1) Storm Enhanced Density(SED)
暴时密度增强(SED)
2) storm intensity
暴雨强度
1.
Immune evolutionary algorithm and its application to parametersoptimization in storm intensity formula;
免疫进化算法及其在暴雨强度公式参数优化中的应用
2.
A Statistical method of city storm intensity formulas;
城市暴雨强度公式的统计方法
3.
By utilizing hydrology, climatology, geomorphology, computer and GIS technology, measured data on the annual rainfall of 824 stations in the Hangzhou region were collected, and the formula of storm intensity in 23 rainfall stations was ascertained.
运用水文学、气候学、地貌学、计算机和GIS技术,采集了杭州地区824站的年降水实测资料,推求出了23个雨量站的暴雨强度公式,对整个杭州市的设计暴雨强度空间分布进行了深入研究。
3) rainstorm intensity
暴雨强度
1.
A study of the formula of rainstorm intensity in Handan city;
邯郸市暴雨强度公式研究
2.
Research on a new-generation of rainstorm intensity formula for Shenzhen City;
深圳市新一代暴雨强度公式的研制
3.
The parameters of nine duration rainstorm intensity samples must be estimated when formulating the rainstorm intensity in urban drainage engineering.
城市排水工程中编制暴雨强度公式时,须对九种历时暴雨强度的样本系列进行参数估计。
5) privacy amplification
保密增强
1.
This paper describes a 21-OT~k protocol that can be reduced to a single execution of UOT by using privacy amplification with extractors.
基于保密增强技术,提出了简化21 OTk为UOT单次执行的协议。
2.
This paper investigates privacy amplification, in which there exists a binary disrete memoryless broad- cast source which transmitting data at very high a rate, and an adversary s memory capacity is limited, no as- sumption about his computing power is made.
本文研究以下情况时的保密增强,存在一个二元离散无记忆广播信源以非常高的速率广 播随机比特串,并已知敌手的存储容量有限、计算能力无限。
3.
This paper investigates the effect of side-information,obtained by the opponent through an initial reconciliation step,on the size of the secret-key that can be distilled safely by subsequent privacy amplification in uncoditionally-secure secret-key agreement protocol based on smooth entropy,and obtains the size of the secret-key with some probability.
本文讨论了通信双方在公共信道上基于平滑熵进行无条件安全秘密钥协商协议来提取秘密钥时 ,窃听者在信息协调阶段获得的边信息对保密增强阶段所能提取出的秘密钥长度的影响 ,得出了以一定概率所协商的秘密钥长度 。
6) password strengthen
密码增强
补充资料:表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条