Nu am putut găsi această intrare. Se afișează rezultate aproximative. Verificați ortografia sau propuneți adăugarea acestui termen în dicționar.
表面改性层
Modification 7 (an example with a surface modification layer in a planarization film)
改型7(平面化薄膜中具有表面改性层的示例)
The method according to (19), wherein the surface modification layer is formed by adding a modifier to the resin material, and then drying the resultant at a temperature of 100 degrees or lower.
The semiconductor device according to claim 11, wherein the surface modification layer includes one of a silicone-based oligomer and a fluorine-containing oligomer that each function as a modifier.
The semiconductor device according to claim 11, wherein the surface modification layer has flatness that is higher than flatness of the resin material.
根据权利要求11所述的半导体装置,其特征在于,所述表面改性层的平整度高于树脂材料的平整度。
Fourth Embodiment (an example of a top-gate type transistor with a surface modification layer in an inter-layer insulating film
第四实施例(层间绝缘薄膜中具有表面改性层的顶栅型晶体管的示例:
Moreover, according to the second semiconductor device, the method of manufacturing the semiconductor device, the second display unit, and the second electronic apparatus of the embodiments of the present technology, the insulating film is covered with the surface modification layer. Therefore, moisture intrusion into the oxide semiconductor film is reduced. Therefore, the TFT characteristics of the transistor are improved.
The surface modification layer 1016B preferably has flatness (smoothness) higher than that of the resin material included in the resin layer 1016A. One reason for this is that the flat inter-layer insulating film 1016 provides uniform TFT characteristics in a plane of the substrate 1011 and provides uniform image quality.
A transistor (transistor 1010) that includes a surface modification layer (surface modification layer 1016B) in an inter-layer insulating film (inter-layer insulating film 1016) was fabricated and thermal decomposition temperature and pure water contact angle of the inter-layer insulating film and reliability of the transistor were measured in a manner similar to that in Examples 3-1 and 3-2. Example 4-1 used polyimide as the resin material and used a fluorine-containing oligomer A as the modifier, Example 4-2 used polyimide as the resin material and used a fluorine-containing oligomer B as the modifier, and Example 4-3 used an acrylic-based resin as the resin material and used a silicone-based oligomer as the modifier, to form the inter-layer insulating film. RS-72-K (available from DIC Corporation) was used as the fluorine-containing oligomer A, F555 (available from DIC Corporation) was used as the fluorine-containing oligomer B, and EB350 (available from Daicel Corporation) was used as the silicone-based oligomer.
On the other hand, in the display unit 1001, the resin layer 1016A formed mainly of a resin material such as polyimide is covered with the surface modification layer 1016B with higher hydrophobicity. As a result, moisture in the atmosphere and in the upper layers is repelled by the surface modification layer 1016B. The oxide semiconductor film 1012 is covered with the inter-layer insulating film 1016 that includes the above-described surface modification layer 1016B. Therefore, moisture intrusion into the oxide semiconductor film 1012 is suppressed, and TFT characteristics, in particular, reliability is improved in the transistor 1010.
The inter-layer insulating film 1016 includes a resin layer 1016A and the surface modification layer 1016B. The surface modification layer 1016B covers a surface of the resin layer 1016A. The resin layer 1016A may include, for example, a resin material such as polyimide, acrylic-based resins, novolac-based resins, phenol-based resins, polyester-based resins, epoxy-based resins, vinyl-chloride-based resins, polybenzimidazole-based resins, polysiloxane (silicone resin), polyolefin-based resins, polyethylene-based resins, and polystyrene-based resins. In particular, polyimide, acrylic-based resins, and polysiloxane are superior in terms of heat resistance and of cost. The resin layer 1016A may be formed of an organic inorganic hybrid resin.
an insulating film covering the oxide semiconductor film and including a resin material, the insulating film being covered with a surface modification layer that has hydrophobicity that is higher than hydrophobicity of the resin material.
a transistor including an oxide semiconductor film; and an insulating film covering the oxide semiconductor film and including a resin material, the insulating film being covered with a surface modification layer that has hydrophobicity that is higher than hydrophobicity of the resin material.
The semiconductor device according to (7), wherein concentration of the modifier included in an inner part of the insulating film is lower than concentration of the modifier included in the surface modification layer.
Exemplele au rolul de a te ajuta să traduci cuvinte sau expresii corect si adaptat la context. Nu sunt selectate sau validate manual, așadar pot conține termeni inadecvați. Te rugăm să raportezi exemplele pe care le consideri inadecvate. Traducerile vulgare sau colocviale sunt în general marcate cu roșu sau cu portocaliu.