Anti-Japanese War: Young Marshal? No, please call me Great Power

Chapter 191

The Eniac tube computer was put into service in 1932.

It only performs about 5,000 operations per second.

In 1934, the Institute of Electronic Computing developed a new supercomputer.

In terms of volume, power consumption, weight, operating voltage, operating reliability.

It's much better than the first Eniack.

The number of operations even reached 20,000 times per second.

The supercomputer was also named Dawn 1.

At present, a total of more than ten units have been produced.

Several colleges and universities are equipped with one.

For example, Northeastern Polytechnical University, Tsinghua University, Peking University, Harbin University of Science and Technology, Northwestern Polytechnical University, Huaxia University of Aeronautical Technology, Huaxia Institute of Aerospace Engineering, etc.

Several scientific research institutions with relatively large computing requirements have also been equipped with Dawning 1.

And it takes half a year to produce one of this thing.

Produced by Huaxia Electronic Technology Co., Ltd.

Spend more than 30 million RMB.

This price is already very expensive.

And this transistor electronic computer, named Galaxy A-1.

It is significantly smaller in size.

It's about one-third the size of a tube computer.

The advantages in terms of power consumption, reliability, operating voltage and other aspects are very large.

Compared with the tube, the "420" has improved by several orders.

The number of operations has also broken through from 20,000 to 220,000 per second.

More than 10 times better.

However, in terms of cost, it has not increased much.

The silicon needed to produce semiconductors is very large in Huaxia.

The price is also cheaper.

In addition to the improvement in computing power.

This generation of transistor electronic computers is still very different from the previous generation.

For example, magnetic core storage, punched cards, etc. are also used.

For the birth of this Galaxy A-1 supercomputer.

Zhang Xueming's mood is undoubtedly quite excited.

This means that Huaxia has been significantly ahead of the current world in the field of electronic technology, at least for more than 15 years.

And this gap will further widen with the advancement of science and technology.

In addition to this mainframe supercomputer.

Electronic Technology Co., Ltd. also developed a small transistor electronic computer for the aerospace industry group.

Although there are only 800 transistors, the computing power is still very good.

That's about 15,000 calculations per second.

Able to run 12 instructions.

This small transistor computer will be used in a new generation of long-range missiles.

The advent of the bomb-mounted computer, combined with high-precision gyroscopes.

It will greatly improve the accuracy of guidance.

The computer system constantly monitors and reports the current health status of the missile.

This allows the ground monitoring system to be adjusted by radio guidance.

This greatly improves the hitting accuracy of the missile.

And not only missiles.

There are also ships and submarine weapons and equipment, and the requirements for computing power are great.

Devices made of transistor components will also greatly increase their combat capabilities.

Especially for fire control radars.

In addition to transistor electronic computers.

There is also a test launch of a weapon that has attracted great attention from Zhang Xueming.

This guided weapon is the FJ-35 long-range anti-ship missile developed and produced by the Missile Research Institute under the Huaxia Aerospace Industry Group.

On the day of the test launch of this FJ-35 anti-ship missile.

Zhang Xueming also attended the scene to watch.

This anti-ship missile has basically begun to take shape as a model of a modern missile.

The slender body has an airplane-style layout and does not have a vertical tail.

Instead, two small spoilers are set up, which play the role of hanging tail to a certain extent.

In the middle there are also two larger upper wings.

The shape is very much like an inverted airplane.

There is also a huge ventral fin on the belly of the inverted plane.

This is its air intake.

Because it uses a multi-turbojet engine with a thrust of 2 tons.

It belongs to the turbojet-1A engine modification.

To increase its initial speed.

It also carries two small solid rocket thrusters.

When you run out, you can just throw it away.

Above in terms of guidance.

It is also the first to use an active end-stage guidance radar made of transistor components.

Inertial guidance + end-of-the-end guidance constitutes its guidance system.

The maximum firing range can reach 80 km.

The maximum speed can reach Mach 0.9.

Its attack method is also relatively simple.

Before the missile launch.

The coordinate parameters and movement parameters of the target will be locked and provided by the shipborne radar.

Then the shipboard fire control computer calculates the inclination and direction of the launch well.

This was followed by the launch of missiles.

After the missile launch, two small rocket boosters will push the anti-ship missile to a certain speed.

Then the turbojet engine will continue to advance.

When there are still a few kilometers left from the target.

The missile's active radar seeker will boot up to scan and lock onto the target.

And launch a dive attack on it.

This is how the FJ-35 anti-ship missile attacks.

In Zhang Xueming's view.

This thing has basically reached the level of Mao Bear anti-ship missiles of the early 50s.

