APA

Wang T., Can I., Zhang S., He J., Sun P., Liu F. & Lu G. (20180730). Self-Assembly Template Driven 3D Inverse Opal Microspheres Functionalized with Catalyst Nanoparticles Enabling a Highly Efficient Chemical Sensing Platform. : ACS applied materials & interfaces.

Chicago

Wang Tianshuang, Can Inci, Zhang Sufang, He Junming, Sun Peng, Liu Fangmeng and Lu Geyu. 20180730. Self-Assembly Template Driven 3D Inverse Opal Microspheres Functionalized with Catalyst Nanoparticles Enabling a Highly Efficient Chemical Sensing Platform. : ACS applied materials & interfaces.

Harvard

Wang T., Can I., Zhang S., He J., Sun P., Liu F. and Lu G. (20180730). Self-Assembly Template Driven 3D Inverse Opal Microspheres Functionalized with Catalyst Nanoparticles Enabling a Highly Efficient Chemical Sensing Platform. : ACS applied materials & interfaces.

MLA

Wang Tianshuang, Can Inci, Zhang Sufang, He Junming, Sun Peng, Liu Fangmeng and Lu Geyu. Self-Assembly Template Driven 3D Inverse Opal Microspheres Functionalized with Catalyst Nanoparticles Enabling a Highly Efficient Chemical Sensing Platform. : ACS applied materials & interfaces. 20180730.