1) time-space transform
时空转换
1.
in this paper,via kinds of four parallel methods for optimun problem,We analyze how to utilize the Time-space transforms in mathmatical thinking process,divide a complicated solving problem into multi-time-space parallel computations and get a deeper understanding of thinking process in designing parallel algorithm and multi-time-space transform.
通过对求解最优化问题计算的４种并行化方法的剖析，分析了数学思维过程中如何应用时空转换，把一个复杂问题的求解分解为在多个时空上的并行计算。
2) idle running time
空转时间
3) spatio-temporal variation
时空变化
1.
Analysis of environmental factors impacting spatio-temporal variation ofbenthic community structure in Shenzhen Bay;
深圳湾底栖动物群落结构时空变化环境影响因素分析
2.
Spatio-temporal variation of macrobenthic community structure of tidal flat in Yueqing Bay;
乐清湾滩涂大型底栖动物群落结构的时空变化
3.
Spatio-temporal variation of soil acidification in hilly red soil croplands;
红壤丘陵区农田土壤酸化的时空变化研究
4) temporal and spatial variation
时空变化
1.
Characteristics of temporal and spatial variation of salinity and their indicating significance in the Changjiang Estuary;
长江口盐度的时空变化特征及其指示意义
2.
Based on the investigation from 2002 to 2003 in Funin Bay,temporal and spatial variation characteristics of active phosphorus and inorganic nitrogen, status in quo of nutrition and limitative factors of nutrition were studied.
根据2002至2003年福宁湾海域的监测资料,研究该海域PO4-P、DIN的时空变化特征、营养程度现状以及本海域的营养盐限制因子。
3.
A non-point source(NPS) pollution modeling system,the soil water and assessment tools for the Miyun Reservoir watershed,was used to identify temporal and spatial variations of NPS pollution in the watershed and to evaluate three pollution control scenarios.
采用经过参数率定和模型验证的密云水库流域非点源SW AT模型系统,对非点源污染时空变化、负荷关键区进行了识别,并针对不同的流域管理情景进行了情景分析。
6) temporal and spatial change
时空变化
1.
Temporal and spatial change characteristics of soil elements in reclaimed slope forestland.;
林地开垦后坡面土壤元素的时空变化特征
2.
The reasons inducing the temporal and spatial change of surface water quality in Jiyun river are following:the land use change,such as increase of agricul.
通过对不同时段和不同监测点环境监测数据的对比分析 ,研究蓟运河干流地表水质的时空变化特征 。
3.
Based on the monthly precipitation data of 12 stations in northern China between April and September from 1951 to 1999, the grades for flood and drought is calculated by Z-index converting, and the temporal and spatial change of drought-flood in northern China(35°～41° N) for the last 50 a is discussesd.
利用我国北方 12个测站 195 1— 1999年 4— 9月的降水量资料 ,用Z指数变换计算旱涝等级 ,据此讨论北方地区 (35°～ 4 1°N)近 5 0a旱涝的时空变化 。
补充资料：可转换证券的转换价值
可转换证券的转换价值——
如果一种可转换证券可以立即转让，它可转换的普通股票的市场价格与转换比率的乘积就是可转换证券的转换价值，即转换价值等于普通股票的市价乘以转换比率。
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