Diffusion sheet structure

A diffusion sheet structure, comprising:

• a transparent substrate, comprising a first upper surface and a first lower surface;
• and
• a diffusion film disposed on the transparent substrate and comprising a plurality of nano diffusion particles and having a second upper surface and a second lower surface, and the second lower surface connected to the first upper surface;
• wherein each of the nano diffusion particles further comprises a first portion, a second portion, and a carrier;
• the carrier comprises silicon or carbon;
• the first portion is disposed on a side of the carrier, and the second portion is disposed on another side of the carrier;
• wherein light from a backlight module enters into the transparent substrate through the first lower surface and departs the transparent substrate through the first upper surface, and the light enters into the diffusion film through the second lower surface and departs the diffusion film through the second upper surface, and the light irradiates on to the plurality of nano diffusion particles, and is then diffused, and the plurality of nano diffusion particles transmit thermal energy from the backlight module on the diffusion film.

A diffusion sheet structure, comprising:

• a transparent substrate, comprising a first upper surface and a first lower surface;
• and
• a diffusion film disposed on the transparent substrate and comprising a diffusion layer, an organic matter layer, and a plurality of nano diffusion particles, and having a second upper surface and a second lower surface, and the second lower surface is connected to the first upper surface;
• wherein each of the nano diffusion particles further comprises a first portion and a second portion;
• the first portion forms the diffusion layer;
• and the diffusion layer comprises the second upper surface, and the second portion forms the organic matter layer, and the organic matter layer comprises the second lower surface;
• intermolecular force is generated between the second lower surface and the first upper surface;
• wherein light from a backlight module enters into the transparent substrate through the first lower surface and departs the transparent substrate through the first upper surface, and the light enters into the diffusion film through the second lower surface and departs the diffusion film through the second upper surface, and the light irradiates on to the plurality of nano diffusion particles, and is then diffused, and the plurality of nano diffusion particles transmit thermal energy from the backlight module on the diffusion film.