In fact, humans already have NMD and CNMD, an effective missile defence system, but why didn’t the World War go up? Because nuclear weapons are in fact the custodians of human peace. It is likely that the world war in the traditional sense that you expect will never be fought, but another form of war, which is gradually beginning to emerge and is essentially the most important part of modern warfare.
Sales: From the end of the 20th century against US aid, the gap between Chinese and American military equipment is increasing or decreasing.
There have been several instances in the military history of mankind of weapons or weapon systems that could be described as a fallout.
The Tang Dynasty Army, which is said to have gone “into the walls and broken horses” during the war, was later lost because of excessive prices. Butterflies often kill thousands of pirates with few enemies, and their casualties are in single digits.
After entering the age of hot weapons, British colonizers killed more than 11,000 people with six machine guns in the Sudan as they suppressed the Mahdi intifada. This was followed by the famous hydrogen bomb, which directly pushed human force to the top.
Who would have thought that after the hydrogen bomb there would be no more?
The major equipment for electronic warfare is radar and communications, which, in order to make small chums respect radar communications, tells the story of hearsay: in China ‘ s small book, radar communications are classified at a level second next to that of nuclear weapons. A lot of people in the industry say that the carrier is talking about it, that it’s radar, and it’s only Amida Buddha.
In addition, China has been running fast in the last few years, and a lot of information has been left behind. Radar is a very wide-ranging discipline, and electronic confrontation is a huge topic, so let’s just step on the watermelon and say where.
Human exploration of the universe was largely based on electromagnetic waves, which had not reached the gates of gravity until recent years. In space, it’s barely the beginning, but things on Earth are still very difficult, and at the heart of electronic confrontation is the deployment of electromagnetic waves.
As stated earlier, as long as it is an electromagnetic wave, there is no escape from frequencies, amplitudes and the phase associated with the amplitude, which determines almost everything about the electromagnetic wave. Electronic confrontation is the frequency and phase of electromagnetic waves, so that’s math. It’s like a math competition for electromagnetic waves.
Here comes the competition.
First of all, you launch a radar wave of 1 metre long, reflect behind the target, and look for the target’s position by reflecting.
But I can measure your wavelength with an antenna, and then I can launch an Electromagnetic wave of 1 metre, so you can get all the signals on your receiver, and you’re a fool.
So you’re going to launch a constantly changing radar wavelength, 1 metre first, and then 0.9, 0.8, 0.7 meters, and you’re going to have to analyze the reflection wave of this signature, and you’re going to ignore the 1 metre electromagnetic wave I’m launching.
And then, after I caught your radar signature, I also fired into your direction a change of radar wavelength of 0.9, 0.8, 0.7, which continues to make you stupid.
Then you launch a UHF radar wave every 60 seconds. Then you can ignore the other 59-second jamming waves and just keep an eye on the UHF signal for this particular cycle. The pulse has a high launch power and a high ability to resist interference, and is used to measure distances.
These are probably the differences between successive and pulse radars.
As such, the parties continue to behave until one side fails to keep up.
In order to make it more difficult, multiple radars could work at the same time, using phase beams to search for targets. The term phase beams sounds a little illusory, to put it simply, is the radar beams from which electromagnetic waves from different radars overlap. As long as you’re not dizzling yourself, it’s not only more resistant to interference, it’s all detective.
This kind of big radar that turns N’s little radar into a mimolec line, is the interpolation radar.
Later, with the development of semiconductor technology, it became more and more ingenious, the main, the side, the source, the source, the broadband, the narrow band, the jump, the frequency…
In any case, if you can make 10 turns, you can’t make nine. There is only one more turn, and there is a chance of winning, and if one turns two more, he fears being hanged.
“There is no time for peace except for those who walk ahead of you. “It’s the right thing to say about radar.”
In the past, when the United States had gone around countless times more than China, there had been a crushing “extra-air situation” of 1994-1997. It’s a story that was reported by a foreign source, and it’s largely accepted.
