Anti-oxidizing quinoline

Those who resist oxygen light can resist all kinds of harm in light and protect the quality of objects. Its use is quite wide, and it has traces in all kinds of fields.
First, in the field of utensils decoration. Ancient silk and satin, dyed with antioxidant light agent, its color lasts for a long time. Looking at the brocade clothes in the old collection of the court, although the years have passed, the color is still as bright as new. This is the work of antioxidant light. Craftsmen make porcelain, adding antioxidant light to the glaze, porcelain can be exposed to light for a long time without fading or damaging the quality. After a thousand years, it can still be displayed in front of the world, showing the glory of the past.
Second, in the place of architectural construction. In ancient palaces and temples, if the murals want to last forever, the painter must use paint containing oxygen-resistant light. In this way, after wind, rain and light, the color of the murals is still lifelike. And if the wooden structure of the pavilion is coated with oxygen-resistant light paint, it can resist the sun's scorching, delay its decay, and make the building stand for hundreds of years, carrying the weight of history.
Third, in the place where the ancient books are preserved. In order to prevent the books from being oxidized by light and brittle damage and fading, the ancient people often wrapped them in special paper, which may contain oxygen-resistant light ingredients. In this way, despite the passage of time, many ancient books can still be passed down to today, providing an important basis for future generations to study the past.
Fourth, in the place where treasures are protected. Like ancient gold and jade utensils, in order to maintain their luster, craftsmen may use the method of anti-oxygen light to make them go through time washing, still warm and bright, showing the skills and aesthetics of the ancients' ingenious craftsmanship.
In short, anti-oxygen light plays a crucial role in many fields such as utensils decoration, architectural construction, ancient book preservation, treasure protection, etc., protecting all kinds of things, so that they can be kept intact under light for a long time and passed down for a long time.

Those who resist oxygen light, their principle of anti-oxygen is really related to the principle of yin and yang, and the way of the five elements to generate energy.
Between heaven and earth, yin and yang are sympathetic, and all things are transformed. Yang, active, main heat, yin, main calm, main cold, the two are opposed to each other and depend on each other. And light, nature belongs to yang, which can illuminate things, generate heat, and move without stopping. However, excessive yang can easily lead to the imbalance of yin and yang, and the damage and rot of things are born from it.
Those who resist oxygen light want to use the femininity to control the acrimony of light and yang. This is like the principle of the five elements, golden water, water and fire. Water is also a feminine and soft thing. The light is like the heat of fire, and the anti-oxygen light thing is like the moisturizing of water. With its feminine and soft quality, it restrains the violence of light and yang, so that yin and yang return to balance.
Also said that its antioxidant method is often done by those who contain the essence of femininity. This essence is either collected from the beauty of mountains and rivers, or taken from the essence of plants and trees. Such as the fat of pine and cypress, which coagulates through the cold of the year, has the property of firmness and femininity, and can resist the burning of the sun. When applied to utensils, utensils can be protected from the erosion of light and shadow, and people take good medicine to nourish internal qi and resist external evil.
Looking at it again, anti-oxygen light is also related to the circulation of qi. Everything has qi, and if it is smooth, it will be born, and if it is sluggish, it will be sick. If the qi of Guangyang is too abundant, it is easy to cause the inversion of the qi and the change of things. Those who resist oxygen light dredge the qi, so that the heat of the light and the sun can be distributed in an orderly manner, and will not gather and cause harm. Just like the dredging of rivers, although water flows but does not flood, so that things can be nourished and protected from the harm of light and oxygen.
It is based on the principle of anti-oxygen light, which is inseparable from the five elements of yin and yang, and the transportation and transformation of qi. Yin controls yang, so that light and gas are harmonious, and

