Wadati在分析地震强度数据时也看到了类似的模式。
Wadati saw a similar pattern when he analyzed data on the intensity of shaking.
设计了训练强度数据采集系统样机。
后续船的空船强度数据可采用第一艘船的。
For the subsequent sister vessels, the lightship property of the first vessel shall be used for this purpose.
本文提出了有关混凝土强度数据回归分析的几个应注意的问题。
The paper presents some points for attention in regression analysis of concrete strength data.
利用已知的胰岛素结构和DPI强度数据，应用分子置换法对测定dpi的晶体结构作了尝试。
We have tried to determine DPI crystal structure by the molecular replacement method using the data of the known insulin structure and DPI intensities.
用于定位的基于信道模型的方法则比较接收信号强度测量值和根据无线信道模型创建的信号强度数据库。
A channel model based approach used in providing location positioning may compare receive signal strength measurements to a database of signal strengths created using a wireless channel model.
利用该回归模型进行抗压强度的计算，可以为建立油井出砂的理论预测模式提供较为准确的岩石抗压强度数据。
The computed rock compressive strength with the established regression model can support exact compressive strength for the establishing of sand prediction model for oil well.
基于设计规范中的疲劳强度数据，提出了一种简便、可行的强度概率设计方法，使设计规范中的内容得到补充和修正。
According to the data of fatigue strength in the "standard", a simple method of probabilistic fatigue strength design is suggested, and the content of the "standard" can be complimented and modified.
它可以提供256位高强度数据加密、完整性验证、基于PKI的身份认证以及抗重播保护功能，最大限度地对上层应用提供安全保护。
It can provide high strength (with key of 256bits) encryption, integrality validation, identity authentication based on PKI, and anti-replay protection for upper layer application.
结果表明，在粘接过程中采用适当的表面处理方法、涂胶方式，确定适当的加压压力、涂胶厚度和固化条件，有利于减小粘接件拉伸强度数据的分散性并提高粘接强度。
The results showed that choosing of proper manners of surface treatment and adhesive coating as well as setting of pressure, thickness of adhesive and curing condition were helpful to improve t...
工作表中间的数据抗张强度沿着“数值轴”数值轴：显示刻度数值的图表坐标轴。
The data in the center of the worksheet (tensile strength) will be plotted along the value axis (value axis: a chart axis that displays scaled numerical values.)
在高密度数据存储应用中，所述强磁材料区含有高饱和磁化强度的纳米磁性微粒。
In the application of high density data storage, the strong magnetic material section contains nanometer magnetic particulate with high saturation magnetization.
在高密度数据存储应用中，所述强磁材料区含有高饱和磁化强度的纳米磁性微粒。
In the application of high density data storage, the strong magnetic material section contains nanometer magnetic particulate with high saturation magnetization.
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