After exchanging the research ideas of the second generation lotus reel with Professor Zhu, Professor Zhu was busy writing a report to apply to participate in Duke's second generation lotus reel research project. With experience in the first generation lotus reel and the large carrier-based lotus nuclear power reel, Professor Zhu's team's level has improved rapidly now.

I believe that after two or three years of research experience, my mastery of the catalytic nuclear reactor invented by Duke will be more mature, and I can basically design a relay model similar to the first generation of the Lotus Reactor.

It is equivalent to the new reactor type leading the world, Professor Zhu has brought a new research team to domestic nuclear reactor research. How could Professor Zhu give up such an opportunity?

I believe the superiors will not miss such an opportunity.

Duke got the construction of Professor Zhu's Chengjiu Astronomy Network. He now has some money. After using Kerry to virtually create a distributed system structure for a super mini machine, Duke obtained a procurement list based on this structural structure and assigned it to SAL's procurement department. He quickly placed an order to include the super mini machine that Duke needed and some parts that Duke needed to improve.

The super small machine cluster connected through a unique fiber optic network also burst out with powerful computing power under Duke's transformation. The latest version of Nuwa operating system server cluster has almost perfectly squeezed out the computing potential of these super small machines. Although the entire system computing is still somewhat different in general computing power compared to real supercomputers.

Even so, the general computing performance of the entire system is very close to the performance of the Titan ii prototype supercomputer. However, in terms of cost, Duke's system is almost twice that of the former, and in terms of cost performance, it is extremely unprofitable.

However, for Duke's unique Lotus reactor nuclear reaction simulation application research, the distributed computing program optimized and debugged by Kerry, and the insertion of some professional super workstations in the middle is responsible for highly professional computing, making the entire system performance several times that of the Titan ii prototype, which is a bit worse than the Maldives Duke's improved Titan ii, but it is much stronger than the obviously outdated supercomputer system of Project 7.

Of course, this professional performance is very limited for other aspects of massive data computing research, but Duke's current goal is only to support the simulation computing development of Lotus Drop II generation, and the disadvantage of not supporting other general massive data computing will not exist.

Cost is not a problem. As long as Duke's research can be better supported, Duke can support it with higher R&D costs. After all, Oriental New Energy has begun to enter the money-making stage, and these R&D costs are of course borne by this new company.

In this way, Duke built two super computing centers, one is the super computing center with stronger performance in the Maldives. It is entirely Duke's research team doing research. It not only supports nuclear reactor research, but also allows some new material research simulations and machine tool research simulations to simulate massive operations.

After all, the improved Titan ii supercomputer transformed by Duke has more computing power in these aspects than the super small computer cluster system pieced together from the Lotus Drop Base.

Duke has no choice but to do this compromise. After all, the Titan II system is not able to buy it in China. Professor Zhu and others are also unable to go to the Maldives to do this research.

So Duke can only put it in. The main experimental research of the nuclear reactor is placed in the Lotus Reactor base. Only simulation tests with particularly large data calculation volumes can Duke hand over to the Maldives research team for calculation. This means that Duke has two teams to assist him in the research work at the same time, which can save a lot of valuable research and development time compared to a single system.

In this way, although it is a waste of research and development investment, Duke believes that this method is completely worth it. How to calculate it with money is an extremely calculating thing.

Duke is preparing for his own new research infrastructure construction, while Dongfang New Energy used the Li family to complete the production and operation rights of nuclear power equipment in Hong Kong in Hong Kong. Now it has begun the first commercial reactor production in Chittagong, Bangladesh. The main components of the nuclear island equipment are produced by Duches Heavy Industry's enterprises and are supplied to Dongfang New Energy in the form of accessories to complete the final assembly of the complete set of equipment and finally installed on the Bangladesh nuclear island base.

Oriental New Energy has abundant funds, and the estimated investment in Chittagong project is about US$400 million. Oriental New Energy invests half of its own funds and half of its bank loans. For power station construction investment, the proportion of its own investment is quite high. Normally, the investment in its own funds will not exceed 30%.

However, this project is somewhat experimental, and the interest rate of financing loans is generally higher than that of general. Whether it is Lao Li's family or Cai Siqiang, they do not want to make the financing cost too high. Anyway, the 5 billion promised by both parties to the company's registration has been in place, and the company's own funds are still idle. If it weren't for the long-term layout consideration, they would not have to borrow money at all.

With the funds in place, the entire project can be launched at the same time. Lao Li's family originally had a team running thermal power at Jida Port. They are very familiar with the site selection, relocation, earthwork construction of nuclear power plants. In addition, the Bangladesh authorities also hope to see benefits as soon as possible, and all aspects are extremely cooperative, so the entire project is progressing rapidly.

The Bangladesh project was working very vigorously, and Pakistani politicians soon noticed this matter. From a relationship, Pakistan is closer to Bangladesh and Bangladesh and Ah San. After all, the two families were originally a family, if Ah San hadn't broken up the family.

Therefore, Pakistan knows how much profit the Bangladesh authorities will get in this project. They are completely incomparable in nuclear research than Bangladesh. There are a large number of professional talents to evaluate the pros and cons of the Lotus Pile, and there is no need for any consulting company.

After the Pakistani experts made a clear conclusion, they obtained deep materials such as comments and analysis of local nuclear physicists after Duke's speech in Switzerland. The lotus pile is much stronger in theory and experimental pile operation effect than the mainstream commercial piles in the world. It is the safest and most advanced type of pile today, and it is still one of them.

Such a good thing, coupled with the even more jealous huge profits, Pakistan immediately became jealous.
Chapter completed!