1.
Research and Realization of Detection and Defense Technology of the DDoS Attacks Based on Flow Connection Density
基于流连接密度的DDoS攻击检测与防御技术的研究与实现
2.
Study of the Strength and Tightness of Tube-to-Tubesheet Connection Joints;
管子与管板连接接头的强度和密封性能研究
3.
To join or fit closely or tightly.
紧密连接，紧密配合
4.
Maximum strength encryption (disconnect if server declines)
最大强度的加密(如果服务器拒绝将断开连接)
5.
"Maximum strength encryption (disconnect if server declines)\0
"最大强度的加密 (如果服务器拒绝将断开连接)\0
6.
Calculation and test of intensity and strength for Joint airproof structure at Front and back junction of Fiber wraped shell structure
纤维缠绕壳体前后接头连接密封结构强度和刚度计算与试验
7.
Density of Phase Branch Points for a Light Wave Propagation in Atmospheric Turbulence
湍流大气中光束的相位不连续点数密度(英文)
8.
This connected burden receiving valve is lower sealing valve. This valve's structure is the same burden receiving valve, only diameter is differential.
与料流调节阀连接的是下密封阀，下密的结构与上密封相同，只是口径不同。
9.
precision fiber optic connector
精密纤维光学连接器
10.
The tight junction proteins and gastric cancer
紧密连接蛋白claudins和胃癌
11.
Study on Ohmic Contact Degradation under High Current Density
大电流密度下欧姆接触退化机理的研究
12.
Theoretical Analysis of Coriolis Mass Flow Meter for on Line Continual Determination of Fluid Density
科里奥利质量流量计在线连续测量流体密度的理论分析
13.
A Comparative Study of Gray Matter Concentration and Functional Connectivity in Schizophrenia of Different Subtype;
不同亚型精神分裂症患者脑灰质密度和功能连接的比较研究
14.
a joint proBaBility density function
一个连合概率密度函数
15.
This connection was configured to use a data encryption strength that is not supported by the installed software. The security properties of this connection have been reset to the available encryption strengths.
安装的软件不支持此连接所配置的数据加密强度。此连接的安全属性被重设为使用可用的加密强度。
16.
flange-mounted alternator
法兰连接交流发电机
17.
To Establish the Tight Junction Model between the Endothelial Cell of Blood-brain Barrier and Observe the Damage Effect on the Tight Junction;
血脑屏障内皮细胞间紧密连接模型的建立与紧密连接损伤的观察
18.
The liquid directly above the heat source will be heated, reducing its density and causing it to rise.
热源上的流体将直接被加热，这样会使其密度减小，导致其向上隆升。