The polarographic wave of benzophenone-12 was studied by linear sweep polarography in different kinds of buffer systems.
用线性扫描极谱法研究了雷公藤内酯酮在不同缓冲体系和氧化剂作用下的极谱催化波。
The polarographic behaviors of triptophenolide at different buffer systems and oxidants were studied by linear sweep polarography.
用线性扫描伏安法研究了雷酚内酯在不同缓冲体系及氧化剂作用下的极谱行为。
Several important factors are discussed, such as buffer systems, terminating ions, column effective length and injection time of sample and terminating solution.
详细讨论了影响富集的缓冲体系、尾随离子种类、毛细管有效长度、进样时间和等速电泳时间等重要因素。
Ion exchange equilibrium of neutral amino acids on 732 strong acid cation exchange resin in non buffer systems were studied and an equilibrium model was proposed.
研究了非缓冲体系中性氨基酸在732型强酸性阳离子交换树脂上的离子交换平衡，并提出了平衡模型。
Methods: Based on several reported SDS-PAGE systems for low molecular weight protein, the buffer systems, concentrations of separating gel and stacking gel, electrophoresis procedures were optimized.
方法：比较以往报道的各种低分子量蛋白的电泳分离方法，对电泳缓冲液系统、分离胶和浓缩胶的浓度、电泳程序等进行了优化。
Most of the file systems communicate through a buffer cache, which is a cache that optimizes access to the physical devices by caching recently touched data.
大多数文件系统都通过缓冲区缓存来相互通信，这种缓存通过缓存最近使用的数据来优化对物理设备的访问。
The default size of the log buffer (LOGBUFSZ) below is normally too small for database systems with many update workloads.
对于具有许多更新工作负载的数据库系统而言，下面日志缓冲区的默认大小(LOGBUFSZ)通常都太小。
So far, all our examples of buffer overflow exploits have been for UNIX systems.
目前，我们举的所有利用缓冲区溢位的范例都是针对UNIX系统的。
After developing exploits, you can determine whether your applications and systems are vulnerable to exploits such as buffer overflows and holes such as SQL injections.
漏洞攻击开发出来后，您可以确定您的应用程序和系统是否能够经受缓存溢出等攻击和SQL注入等漏洞的威胁。
The buffer cache buffers requests between the file systems and the block devices that they manipulate.
缓冲区缓存会缓存文件系统和相关块设备之间的请求。
Journaling file systems use a journal to buffer changes to the file system (which is also used in crash recovery) but can use different strategies for when and what is journaled.
日志文件系统是使用日志来缓冲文件系统的修改(同时也可以应用于紧急故障恢复)的，但可以根据记录的时间与内容采取不同的策略。
A buffer overflow in a program such as find is likely to be a risk to a great number of systems.
诸如find这样的程序中的缓冲区溢出可能会给大量的系统带来风险。
DB2 systems performance would include such factors as installation options, sizing buffer pools, dispatching priorities for DB2-related address Spaces, and so on.
DB 2系统性能可以包括诸如安装选项、缓冲池大小设置、DB 2相关地址空间的调度优先级等等之类的因素。
Why do most systems take a significant amount of time to write characters to an output device? What is this buffer and why do we require it? Why do we require flushing buffers?
为什么大多数系统需要大量的时间来写字符输出设备?这是什么缓冲，我们为什么需要它?为什么我们需要冲洗缓冲?。
First reactor of reactors systems play the buffer role, therefore the dynamic influent conditions do little harm to two reactors systems.
对于二级反应器系统第一个反应器会起缓冲的作用，所以浓度动态变化对二级反应器系统危害要小些。
In several buffer allocation schemes, the analysis of self-similarity on performance of queuing systems provides evidence for the dynamic buffer allocation.
在几种缓冲区分配方案中，分析自相似程度对排队系统性能的影响，为进行缓冲区的动态分配提供依据。
The queuing characteristics of the MIMO-AMC systems under the conditions of unsaturated traffic and finite-length buffer are investigated.
分析在业务随机到达以及链路层缓冲区长度有限的条件下，MIMO-AMC系统的分组排队特性。
The semiconductor devices are transferred among the test tray, the buffer tray and the customer tray by first and second picker systems.
通过第一及第二拾取器系统在该测试盘、该缓冲盘及该用户盘之间传送该半导体器件。
As a safe protector, buffer has been widely applied to all sorts of mechanical systems.
缓冲器作为一种安全保护装置被广泛用于各种机械系统中。
In many application systems, using the buffer storage technology is an effective approach for improving the function of data inquiry.
在许多应用系统中，使用缓存技术是提高数据库查询性能的有效途径。
Then how to use a computerized chemical equilibrium model to estimate and predict buffer capacity and susceptibility to acid precipitation of water systems are discussed.
然后讨论如何用计算机处理的化学平衡模式估计和预测水体的缓冲容量以及对酸沉降的敏感性。
Network security has been paid more attention to and hackers often take advantage of buffer overflow to attack other systems or spread virus.
网络安全日益引起人们的重视，而利用缓冲区溢出进行攻击是黑客和病毒较为常用的手段。
By solving we can get some parameter index about the two queueing systems, for example, buffer contents, unfinished work and cell delay.
通过数值求解我们分别得到这两个系统的一些衡量指标如平均队长，系统未完成的工作时间以及积极顾客的逗留时间。
By solving we can get some parameter index about the two queueing systems, for example, buffer contents, unfinished work and cell delay.
通过数值求解我们分别得到这两个系统的一些衡量指标如平均队长，系统未完成的工作时间以及积极顾客的逗留时间。
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