Is Ultraman Tiga the strongest, and why is Ultraman Tiga the most famous

**Everyone in "Final Holy War" should know that the strength of the Dark Tiga in the ultra-ancient period is off the charts, the head of the four dark Ultramans, and the two kings of Ultraman and their legions have easily been dealt with in the ultra-ancient period. Why does Ultraman Tiga's strength value seem so low? The first reason is that because Dark Tiga abandoned the darkness and took refuge in the light, his strength has weakened significantly, and it is not even as good as the previous one percent, and only the shining form can barely exert ten percent of his strength, because the darkness is everywhere, and the darkness in people's hearts cannot disappear, so the strength of the Dark Tiga is off the charts.

The second reason is that because Dagu is too weak and his combat methods are not so good, his combat power is weakened too much, and the setting data is too small, so he can only blame Dagu, but Dagu is the best one among humans who can give full play to Diga's strength.

At that time, Tiga couldn't be counted as Ultraman.,It can only be a monster or a dark Ultraman.,The dark Tiga of the super ancient period can be said to be invincible.,So the set data is the strength of the current Ultraman Tiga (not counting the shining form),If you count the shining form,The strength data can be increased tenfold or more.。

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Tiga is best known for the timing of its appearance, the novelty of the story, and the lack of rivals.

Ultraman Showa certainly has the charm of Ultraman Showa, but I have to say that "Ultraman Tiga.

As Tsuburaya's Ultraman Heisei, he is known as the "Heisei Three Heroes."

One of them, naturally, makes sense.

During this period, Tsuburaya began to experiment with CG technology to shoot the Ultraman series.

And it also enriches the interest of the story to a great extent, increases the continuity of the story, and makes the story of "Ultraman Tiga" full of humanism.

At the same time, it can also be suitable for all ages, adults and children can experience the fun of the story, coupled with the maturity of technology, it will naturally make people feel new and attract everyone's attention.

After all, compared with the Showa works in the sixties and seventies of the last century, the 1996 Tiga has indeed greatly improved in terms of technology, including the transformation of forms, etc., which is undoubtedly more able to catch the attention of children.

In addition, there is another important factor, that is, during the same period, our Guoman was still in the development stage at that time, even if it was a foreign animation work.

Or tokusatze.

The work is also lackluster, in other words, for "Ultraman Tiga" at that time, there was really no opponent that could be beaten, and the TV station also wanted to make money, so in this case, it was constantly rebroadcast when it was originally quite popular, which made Tiga a work that occupied the right time and place.

Being known to us at the most opportune time, coupled with the fact that it is an incomparably high-quality work in itself, even today, "Ultraman Tiga" is the king of Tsuburaya's Ultraman series.

Tiga is stronger. Although both of them were dark giants, and both appeared in ultra-ancient, it turned out later that Dark Tiga.

Always stay on Earth, and Ultraman Teliga.

left the earth, so some netizens felt that it was because Teliga couldn't beat Diga that they chose to leave.

Even if this statement is untenable, then let's take a look at the strongest form of these two Ultramans, I'm afraid Ultraman Tiga.

It's still more powerful.

Ultraman Tiga's strongest form is the flickering form, but there are two different types of this. In the theatrical version, with the help of the power of the super ancient giant, and the form that destroys Dimojae will be stronger, and the power of the Ultraman stone statue he borrowed is not limited to hundreds or thousands, but let's think about "Ultraman Telica", before Tsuburaya.

The director also said that he doesn't have a new form, although now that he has been given a so-called Yonghui form, I'm afraid his combat power won't be particularly strong.

Now that the situation has been determined, Ultraman Tiga and Teliga are both warriors on the Super Ancient Earth. So which of the two is the strongest? Now that the strength data has appeared, there is no harm in not contrasting.

Teresa and Dia, they are ultra-ancient mobile Ultramans. Who is so powerful? In ancient times, Teliga went to Mars, but why did he go to Mars?

I don't know, but it was defeated by a monster and turned into a stone statue. But Dija completed his mission and committed suicide. Look at Teressa, you can compare to Deya.

Look at Diya's shiny look. As long as there is light, you can come back to life casually, whether you are a vegetarian or not. If there is no light that turns into a dark shape, it can absorb the power, turn into a normal shape, and then glow.