Although very dependent on shipborne or land-based radars.

But this type of attack has already subverted naval warfare.

Battleships may really be getting obsolete.

I'm afraid the only thing that still works is its main gun. (Read violent novels, just go to Feilu Fiction Network!) ）

Able to provide powerful fire support during landing operations.

The Navy's interest in this anti-ship missile is not ordinary.

After completing the training test firing.

The Navy placed an order for 10 land-based anti-ship models.

Of course, this thing is only for testing at the moment.

At the same time, Chen Shaokuan also wanted to move this thing to the warship.

However, this will require a major overhaul of the warship.

It doesn't mean just putting on anti-ship missiles.

It is also necessary to update the supporting shipboard radar, shipboard fire control computer, etc.

So Chen Shao waved his hand widely.

It was decided to send a Keeling-class destroyer to the shipyard for reconditioning.

This was also the beginning of the first guided-missile destroyer in China.

Once the modification is completed and the effect is good in the experiment.

The Navy will begin work on the design of the new guided-missile destroyer.

At the same time, the cruiser was modernized.

In 35 began to equip anti-ship missiles.

To be honest, this is also something that Zhang Xueming did not expect.

Under systematic cheating.

The speed of technology development is simply against the sky.

But this is also a step by step.

It's just that this pace is bought relatively quickly.

And the service of this FJ-35 anti-ship missile.

It also means that the era of missiles in China has arrived.

The era of breakthroughs in missile technology has also arrived.

When the time came 1936.

The Aerospace Industry Group brought Zhang Xueming a New Year's gift.

"Chairman, we will launch the test launch of a new generation of heavy rockets, and I would like to invite you to participate..."

After hearing this, Zhang Xueming could still stay.

Directly hand over the new year's work meeting to Zhang Zuoxiang and Li Tanren to handle on their behalf.

He himself rode in the new car and ran directly to the Jiuquan Launch Center.

Construction of the Jiuquan Launch Center began in 1933.

It is currently in service.

And become the only rocket launch site at the moment.

However, construction of a new launch site has already begun on the Hainan side.

Close to the equator, the rocket can be sent into orbit for experiments.

Zhang Xueming's commercial S-200 business jet came to the military airport near the Jiuquan launch center.

This S-200 large business jet is specially customized by COMAC Group specifically for Zhang Xueming.

The interior is very luxurious.

In terms of safety, it is benchmarked against Air Force One.

Comfort has improved by more than one cut.

So this has also become the main car for Zhang Xueming's travel.

The name Air Force One naturally fell to the current S-200 large business jet.

As for the original one, it was equipped for the State Council.

Let Zhang Zuoxiang and Li Tanren's travel can also take a special plane.

Zhang Xueming arrived at the launch center.

I saw the tall rocket that was fixed by the launcher.

This rocket is compared to the previous Wentian-9.

But it's much longer and much thicker.

Four symmetrical conical rocket boosters are also carried around the bottom of the rocket.

This new rocket is also an improvement on the SS-1 Reaper long-range ballistic missile.

The engine is still the H-2 liquid oxygen kerosene engine.

However, it is an improved model, the H-2B.

With a very high thrust of 130 tons, it will be used as the main engine.

The two booster engines equipped symmetrically around are H-1C liquid oxygen kerosene engines.

The thrust of a single unit is 60 tons.

The latest improvements have been made to both the H-1 and H-2.

For example, the pear-shaped combustion chamber used before was directly abandoned.

All use the latest cylindrical multi-combustion chamber design.

A swimming engine was used instead of a gas rudder.

The only one where the V2 missile engine can still be seen. 1.1

That is, its regenerative cooling system and hydrogen peroxide drive turbopump design.

With the blessing of these two engines.

This was the birth of the test launch of the Wentian-10 heavy launch vehicle.

The launch vehicle is 25 meters long, 3 meters in diameter and weighs an unprecedented 100 tons.

And again, it takes a two-tier approach.

Its first stage is equipped with two H-1D booster engines and a 4-range engine.

Its second stage, the core stage, is equipped with an H-2B main engine with terrifying thrust and four swimming engines.

There is also its split engine and a miniature attitude engine for attitude adjustment.

The main engine and booster engine share one tank.

This also gave it a terrifying take-off thrust of 250 tons.

This thing may not be much in the afterlife.

But even in the fifties, this thrust was quite top-notch.

For this test launch of the Wentian-10 rocket.

Zhang Xueming is very looking forward to it.

If it was successfully test-fired.

Then not only the technology of ICBMs has been unlocked.

It will also light up the satellite technology tree.

With a take-off assist of 250 tons, it already has the ability to launch satellites.