How stable is antioxidant light in a foreign environment? This is a question related to the long-term survival of materials.
Those who resist oxygen light have changeable properties in special environments. In ordinary light, temperature and humidity, antioxidant light is like a calm person, maintaining its properties and protecting the attached things, so that it slows down and oxygenates, prolonging its lifespan.
However, if the sun is roasting, where strong light is frequently emitted, antioxidant light is like an enemy. The energy of strong light increases sharply, or its structure changes slightly, and its activity emerges. Its intermolecular bond energy is disturbed, and the original antioxidant magic method may lose its effectiveness. And the high temperature is forced, which intensifies the speed of oxidation. Although the anti-oxygen light is rejected, it is gradually dwindled.
And if placed in a high-humidity dense place, water vapor diffuses. Water molecules may interact with antioxidant light, breaking its original balance. Moisture is the medium of oxidation, accelerating the combination of oxygen and substrates. Although antioxidant light is strong, it is difficult to be affected by it, and its stability is gradually lost.
Looking at the complexity of the chemical atmosphere, all kinds of chemical substances are mixed. Or there are active groups to provoke, react with antioxidant light, and change its chemical quality. Antioxidant light in such a chaotic environment is like being in a chaotic army. It is not easy to maintain its own stability and protect the bottom, and the stability is greatly impacted.
Therefore, antioxidant light has different stability in different environments. A peaceful environment can be maintained for a long time; in a bad place, it is easy to lose its effectiveness. To make it stable all the time, it is necessary to carefully observe the changes in the environment, make good adjustments, and find ways to adapt, in order to have all its antioxidant power and keep things safe.

Compared with other antioxidants, the advantages of antioxidant light are as follows:
The first to bear the brunt is its unique mechanism of action. Ordinary antioxidants mostly capture free radicals to achieve antioxidant effect, while antioxidant light has a unique light stabilization mechanism in addition to trapping free radicals. When exposed to light, antioxidant light can absorb light energy and convert it into harmless heat energy, thus avoiding the oxidation reaction caused by light energy. This specific mechanism makes antioxidant light more effective in light environments.
Furthermore, antioxidant light has a wide range of applicability. Many antioxidants can only exert the best effect under specific conditions or specific substances, but antioxidant light does not. Whether it is in a high temperature, high humidity environment, or in a material system with different chemical compositions, antioxidant light can exhibit excellent antioxidant properties. For example, in plastics and rubber products, antioxidant light can effectively delay the aging and discoloration caused by oxidation, and in various oils, foods and other fields, it can also play a stable antioxidant role to ensure product quality and shelf life.
In addition, the durability of antioxidant light is very good. After some antioxidants are used for a period of time, their antioxidant capacity will be greatly reduced due to their own consumption or reaction with other substances in the environment. And antioxidant light can continuously and stably exert antioxidant effect for a long time due to its special chemical structure. Even after being affected by external factors such as multiple light and temperature changes, its antioxidant activity can still be maintained at a high level, providing long-term antioxidant protection for the protected substances.
In addition, the safety of antioxidant light is quite high. In many application scenarios, the safety of antioxidants is crucial. Antioxidant light has been strictly tested and verified, and its chemical properties are stable, with little harm to the human body and the environment. When used in products that are in close contact with people such as food and cosmetics, there is no need to worry about safety hazards, and it can be used with confidence.
To sum up, antioxidant light has significant advantages over other antioxidants in terms of mechanism of action, applicability, durability and safety.

The method of making antioxidant and photosensitive utensils is also studied by the ancient virtues. The method varies, because the thing used and the effect to be achieved vary.
First, choose good materials. If you want to make antioxidant and photosensitive utensils, you should take materials with exceptional antioxidant properties. Like the craftsmen of ancient times, you often look for the genus of gold and stone, because of its solid texture, it is not easy to be eroded by oxygen. And among gold and stone, there are those with special photosensitivity, choose them for good use, and they can be made into good utensils.
Second, apply ingenuity. When making utensils, the craftsmanship is the key. Like the method of casting utensils, the heat must be controlled to make them melt and cast evenly without defects. If the heat is too strong, the device will be easily damaged; if the heat is insufficient, the quality will not be strong. There is also the art of polishing, which makes the surface of the device smooth, which can not only reduce the erosion of oxygen, but also increase its photosensitivity. Fine grinding, the gloss of the device is like a mirror, and the better the photosensitivity.
Third, take care of it. After the device is completed, the care should not be ignored. It should be placed in a dry place to avoid moisture, because it is easy to oxidize due to moisture. And it needs to be prevented from being hit by external forces. If the device is damaged, the antioxidant ability will be damaged, and the photosensitivity will also be reduced.
Furthermore, in the ingredients, special things may be added. The ancient recipe technique, or use the juice of herbs, or use the powder of minerals, and combine with the material of the casting tool to increase its antioxidant and photosensitivity. The method of these ingredients depends on the experience of predecessors, passed down through generations, and constantly profit and loss, so that they are exquisite.
To make antioxidant photosensitizing tools, the selection of materials, craftsmanship, care and ingredients need to be done carefully. Only with the heart and various skills can the craftsman create a good tool with the special ability of antioxidant photosensitivity.