String value = 'Unraveling the local structure of Cellulose Nanocrystals using Scanning Electron Diffraction'; },ModelStore=com.polopoly.model.ModelStoreInMap Cellulose is an essential constituent in the architecture of plants, where it contributes with extraordinary properties in terms of strength and stiffness. Using scanning electron diffraction we are revealing details of its atomic structure.
