Using an electrochemical reaction at a temperature below 0°C, which is different from ordinary chemical reactions, chrome ceramic particulates of about f1 mm or smaller in size are precipitated in large number.利用电化学反应,温度低于0 ℃ ,这是不同于普通的化学反应,铬陶瓷微粒约车队毫米或更小的尺寸是在大量沉淀。 Part of their coating forms an alloy-like diffusion layer (about 1 mm) in the bulk of the metallic material, which is a great feature of this treatment.部分合金涂层形式一样扩散层(约1毫米)在大部分的金属材料,这是一个伟大的特点,这种待遇。 Therefore,因此,
(1) The RAYDENT coating and the base metal are completely integrated, so the coating is semi-permanent and will not be separated (exfoliated). ( 1 ) RAYDENT涂层和基本金属的完全集成,使涂层半永久性的,不会分离(脱落) 。 The alloyed metallic surface goes through a stable period to become stainless and forms a continuous protective rustproof strong film with the still outer oxide ceramic layer (about 1 mm).合金金属表面经过一个稳定的时期,成为不锈钢,形成了一个强有力的连续保护膜防锈仍然外层空间氧化物陶瓷层(约1毫米) 。
(2) Using the property of (1) , various high polymer resins (for example, organic glass solutions, fluorocarbon resins, and highly functional resins) are impregnated in numerous pores in the RAYDENT coating. ( 2 )使用的财产( 1 ) ,各种高聚合物树脂(例如,有机玻璃的解决方案,氟碳树脂,具有很强的功能性树脂)是浸在无数毛孔中的RAYDENT涂层。 Such a material can present any physical and chemical properties (mechanical, electrical, chemical, optical, vacuum, and thermal shock etc.) almost permanently without yielding to intense mechanical deformation in all industrial areas from outer space to deep sea.这种材料可以提出任何物理和化学特性(机械,电气,化学,光学,真空,热冲击等)几乎永远不屈服的机械变形的所有工业区从外层空间深海。 This will bring about a revolutionary progress in industrial engineering, so we call it "Regenerative and Ultra Advanced Engineering."这将带来革命性的进展,工业工程,所以我们把它称为“再生和超高级工程。 ”
On the other hand, this unique RAYDENT coating give an innovative interpretation to Faraday's law of electrolysis.另一方面,这种独特的涂层RAYDENT提供创新的解释法拉第的电解法。 Coulomb's law forms the theoretical basis of electroplating technology and JIS standards, based on the proportionality of electric current, while the RAYDENT coating is an unprecedented technology unique in the world that has proven a rust inhibiting theory (the infinite dispersion potential theory) of very thin films from the potential difference side.库仑定律形式的理论基础的电镀技术和JIS标准的基础上,适度的电流,而RAYDENT涂层,是一项前无古人的技术独特,世界上已经证明锈病抑制理论(分散的无限潜力理论)非常薄的影片从不同方面的潜力。
The greatest contribution of this technology so far is found in the Japanese high-tech industries represented by semiconductors.最伟大的贡献,这一技术是迄今发现在日本的高科技产业为代表的半导体。 Iron and steel materials are indeed liable to rust, but are easy to machine and available in various types.钢铁材料确实属锈病,但很容易可以在机器和不同类型。 This technology has made it possible to use such rust-prone materials and has led the high precision electronic equipment industry, which is necessary for semiconductor manufacturing, to the highest position in the world.这一技术使得有可能使用这种锈病易发材料,并导致高精密电子设备行业,这是必要的半导体制造,到最高的位置在世界上。
With the advent of this technology, the endurable life of almost all metallic products can be greatly improved several times over conventional methods in terms of both rust inhibition and surface treatment.随着这一技术,耐用寿命几乎所有的金属产品可大大改善几次常规方法两方面锈病抑制和表面处理。 This effect will pioneer new fields of resource saving and "high life and life extension engineering," which will be needed around the world after this.这种效应将开辟新的领域的资源节约型和“高生命和生活扩建工程, ”这将是目前世界上需要这之后。 We think our technology will become a necessary great central fundamental technology to bear the prospect of Japanese industrial technologies.我们认为我们的技术将成为一项必要的基本技术十分中央承担的前景,日本的工业技术。
尽管目前中国半导体行业已经有所进步,华为海思芯片也已经成为处于全球领先水平,中芯国际集成电路的IC制造工艺也已经稳居国内榜首,但是相比国际水平来说还是有很大差距。Gartner发布的2018年全球半导体营收25强榜单显示,中国大陆仅华为海思半导体入榜,排名第21位。虽然日本半导体行业有所落寞,但目前包括东芝、索尼在内的半导体企业仍然处于全球领先水平。
Yuanta Research发布的报告显示,2018年全球CMOS图像传感器的市场规模为137亿美元,其中索尼市占率为49.9%,排名第一,远超第二名三星19.6%的市占率。而不得不说的是,在全球CMOS生产上,无论三星还是我国其他企业,在原材料和机器设备上都离不开日本企业的支持。
氟化聚酰亚胺和光刻胶用于OLED面板生产,其中,光刻胶是显示面板生产工程中曝光工程上的必需材料;氟化聚酰亚胺是透明CPI膜的原材料;光刻胶主要是用于半导体光刻和蚀刻工艺,这三大材料日本基本垄断了全球主要产能。
因此,如果日本对我国限制出口,那么,我国不能说与韩国受到如此大的震动,但是影响肯定有的。但是日本基本不太可能对我国实行贸易限制,因为中国为日本的最大进口国之一,与中国打贸易战基本是自断后路,一损俱损的状态。随着我国半导体技术的不断发展,相信不久后中国就能突破技术壁垒,不再依赖外国进口。
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