This process simplifies things quite a bit, as the organization of the unstable tree can change based upon changes to the pages (recall that pages in the unstable tree are not write protected).
这个过程大大简化了工作，因为不稳定树的组织方式可以根据页面的变化而变化(还记得不稳定树中的页面不是写保护的吗？)
In the days before Windows, this is a very important function, but the 32-bit "protected mode" software does not use BIOS, therefore the use of this feature and even less.
在Windows以前，这是一个非常重要的功能，但是32位的“保护模式”软件不使用BIOS，因此今天这个功能的用途就更少了。
NTLDR loads the basic memory configuration and switches to 32-bit mode (protected mode). NTLDR then places itself into high memory to free up as much memory space as possible.
NTLDR载入基本的内存配置并转为32位模式(保护模式)。然后NTLDR将自己放入高内存以尽可能多地释放内存。
Data transfer operations are protected by CRC codes; therefore, any bit changes induced by card insertion and removal can be detected by the SD bus master.
数据传送操作是通过CRC编码来保护的，因此，由拔插卡引起的任何位的变动将会被SD总线管理器侦测到。
The problem is that this works when the CPU is in 32-bit VPAM (Virtual Protected Address Mode), which is what an i386 OS USES, but not when the CPU is in the so-called "Long Mode" that AMD introduced.
问题是这个工程时，CPU在32位vpam(虚拟保护地址方式)，这是一种什么i386操作系统使用，但不是当CPU是所谓的“长”模式，AMD推出。
For a code to be able to run with access to 64-bit registers, another kind of protected mode is employed, called long mode.
一个代码能够访问64位寄存器，采用另一种保护模式，称为长模式。
With these data structures, code modules, and system registers initialized, the processor can be switched to protected mode by loading control register CR0 with a value that sets the PE flag (bit 0).
当设置好这些数据结构，代码段以及系统寄存器之后，可以通过设置控制寄存器CR0的PE位(第0位)为1来进入保护模式。
Lab and field test show that the service life of electroplated diamond bit of Nickel Cobalt Manganese alloy matrix, whose diameter is protected by polycrystalline diamond, will be improved by 30%.
通过试验得出采用方柱状聚晶保径或采用镍钴锰合金胎体，电镀金刚石钻头的保径效果好，钻头寿命可提高3 0 %以上。
Lab and field test show that the service life of electroplated diamond bit of Nickel Cobalt Manganese alloy matrix, whose diameter is protected by polycrystalline diamond, will be improved by 30%.
通过试验得出采用方柱状聚晶保径或采用镍钴锰合金胎体，电镀金刚石钻头的保径效果好，钻头寿命可提高3 0 %以上。
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