Zeyu Technology's in-situ TEM/SEM solutions have helped nearly 50 university/institute users publish a large number of high-quality research results. In order to further develop the user's research ideas, the public will continue to update some original research results in the future to help users better play the PicoFemto.®Function of the sample rod in situ.

liquid environmental transmission electron microscopy technology has developed rapidly in the past ten years and has been widely used in many fields such as material science, electrochemistry, environment and mineralogy, life science, etc. For example, comparing the classical material growth model, exploring the nucleation and growth mechanism of materials at the micro scale; Studying the real-time change of battery working electrode and the etching and dissolution of noble metal catalyst; to study the agglomeration and dissolution of environmental functional materials, and to simulate the role of bacteria and proteins in biological tissues.

Use the PicoFemto of Zeyou Technology®In situ sample rod, we can use the resolution advantage of transmission electron microscopy, as well as the various analytical functions of electron microscopy to study the morphology and structure evolution of materials in liquid environment after electron beam induction or electrical excitation.

In this issue, the editor will show you some PicoFemto to use.®Data of single particle Brownian motion and electron beam induced silver particle growth collected by in situ liquid sample rod:

1. single gold particle Brownian motion trajectory tracking

motion trajectory of single gold nanoparticle in aqueous solution for about 3 min

note: in situ TEM observation of single particle Brownian motion video in liquid, please pay attention to the public number or find customer service.

2. Electron Beam Induced Silver Nanoparticle Growth

Silver Particle Growth Phenomenon and Corresponding Simplified Crystal Structure Model

Note: TEM In-situ Observation of Electron Beam Induced Silver Particle Growth Video Please Pay Attention to Public Number or Call Customer Service for View.

PicoFemto used in this experiment®In situ liquid-electrochemical sample rod