1)  countermeasures
破解之道
2)  disintegration
破解
1.
A Study on the Effects of Ozonic disintegration on the Characteristics of Waste Activated Sludge;
臭氧破解对剩余污泥性质的影响研究
2.
The results show that the disintegration degree of sludge increases when the ultrasonic energy input increases.
对污泥超声预处理技术的基础研究是实现该技术工程应用的前提,为此取深圳市某污水处理厂二沉池污泥和浓缩污泥进行超声破解试验。
3.
In this paper, the pretreatmentof waste sludge by ultrasonic disintegration on a laboratory-scale is studied .
如在厌氧消化前,对污泥进行破解预处理,即使细胞壁破裂,细胞内含物溶出,可以加速污泥的水解过程,从而达到缩短消化时间,减少消化池容积,提高甲烷产量的目的。
3)  decoding
破解
1.
This paper,therefore,presents several decoding methods to avoid unnecessary troubles.
CMOS是电脑主板上保存系统配置信息的一块RAM芯片,通过设置CMOS密码以保护电脑不被非法侵入是用户常用的手段,然而因忘记密码无法及时进人计算机系统而影响工作也是一件麻烦的事情,本文就此阐述了几种不同的CMOS密码的破解方法。
4)  crack
破解
1.
The MAC address and IP address binding tactic is discussed,the theoretical framework and ways to crack it are explained.
讨论了MAC地址与IP地址绑定的策略,进一步阐述了该策略实现的原理和破解方法,提供了防止破解的具体方法,深度剖析了破解成功的原因。
2.
This paper mainly discusses a method for designing soft dog based on C8051F320,analyzes the method for cracking soft dog,and then designs the arithmetic flow that can prevent to be pursued.
论文主要讨论基于C8051F320芯片的加密狗的设计,通过分析当前加密狗被破解的方法,设计出防跟踪分析的加密狗算法流程。
3.
This paper firsdy analyses the techniques and methods for cracking sharewares protected by serial number, then reduces all the security problems that serial number protection approach facing to three categories: object security problem, entrance security problem and distributing serial number problem.
本文首先剖析了破解序列号保 护的技术和方法,然后将序列号保护方式所面临的安全性问题归纳为对象安全性问题、入口安全 性问题和序列号散布问题进行研究。
5)  decryption
破解
1.
A method of protection is proposed based on the analysis of the technology of encryption and decryption, which is realized with VB.
但是由于数据库的加密机制非常简单,很容易破解数据库密码,安全性差。
2.
This paper introduces a number of encryption and decryption technologies on commonly used software.
介绍常用软件加密和软件破解的一些方法。
6)  solution
破解
1.
Legal problems of non-governmental college running and its solution;
论民办高校办学中的法律困境及其破解
参考词条
补充资料:道-道间寻道时间
道-道间寻道时间(single track seek):  
指磁头从一磁道移动至另一磁道的时间,单位为毫秒(ms)。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。