In October 1994, when our army held a joint naval and air force exercise code-named “Secret 94”, the U.S. Eagle carrier sent only one or two EA-6B electronic combat aircraft to decipher our air defence radar signals, and injected intensive signals from radar beams to the edges, resulting in the presence of a large number of mines in Shandong, Jiangsu and Shanghai, which indicated that nearly 100 warplanes had invaded my area.
As a result, our radar station opened a large number of aircraft, resulting in the exposure of air defence positions, the readiness of several aviation divisions at the first level and the dispatch of several warplanes to intercept them. Tragically, these warplanes turned around like headless flies at sea and found no sign of enemy aircraft at all, but the radar screens remained with them.
In the days that followed, the United States forces even entered Chinese airspace for dozens of kilometres, repeatedly re-activating the Zhinan military region with a few electronic combat aircraft.
Finally, only an old 7-year-old aircraft was found in the U.S. Army ‘ s electronic combat aircraft through the pilots ‘ eyes and old radar.
Some anger, some shock, not even the title party was enough to describe the shock of the empire.
Without going into the details of the press reports, it was easy for the US Air Force to crush our troops, and from 94 to 97, there were a number of very large scenarios, from the coast to Xinjiang and even Beijing.
In the ’96 Taihai crisis, when the two American carriers arrived, we lost the confidence to shoot down the U2 reconnaissance aircraft in the ’60s, let alone in the ’50s, with only the bottom line of hand-held nuclear bombs and their destruction.
Electronic confrontations have come up long ago, but not as magical as they are now.
In the post-war period, the Allied Forces, in order to remove the tigers from the sea, planted various special metal plates and angular reflectors at sea, threw a large number of reflectors in the air and succeeded in obfuscating the German radar station to the misperceptions that there were hundreds of warships and thousands of warplanes in the direction of Kale, thus neglecting Normandy’s defence and ensuring the smooth landing of the Allied Normandy.
Electronic warfare was more like an intelligence war. The classic battle that really created the power of electronic warfare was the war in the Syrian-Israeli Bekaa Valley in 1982.
In the early morning hours of that day, Israel launched a number of special drones at Syrian positions, which, instead of being invisible, could enhance radar echoes and produce radar reflectors similar to fighter jets.
Syrian forces operated in a normal process, alerting radars, and fire-control radars turned on and began to target, but the Syrian radars were subject to electronic interference and the search was not successful.
In fact, the initial electronic interference by the Israeli army is not unusual. After all, electronic interference has long been bad for the streets, and when Normandy landed, it is essentially a form of harassment tactics, better called “electronic harassment”. As a result, Syrian radar operators routinely search targets for long periods of time with more sensitive narrow beams.
Thus, the signal parameters and position of the Syrian radar were completely exposed to an Israeli electronic reconnaissance aircraft that had been ambushed in nearby airspace, and a real electronic war began.
Following the interception of radar signals by the Israeli forces, all kinds of jamming equipment were greeted, paralysing the early warning radar, fire control radar and radio command system of the Syrian Army in the Bekaa Valley.
The information was then given to the E-2C Eagle Eye warning machine over the Mediterranean Sea, which directed a large number of Israeli warplanes with anti-radio missiles, and in only six minutes, Syria’s ten-year-old air defence position was destroyed.
Subsequently, more than 60 MiG warplanes were intercepted by the Syrian Arab Republic, subjected to Israeli electronic suppression, radar failure and communication disruptions that could not be commanded at all, and eventually lost ground.
Israel, on the other hand, did not lose one warplane.
Israel is so strong and weak as a beauty in the same pants. In the 1991 Gulf War and the 1999 Kosovo War, the United States Emperor played an extraordinary role in the electronic war, almost crushing the opponent to the point of “targeting to the naked eye, intelligence to the newspaper”, to a level comparable to that of a butterfly.
You know, with the exception of ballistic missiles under pressure, China ‘ s conventional weapons are not much more advanced than those of Arab brothers in the Middle East, because the best colours are bought from Mao.
And the brothers were suddenly beaten up by their own mothers, and they were all so cold and cold in their hearts, and in the 1990s, they were killed in my embassy in ’99.
For a while, no one in the martial arts has dared to flaunt the great tiger.
