2024年4月11日发(作者：)

不挥发物与附着力的关系

## The Relationship between Non-Volatiles and Adhesion.

### English Answer:

The relationship between non-volatiles and adhesion is

complex and depends on a number of factors, including the

type of non-volatile, the surface energy of the substrate,

and the thickness of the non-volatile layer.

In general, non-volatiles increase adhesion by

increasing the surface energy of the substrate. Surface

energy is a measure of the force required to separate two

objects in contact. The higher the surface energy, the

stronger the adhesion. Non-volatiles increase surface

energy by forming strong bonds with the substrate. These

bonds can either be covalent bonds or hydrogen bonds.

The thickness of the non-volatile layer also affects

adhesion. A thin layer of non-volatile can increase

adhesion by increasing the surface area of the substrate

that is in contact with the adhesive. A thick layer of non-

volatile, on the other hand, can decrease adhesion by

preventing the adhesive from coming into contact with the

substrate.

### 中文回答：

非挥发物和附着力之间的关系很复杂，取决于许多因素，包括

非挥发物的类型、基材的表面能以及非挥发层厚度。

一般来说，非挥发物通过增加基材表面能来增加附着力。表面

能是分离接触的两物体所需的力的度量。表面能越高，附着力越强。

非挥发物通过与基材形成牢固的键合来提高表面能。这些键可以是

共价键或氢键。

非挥发层的厚度也会影响粘附性。薄薄的非挥发层可以通过增

加与粘合剂接触的基材表面积来增加附着力。另一方面，厚厚的非

挥发层可以通过阻止粘合剂与基材接触来降低附着力。