Jiaqing Yan

Principle of Energy Storage in Liquid Lithium-Ion Batteries

Conventional academic views generally attribute the energystorage mechanism of liquid lithium-ion batteries to the reversible formation and fracture of lithium carbon chemical bonds, and regard chemical bond energy as the main carrier of battery energy. This paper re-examines the...

Principle of Solid State Lithium-Ion Batteries

Conventional electrochemical views interpret the charge discharge processes of solid state lithium ion batteries as reversible formation and cleavage of chemical bonds between lithium carbon and lithium metal phases, regarding chemical bond energy as the main carrier of battery e...

Mechanism of Magnetic Coupling and Electrostatic Repulsion

An archived preprint points out that nanoscale nearfield adsorption on nonmacroscopically magnetic solid surfaces originates from microscopic magneticdipole coupling formed by the spin and orbital motion of surface electrons. Solid interfaces universally exhibit dual electrostati...

Microscopic Mechanism of Interaction between Two Parallel Solid Plates at Close Range

Two parallel solid plates without macroscopic magnetism show no observable interaction at ordinary separation, yet when the gap shrinks to the microscopic close range, a weak mutual attraction spontaneously appears at the interface. The existing mainstream theories explain this c...

A New Energy Storage Mechanism of Solid-State Batteries

Current mainstream research on solid state batteries always follows traditional electrochemical theory. It attributes battery energy storage and charge discharge behaviors to redox chemical reactions of electrodes, and regards core bottlenecks such as lithium dendrite growth, int...

Microscopic Mechanism of Interaction between Two Parallel Solid Plates at Close Range

Two parallel solid plates without macroscopic magnetism show no observable interaction at ordinary separation, yet when the gap shrinks to the microscopic close range, a weak mutual attraction spontaneously appears at the interface. The existing mainstream theories explain this c...

The Only Origin Mechanism of Metal Lattice Formation

Traditional condensed matter physics relies heavily on phenomenological concepts such as metallic bonds, free electron gas, lattice energy, van der Waals forces and surface tension to interpret metal lattice formation, solidliquid phase transitions and atomic aggregation structur...

The Only Origin Mechanism of Metal Lattice Formation

Traditional condensed matter physics relies heavily on phenomenological concepts such as metallic bonds, free electron gas, lattice energy, van der Waals forces and surface tension to interpret metal lattice formation, solidliquid phase transitions and atomic aggregation structur...

Mechanism of Magnetic Coupling and Electrostatic Repulsion

An archived preprint points out that nanoscale nearfield adsorption on nonmacroscopically magnetic solid surfaces originates from microscopic magneticdipole coupling formed by the spin and orbital motion of surface electrons. Solid interfaces universally exhibit dual electrostati...

Microscopic Mechanism of Coincidence for Static Friction

Conventional physical explanations for static friction remain at the macroscopic phenomenological level and fail to reveal its underlying microscopic nature. Solid contact surfaces that look flat and smooth on a macroscopic scale cannot form perfect planes at the atomic microscop...

Microscopic Mechanism of Coincidence for Static Friction

Conventional physical explanations for static friction remain at the macroscopic phenomenological level and fail to reveal its underlying microscopic nature. Solid contact surfaces that look flat and smooth on a macroscopic scale cannot form perfect planes at the atomic microscop...

A New Energy Storage Mechanism of Solid-State Batteries

Current mainstream research on solid state batteries always follows traditional electrochemical theory. It attributes battery energy storage and charge discharge behaviors to redox chemical reactions of electrodes, and regards core bottlenecks such as lithium dendrite growth, int...