On the basis of the principle of where to put it, it is suddenly the physical pattern of electromagnetic waves: the longer the wavelength, the farther it goes, the less precise it is (without considering the atmospheric window). So, at least three or four exams can be divided by the electromagnetic wave competition.
The wavelength “m” level, which is long enough to detect the target, is poorly positioned, known as early warning radar, alert radar.
The wavelength ” centimetre ” level, which is to target and guide home-based missile attacks, requires at least a centimetre-scale electromagnetic wave to provide sufficient precision, which is called a fire control radar.
The wavelength ” mm ” level, which requires a higher precision to lock the target when the missile lasts in, is produced by a millimetre, which is called a guidance radar, which is usually mounted on the missile ‘ s head.
The wavelength “micro” level, the Electromagnetic Wave of the μm class, is called infrared, and the infrared probe is out of radar. It’s a “hundred nanometer” class, visible light. It’s called television guidance, camera, much less radar.
Vigilance radars and fire-control radars can generally be converted into one another ‘ s pattern, which is roughly the case with the wavelength of radars, which is not very strict. By way of example, if you have enough power to launch a millimetre wave, you can run a thousand kilometers, but in general, so far, as long as you can find the target, there’s no point in locking it because you can’t hit it anyway. But in exceptional circumstances, it is necessary to target thousands of kilometres away, which is anti-missile. This sick radar is the X-band radar that’s always on the news.
There are few opportunities for real action in peacetime, and fire-control radars rarely appear. You know, if anything happens, it’s an international dispute to take a fire-control radar (the ghost is said to have been photographed many times in the East Sea by a powerful country). And the early warning radar is almost 24 hours on, and it’s like playing with each other, so the early warning radar is at the forefront of the electronic confrontation of the peace era.
The radars of the times of peace are more powerful than each other, not for the sake of breath, but for solid military intelligence.
Today’s radar is extremely complex, so there are no identical radars, which means there are no identical pulse signals, even for different individuals of the same type, and there are subtle differences in the radar pulses that are launched, which are like fingerprints, known as radar signal fingerprints.
If they are known, they cannot go anywhere, they can easily identify which model and which unit and can facilitate targeted deployment.
The essence of these pulse fingerprints is the result of instrument errors that cannot be controlled by humans, and a small pelvis that wants to be forced can be called “involved in the veins” which means unwittingly created pulses.
If there’s any “intentional”, there must be “intentional”. Yes, this intentional signature is called “involved modulation.”
I’m not going to let you interfere, you have to. Come on, I’m just going to have to make a little more and more eccentric pulse until you get dizzy.
So this signal signature is highly confidential, and it’ll kill you if it leaks! I’ve got the same signal, so your radar screen can only see snow.
This is also one of the reasons why fire-control radars are too easy to turn on, and even in the field, they are very short-lived. Often, alert radar first intercepts the target, then quickly turns into a fire control mode after the target has entered the range, or reports to the fire control radar, followed by turn-on, lock-in, fire-off, switch-off, and less than a long time to search the target. Interested students can look at U2 cases and make it clear. It’s classic!
If the radar features are so expensive, should we give them up?
The so-called lack of access to the tiger’s own radar features are golden, but the other side’s radar reflectors are also very expensive.
Reacting radar waves, whether they be warplanes or warships, have the same characteristics as fingerprints, which are collected not only to distinguish the type of aircraft of the other side, but also more significantly.
For example, in a noisy market, you can’t hear what the people around you are saying, and then suddenly someone calls your name, even though his voice is no more than the noise, it’s easy to hear. This name is a reflection.
Once the war is over, the electromagnetic environment is extremely complex, and the signals received by the radar must be full of noise, like hearing points in the vegetable market. If there’s a noise pattern exactly the same as that of one of the aircraft previously recorded, would you say that you could save a lot of effort?
It would be easier to find a radar reflector who knows a target in advance, so the reflector feature is also an important military secret, especially for invisible aircraft.
Invisible aircraft usually hang the Lombo lens when they are trained and rotated, a device that enhances radar reflectors, thus facilitating not only the positioning of their air tube radar but also avoiding the leakage of radar reflector characteristics.
