I have a store in the comic world

For her now, there is a decision waiting for her to make a choice.

Now that the Turkish army surrounded Constantinople, she had an excuse to declare war on the Turkish army, but she was afraid that if the war was declared, the Turkish army would be destroyed and the fight would not be successful, but would trigger World War 3.

Of course, she is not afraid, but she is sure that Zhou Wenwen will not accept this answer, so she cannot touch this point.

Unless she can eliminate the Turkish government after the war and before other countries can react, so that other countries will not be able to intervene immediately because there is no gap.

Thinking of this, she couldn't help but look at the map of Turkey on the table and thought, if she only wanted Constantinople and the rest of Turkey was distributed to others...

Coincidentally, the things Zhou Wenwen left behind could help her complete this plan.

That's the magic golem.

"FA-1-A Combat Magic Puppet", quantity: 600, item classification: E level, single original price: 9000 points of legend, current price: 3000 points of legend.

introduce:

Many actual battles have proven that FA-1-A combat magic puppets are just miscellaneous soldiers. They can only exert their numerical advantage when fighting in large armies, but they are easily defeated in battles.

describe:

In the suppression war, the FA-1-A combat magic puppet has the strongest combat effectiveness.

......

Whether it is the fate of Kilrogg in the main world or the fate of Kilrogg in Draenor in the parallel universe, it is all sad.

As for sympathy and joking, how could someone like Kilrogg get it.

...back to reality...

Because he did not understand the orc language and because Garona was not there, the two were in a stalemate (in a daze) for five minutes. Kilrogg took the initiative to break the calm, roared, and raised his knife to kill Zhou Wenwen.

In this regard, Zhou Wenwen naturally jumped up to dodge, but he did not expect that this was Kilrogg's fake move. The real move was Kilrogg holding the knife behind his back and jumping up to chop Zhou Wenwen in mid-air.

This height was not high, just half of Kilrogg's maximum jumping height. Therefore, Kilrogg easily held the knife and slashed at Zhou Wenwen. He was then blocked by the overclocking armor without any damage. Zhou Wenwen took the opportunity to strike. Kilrogg swung his fist with all his strength, knocking him several meters away.

Just when Zhou Wenwen wanted to kill Kilrogg, a huge blue luminous material fell from the sky and blocked Zhou Wenwen.

When Zhou Wenwen discovered that physical attacks were ineffective against the huge blue luminous material, Zhou Wenwen immediately stepped back a few meters, pressed the button to enter the first-order overclocking awakening, and carefully observed the huge blue luminous material.

Experimenter's overclocking armor, rating: None, code name: None.

Current user and overclocking armor maintain stability: 500%.

The current awakening level of the user and the overclocking armor: 999.9%.

The remaining time to activate the first-level overclocking awakening: 899 seconds.

First-order overclocking armor awakening wavelength range:

1X≤Y+12Y≥1。3X+Y1。

Overclocking armor remaining power supply: 78.

Remaining time to activate overclocked armor armed mode: 30 seconds.

Remaining time for overclocking armor expansion mode to be activated: 150 seconds.

The current user and overclocking armor stability decrease rate per second: 3%, 1s.

Currently, the radioactive erosion of the overclocked armor on the user's body is: 12%.

The current rising rate of radioactive erosion: 0.42%, 1s.

Existing radioactive erosion decline rate: 0.33%, 1s.

Radioactive erosion fluctuation value: 0.3X0.5.

......

If Zhou Wenwen guessed correctly, the huge blue luminous material structure in front of him was the Lord of the Void. The reason why Zhou Wenwen judged that it was the Lord of the Void was because any object with luminous properties was the source of its luminescence. Body, also called light source.

In physics, it refers to an object that can emit electromagnetic waves in a certain wavelength range (including visible light and invisible light such as ultraviolet, infrared, and X-rays).

Usually refers to a luminous body that emits visible light.

Any object that can emit light itself is called a light source, also known as a luminous body. For example: the sun, stars, lamps, and burning matter are all light sources that are emitting light on their own.

However, the surface of the moon, desktop, white paper, paper books, etc. rely on them to reflect external light so that people can see them. Such reflectors cannot be called light sources or luminous bodies.

There are three ways to generate light sources.

The first is light produced by thermal effects.

All chemical reactions are actually the rearrangement and combination of atoms or atomic groups. There will be energy changes during the breaking of old bonds and the formation of new bonds, and this is the thermal effect of chemical reactions.

If a certain bond in the gaseous molecule of a compound is broken down into gaseous atoms, the energy required is called the decomposition energy of the bond, that is, the bond energy, and it can be measured using spectroscopic methods.

This is why chemical reactions can be determined using spectroscopic methods to determine chemical elements.

The second type is atomic transition luminescence.

Because atomic transition luminescence has unique characteristic spectral lines, scientists often use this principle to identify element types. This principle is also called flame reaction.

Flame color reaction, also known as flame color test and flame color test, is a reaction that causes the flame to show a special color when certain metals or their compounds are burned in a colorless flame.

The principle is that each element has its own individual spectrum. The sample is usually in the form of powder or small pieces. A clean and less reactive metal wire (such as platinum or nickel-chromium alloy) is used to hold the sample, and then placed in an inert place. In the light flame (blue flame).

In chemistry, it is often used to test whether a certain metal is present in a compound.

The electrons in the atom absorb energy and jump from a lower energy orbit to a higher energy orbit. However, the electrons in the higher energy orbit are unstable and quickly jump back to the lower energy orbit. At this time, they will The excess energy is released in the form of light.

The wavelength of the light emitted is in the visible light range (wavelength is 400nm ~ 760nm), so the flame can appear in color.

However, due to the different atomic structures of alkali metals, the energy changes during electron transition are different, and light of different wavelengths is emitted. The special flame color seen in the experiment of flame color reaction is the color of the spectral line. Each element The spectrum has some characteristic lines, which emit characteristic colors to color the flame. The presence of a certain element can be judged based on the flame color.

For example, the magenta flame contains strontium, the blue-green flame contains copper, the yellow flame contains sodium, the purple flame contains potassium, and the brick red contains calcium.

The third way to generate light source is radiant luminescence.

When high-energy charged particles enter the luminous body, they collide with atoms (or molecules) in the luminous body, causing the excitation or ionization of the atoms. The electrons ionized from the atoms have great kinetic energy and can continue to cause the excitation or ionization of other atoms. , thus producing a large number of secondary electrons.

When high-energy photons flow into the emissive body, the photoelectric effect, Compton effect and the formation of electron-positron pairs (X-rays mainly produce photoelectrons) will occur...

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