The hard disk has 1 physical bad sector, if the partition software is used to shield the bad sector,

It is recommended to use partitionmagic to do it, generally if you want to continue to use this hard disk after the occurrence of bad sectors, you can shield it, and you can effectively control the increase of bad sectors after shielding. Because it shields that place from being used. So there is no need to continue to damage the hard drive and increase bad sectors.

When moving, you can move which disk you want to move. Each part of the drawing of the drive letter above can be changed by dragging it directly. However, you can only move that one plate.

The other disks can't even be touched. Otherwise, the data will definitely fall! I used to have a disk C disk in the guide part of a section of the bad channel, this is how it was shielded.

However, I don't remember if the data was dropped, I remember it as if it wasn't, because I didn't have any data on my hard drive at the time. So nothing impressive.

In principle, it won't fall.

But if it really drops, there is no way, which means that there is no way. Brother suggested you can give it a try. Only move that one area. Don't move any other area. If you move anything else, you really can't do anything.

That's right. You can fix it with the efficiency source. Fix that one bad track to n lanes, and then see if there are any bad tracks. However, in this way, bad sectors will also come out in the future, and the best way is to block them out. It's a little safer.

It is recommended to add the bad track directly to the table, which is more safe.

If the hard disk is broken, it is broken, and the shield comes and goes, and in the end it is still bad and it is likely that the important files are still in it and cannot be read, in my opinion, the hard disk will be replaced immediately if there is a bad sector, after all, the important files in the computer are more than 400 500 block values.

Data? Won't go away! It's just that the bad sector part of your hard drive is counted as a separate area to be drawn! In the future, the hard drive will not be accessed in it!

After the physical bad sectors of the hard disk occur, the damage will become larger and larger.

So the landlord's conclusion is correct.

The so-called physical bad road, logical bad road, that is the old statement. Strictly speaking, now a hard disk is defective at the factory, and it is the so-called physical bad sector, and there is no logical bad sector.

The list of bad sectors has a G table and a P table. The g table is a list of growth defects, but the number of this table is limited. The p-table is a list of fixed defects, and this table is large.

Both tables are similar to a database, but when there are bad sectors, the disk repair tool will record the offset position of the bad sectors in the table, so that there are no defects for higher-level operating systems.

The factory defects of the hard drive are counted in the P table, so for the user, it is in good condition.

In the process of erasing bad sectors, MHDD writes bad sectors to the G table. More advanced tools, such as PC3K, Seagate's instructions, Western Digital's professional repair tools, etc., write bad sectors to the P table. Factory repair, generally is to write the defect to the P table, and then re-label it back to the user.

Some low-level tools can write a certain number of defects to the p-table. These two tables, that is, you can find out, whether it is after-sales or manufacturers, will not be recognized, the reason is very simple, the manufacturer repair is to include the defects in the table, whether it is the manufacturer in the table or the repairer in the table or when you repair the table, this is not clear. Therefore, at this time, if you propose a warranty, the after-sales service will definitely be refused.

Therefore, remember, once a similar situation occurs in the future, do not shield yourself, change it if you can, and do not change it when considering other methods.