由于JRebel对重载/刷新资源进行了全面综合考虑，因此也能够更新各种框架和容器的配置及元信息。
The equal consideration of resources for reload/refresh also enables updating of configuration and metadata information of various frameworks and containers.
注册中心不只是一个服务用来描述其元数据并被客户和其它服务发现的容器而已。
Registries are more than just containers in which services can be described by metadata and discovered by clients and other services.
通常，它们都运行在容器中，而容器则体现为框架，处理着元数据中与运行时相关的部分。
Typically they do run inside a container that serves as a framework to act on the runtime-relevant parts of the meta data.
XAUST将同一元素的所有数据都归入单一容器，然后使用算order - 4压缩器的单个模型以递增方式压缩该容器。
XAUST groups all data for the same element into a single container, which is compressed incrementally using a single model for an arithmetic order-4 compressor.
Web项目是存放各种资源的容器，例如，这些资源可以是与部署Web页面或Web应用程序所必需的文件的层次结构相对应的源文件和元数据。
The Web project is a container for resources, such as source files and metadata that correspond to the hierarchy of files necessary to deploy a Web page or Web application. To create a Web project.
销毁容器是指删除通过lxc-create步骤与名称关联的配置文件和元数据
Destroying the container removes the configuration files and metadata associated with the name by the lxc-create step
ProcessServer使用业务图包装业务对象，业务图是与业务对象关联的额外元数据的容器。
Process Server wraps a business object with a business graph, which is a container for associating additional metadata with business objects.
超块（superblock）是关于文件系统的高级元数据的容器。
The superblock is the container for high-level metadata about a file system.
我在一切二元性的纠缠中释放克里斯托火焰，因那些二元纠缠也许存在于我谦卑的容器之中。
I release to the Christ Fire within all entanglements of duality, as they may exist within my humble vessel.
用两个特制的玻璃容器及一台平流泵即可实现二元线性梯度洗提。
Dual linear gradient elution can be performed with two specially made glass container and a high pressure constant flow pump.
建立了高压容器筒体与封头结构的有限元分析模型。
The finite element analysis model of cylinder and vessel head structures was established.
提出了用变分有限元方法计算容器内液体晃动谐振频率的方法和步骤，这种方法可适用于各种形状复杂的容器内液体晃动问题。
Calculation of resonant frequencies of sloshing in a container have been achieved by FEM with calculus of variation, which is able to solve sloshing in variety complex containers.
采用三维有限元方法对蒸汽扩容器与切向接管联接的关键部位进行了应力分析，获得了该部位的应力分布。
This paper applies the three-dimensional finite element method to the analysis of the stress for steam expanding vessel with tangential pipe, and the stress distribution has been obtained.
本文使用有限元软件ANSYS对纤维缠绕压力容器进行了几何非线性分析，并对容器进行了强度以及失效研究。
Geometrical nonlinear analysis of filament-winding pressure vessel with ANSYS are carried out in this paper. The failure and the strength of vessel were also studied.
有两种类型的元蓝色和白人高端类型和生气勃勃的蓝色和灰色的小容器色调蓝色的。
There are two types of Yuan blue and whites ie the high end type with vibrant blue and those small vessels with greyish tone blue.
本文针对高压全缠绕复合材料压力容器，应用有限元分析系统对其应力偏大的筒身应力进行了弹塑性非线性数值模拟。
In this paper the finite element analysis is applied to simulate the elastic-plastic numerical value for the high-pressure full wrapped composite pressure-vessel.
设计了一种用于测定低熔点二元合金步冷曲线的试样容器。
The sample cell used to measure the gradual cooling curve of two components alloy with low melting points was designed.
将有限元应力分析方法与优化设计方法相结合，提出了基于受压容器开口补强的极限分析理论和优化设计思想。
In this paper the finite element method is combined with optimization. The strengthening optimization is put forward on the basis of the limit analyse method of pressure vessel strengthening design.
用矩阵分析与有限元相结合的方法，定量地分析确定压力容器螺栓法兰连接系统的刚性。
Combining matrix method with finite element method, quantitatively analyzes the rigidity of bolts-flanges connecting system of pressure vessels.
本文认为在容器前、后封头上观察到的分层现象是造成这种强度显著波动的主因，并用有限元分析进行了验证。
Delamination occurring in the head region of the pressure vessel is identified as the main cause leading to the burst strength degradation, with help of the improved FEM analysis.
通过接触单元来数值模拟啮合齿的接触过程，建立了基于整体有限元分析的齿啮式快开压力容器塑性载荷计算方法。
The proposed criterion is used to evaluate plastic loads in pressure vessel design by analysis using elastic-plastic finite element analysis to guard gross plastic deformation of pressure vessel.
用有限元法分析了标准电容器电场的电位势的分布，得到了孔洞材料的介电常数。
The distribution of electrical potential of standard capacitor is analyzed by finite element method;
用有限元法分析了标准电容器电场的电位势的分布，得到了孔洞材料的介电常数。
The distribution of electrical potential of standard capacitor is analyzed by finite element method;
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