Mother Yong doubts, it's Teliga, let's not talk about the intensity of fighting all day and night, I can't last five episodes for Tiga, if you look at the strongest form, Tiga's shine is just a state, and it can't last long, while Teliga's eternal shine can be maintained, and there is also a truth form.

Ultraman Tiga.

Which one is better or Ultraman Tairo?

Answer: Taylor was known as the Ultra Brothers back then.

The strongest in the world, the gold bracelet it is equipped with is also extremely strong. However, Tiga can concentrate the light in people's hearts, and finally it becomes the shining Tiga, which is one level higher than Taylor's meaning from here.

One is the strongest warrior in the Ultra brothers in the Showa era - Tairo, and the other is the first Ultraman - Tiga in the Heisei era who can change his form, but in terms of seniority. Tiga is a junior of Taylor. Perhaps Taylor is better in terms of combat experience and skill.

Discharge cooling is another type of convection cooling. Unlike regenerative cooling, the coolant used for exhaust cooling absorbs heat to the thrust chamber and is discharged out of the combustion chamber instead of entering the combustion chamber to participate in combustion. Direct drain coolant reduces the thrust chamber specific impulse, so the coolant flow for drain cooling needs to be minimized while only using drain cooling at the outlet section of the nozzle that is relatively less heated.

There is also radiative cooling, in which the heat flow is transferred from the combustion products to the thrust chamber, and then the heat is radiated by the thrust chamber wall to the surrounding space. Radiative cooling is characterized by simplicity and small structural mass. It is mainly used in the extension section of large nozzles and the thrust chamber of small thrust engines using high-temperature resistant materials.

When cooling in the thrust chamber of the tissue, a relatively low temperature liquid or gas protective layer is established on the surface of the thrust chamber wall to reduce the heat flow to the thrust chamber wall, reduce the wall temperature, and achieve cooling. Internal cooling is mainly divided into three methods: internal cooling (shield cooling), membrane cooling and diaphoretic cooling of head tissues. After the internal cooling measures are adopted in the thrust chamber, the mixing ratio near the wall of the combustion chamber is different from the optimal mixing ratio in the central area (in most cases, the near-wall layer rich in fuel is used) due to the need to reduce the temperature of the protective layer, resulting in the uneven distribution of the mixing ratio along the cross-section of the combustion chamber, so that the combustion efficiency is reduced to a certain extent.

Membrane cooling is similar to shield cooling in that it cools the thrust chamber wall by establishing a uniform and stable coolant film or air film protective layer near the inner wall surface, except that the coolant used to establish the protective layer is not injected by the injector, but is supplied through a special cooling belt. The cooling band is generally arranged in a cross-section of the combustion chamber or the convergence section of the nozzle. There can be several cooling bands along the length of the combustion chamber.

In order to improve the stability of the membrane, the coolant often flows through the gaps or small holes in the cooling belts, and when sweating is used, the thrust chamber wall or part of the inner wall is made of porous material with a pore diameter of tens of microns. Porous materials are usually sintered with metal powders or pressed with metal mesh. In this case, the number of pores per unit area is increased by making the micropores in the material as evenly distributed as possible.

The liquid coolant penetrates into the inner wall, creating a protective film that reduces the density of the heat transferred to the wall. When the flow rate of liquid coolant used for sweat cooling is above a certain threshold, a liquid film is formed near the wall of the thrust chamber. When the coolant flow rate is below the critical flow, the inner wall temperature will be higher than the coolant boiling point at the current pressure, and some or all of the coolant will evaporate, forming an air film.

In addition to the above thermal protection, there are other thermal protection methods such as: ablation cooling, thermal insulation cooling, hot melt cooling and composite protection of chamber walls. 3. Thermal protection scheme of high enthalpy gas generator Based on the above methods and the actual situation, the thermal protection method of high enthalpy gas generator is obtained.

The combustion chamber of a high-enthalpy gas generator differs from that of a liquid rocket engine, eliminating the front thrust chamber part, making its structure simpler and more effective. Then, the thermal protection involved is the thermal protection part of the combustion chamber wall. As the fuel enters the combustion chamber, it quickly decomposes and releases large quantities.