In general, the role of the radar in the era of peace is to take a picture of each other and to collect characteristic data, which are all chips when negotiating.
Speaking of which, Sad, who had to mention the South Stick, many of the blind men said, “It’s all right, it’s so close, it’s all over.”
This argument is intended to make the United States a fool, and others do not expect to play a role in the war, mainly by collecting intercontinental missile parameters, such as flight trajectory, rocket separation points, reflector characteristics of warheads, etc. You know, the East Wind 31 in that year was just a leak of parameters, and it went straight to the Cold Palace, and it was a lot of hard work! With this stuff, half of China is barely having fun. That’s why we’re here.
Moreover, the nuclear war is time, and when you put Sad on the ground, there is no time. For the time being, Sad is annoying, and it’s best to get rid of it.
Radar confrontations have not stopped since the establishment of the new China, sometimes with American emperors and sometimes with them. With such a dedicated top-level co-worker, our level is naturally high.
Here’s the story of a man around us, the story of a good radar soldier, which is very typical of the impotence and drive of our army in that era!
Although the location of this story is no longer a secret, it is, after all, the coordinates of the radar station. Anyway, this place is one of the mandatory ways for the American Emperor, and electronic reconnaissance machines are often one by one, and they’re axle.
China’s earlier anti-aircraft defenses were covered with furs, hairy, dumb, and with a lot of potential, when the so-called technological advances were to dry out the hairs on their hands.
After a bit of drumming, we got something.
In the middle of the night, several bright spots passed on the radar screen, which was a signal to the side, and it passed without attention. But the radar soldier was extremely vigilant, staring at the screen in the middle of the night and finding out.
There are several possibilities for this: first, it’s not strange that the edges of the radar wave occasionally flash a few bright spots caused by the noise of error; secondly, look at the flowers and keep staring at boring screens in the middle of the night, and think about how boring it is; and thirdly, there are targets.
However, several points were not detected at the time, the altitude and speed of the target could not be determined, and if reported, the entire territory of Kyonjin would be the first level of combat, in the event of a ulong, with a heavy responsibility and a hesitation in leadership. The radars, however, believed in their own judgement and insisted on reporting, which ended with a small target machine.
It was the first time in the history of the military that a satellite signal was found, and an award was awarded!
This radar, which detects high-speed and so small a target, is the one that our troops have built. And it’s just a front-line radar. It’s not the most advanced, it’s the second-line hidden radar. Because the first-line radars are being targeted, and once they start, they’ll be wiped out and the police will be called before they die.
After all, there is such an excellent company as the United States Emperor, and the quality of the personnel has been worked out despite the failure of the equipment. And then the U.S. hit Vietnam, and our radar team got mixed up, and when they saw U.S. Emperor B52 flying in, they informed North Vietnam, and the air defence units went directly into Vietnam, and it was a good fight.
The wreckage of the United States was, naturally, not wasted, brought back everything that could be pulled back, compared to the hairy stuff, and we were able to figure it out, and since then we were on the path of iron and powder, and we were passing through the river with the Emperor.
However, the weak industrial base, coupled with other multifaceted constraints, has led to very poor progress. Thirty years later, the story of the radar unit returning to the force, still with the familiar equipment, has hardly changed much.
A series of wars and events in the ’90s were so exciting for our army that we were working in the radar field. Technical stuff. You get paid for it.
Soon, we’ll turn into a serf and sing.
One of the signs of the success of the divine is the low-altitude blinding radar, which is said to have had no effect on a Middle Eastern country that had bought it and had conducted counter-training with the United States Emperor, who was on an electronic counter-attack machine. The key to this is that it is not cheap, and that it is rare to rely on low-cost tactics to sell weapons.
In 2013, the United States Emperor deployed in the Bay of Bays with a large-scale castration early warning radar, known as “the golf ball that can fly 300 km away” , officially entered combat duty, but China’s response was much less than that of the late Sad.
