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ZEPTOOLS

Scientific Research

Scientific Research


The scanning electron microscopes and in-situ measurement systems developed independently by ZEPTOOLS have achieved numerous high-impact research outcomes in cutting-edge scientific projects.

Solution

Solution


ZEM15 takes you to see the world-chrysanthemum pollen under desktop scanning electron microscope

The last issue of "ZEM15 Take You to See the World" Xiaobian used ZEM15 to shoot onion lotus pollen for everyone, I wonder if you guys feel like Xiaobian has opened the door to a new world.

NanoLetters: Professor Huang Jianyu of Yanshan University Freeze transport and in situ FIB technology were used to study the failure mechanism of lithium battery

FIB/SEM double beam electron microscope is widely used in the preparation of material samples, whether it is the magic nano paper cutting or the nano micro column of test mechanics are inseparable from the precision processing of FIB.

Small Methods: Gao Yihua's team at Huazhong University of Science and Technology used in-situ electron microscopy to reveal the charge-discharge behavior and mechanical properties of nano-ion batteries.

As we all know, although lithium-ion batteries have been widely used, the scarcity of lithium resources forces people to explore alternatives.

ZEM15 takes you to see the world-standing medicine under the desktop scanning electron microscope.

If you don't know the true face of Lushan Mountain, why not try ZEM15? Hello, everyone, the popular science program "ZEM15 takes you to see the world" of the electron microscope, which pays attention to the things around you, has met with you again. This issue uses ZEM15 desktop scanning electron microscope to show you the standing medicine around.

Adv. Mater.: National Nano Center for In-situ Identification of Nanoscale Biomolecules in Liquids Using Infrared Spectroscopy

The identification of biomolecules in aqueous solution by Fourier transform infrared spectroscopy provides an in-situ, real-time and non-destructive method for exploring the structure, reaction and transfer process of bioactive molecules. However, the strong absorption of the infrared spectrum of the aqueous solution masks the respective vibrational fingerprints of the biomolecules, which makes the application of this method challenging.

Nano Lett.: Queensland Institute of Technology uses in situ TEM to reveal the opto-mechanical properties of two-dimensional materials

Two-dimensional nanomaterials exhibit a variety of electro-mechanical and electro-optical properties and are expected to be applied to strain sensing devices, flexible energy storage devices, flexible diodes, transistors, detectors and diagnostic devices. In the past research, we are more to load the force to the direction perpendicular to the atomic surface of the two-dimensional material, to study the change of flexible devices.
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