According to the British Jane Defence Weekly, in the second year, the large, interpolated radar on the top of the Northern Mount of Fujian Huian, which is only 240 km apart, went into operation and went straight through the pavement. The radars on this side of Fujian hold on to the signature characteristics of the road claws, allowing them to adjust their pulse signals and never to be free of Fujian interference.
Later, it was reported that the U.S. carrier team had to shut down the Zeus Shield radar when it was operating within the radar’s reach in order to avoid the signal signature being captured.
There was also a news report in Fujian in 2016 that, according to media reports from Taiwan, fire control radar signals across the coast were detected shortly after the bear three missiles were accidentally fired.
When the general medium-range early warning radar detects the target, it can be switched to the fire control mode immediately, i.e., the bear was discovered by Fujian ‘ s early warning radar as soon as it came out, and the early warning radar automatically turned into a fire control mode and targeted.
But when Bear struck his own fishing boat, our air defence missile was lost.
In these two years, we’re getting high. It was also reported by foreign agents that the electronic surveillance aircraft suspected that they had played with the Japanese Self-Defence Forces (JDF) in 2017, and that it had been repeated in an extraordinary air situation in 1994.
We’ve been going to the Japanese Sea for years, and we’ve usually been able to fly as many planes as we can, and it’s very harmonious to say hello in the sky.
This time, we’ve got one nine electronics reconnaissance aircraft, one eight security aircraft and six six blasts, all large, flying high, almost all over the shore.
Such a combination is not supposed to blow Japan up, but the Japanese Air Self-Defence Force is almost a national emergency, with dozens of aircraft coming out at once, even the E-767, and the radar of the early-warning machine is not easy to turn on, the most exaggerated is the movement of the United States troops in Japan.
As a result, 9 took advantage of the opportunity to gather data on the response time of Japan’s air defence system, the approximate range, the number of aircraft on emergency duty, the number of aircraft on alert, the radar system, the communications system…
Careful friends should be able to note that all our military exercises these years have highlighted the question of how to proceed in a complex electromagnetic environment. Without the phrase “complex electromagnetic environment”, all exercises are empty. It’s not war, it’s a complex electromagnetic environment.
Let’s give San an example.
The Bramos cruise missiles of Sango, like the bear three in Bay Bay, blow themselves first. However, during live-fire exercises, instead of a complex electromagnetic environment, angular reflectors were installed on the top of the target building to enhance radar reflectors, fearing that targets would not be found at the point of the guide.
This is just as funny as the three-hundred-by-two fishing boats came out to brag. In order to prevent collisions, civilian ships have huge radar reflectors that can be locked.
Of course, in the semiconductor field, the Emperor is still number one! In the areas of miniaturization, intellectualization and interoperability, hairs are far from equal.
During the Iran-Iraq war, Iran fired at least five C601 anti-ship missiles at the United States frigate, which were subjected to electronic interference and failed to hit a single target and destroyed an oil tanker. Recently, Iran had hit its own warship again, and Russian media reported that an electronic warplane of the American Roarers had just hit it.
It’s the best of the best, but it’s been a long time since we’ve had enough power. We started with furs, but we’ve always had powder in our bones, and now we’re learning more and more.
How do we fight the future world war?
Between April and June 1982, a battle broke out between the United Kingdom and Argentina on the island, albeit with great power, but the outcome of the war was in line with what has always been recognized: Britain won, but paid the price.
In almost the same period, in June 1982, the war in the Bekaa Valley between Israel and Syria left a much lower power gap between the two countries, but a one-sided situation emerged as a result of the full use of electronic confrontation.
E-countering this winner-take-all characteristic has forced the less powerful to think of some other way out, and a strange view emerged: Future world wars may return to the model of small Miga rifles.
Because there’s a weapon on the table: a nuclear electromagnetic pulse. There were a few more in the war, and we couldn’t keep any electronics.
So, I remember one thing: our troops also retained a few cavalry battalions, cavalry companies, the kind of cavalry that really rides a knife, which was designed to show the past cavalry style of the Chinese People ‘ s Liberation Army.
But who knows? Record number: YXA12eo1odyFwA5QxoyC3K3Q
I don’t know.
Keep your eyes on the road.
