逐日

ABSTRACT With the rapid development of the techniques of computer、communication and network and with the popularity of the internet, the size of electronic data increases explosively.

随着计算机技术、通讯技术、网络技术的飞速发展和Internet应用的日益普及，电子文本文档的数量逐日剧增。

By the method of daily objective analysis and EOF analysis, these reasons of sample leading to big forecasting error are analyzed, the characteristic vector field of maximum temperature、minimum temperature、foehn day and all the big forecasting error day is studied, the result is concluded that the major factor in Shijiazhuang area and its country is hardly same, the foehn effect is the important factor causing forecast error.

进而对温度预报误差较大的样本出现原因进行了逐日客观分析，并通过自然正交函数分解方法，对不同情形下石家庄及周边县站极端最高、最低气温EOF分解特征向量场的变化特征对比，推断出影响石家庄及周边县市气温预报偏差的主要因子大致相同，焚风是导致温度预报出现较大误差的重要原因。

Newborn Balb/c mice were infected intracranially with CVB3 (10〓). Indirect immunofluorescent staining approved the infection. We monitored daily for overt signs of infection and pathological changes (nervous cell necrosis, edema, etc). The most severe signs and pathologic changes happened at the third day postinfection.

本实验又选用日龄为2-3天的新生Balb/c小鼠，以10〓CVB3标准株颅内接种，逐日观察CVB3引致小鼠脑组织感染的病理改变及症状一周，并以间接免疫荧光法证实小鼠脑内感染确立，结果显示：10〓CVB3导致小鼠颅内感染成立；小鼠出现明显的症状体征；组织学呈现明显的神经细胞变性、坏死及细胞内、外严重水肿，且以第三天为最重。

Using temperature data of Shifang from 1959 to 2008 and using a linear regression and 5-year moving average, Mann-Kendall method etc, analyses are made on the past 50 years inter-annual variations in temperature characteristics.

利用什邡市1959-2008年逐日气温资料，采用一元线性回归及5年滑动平均，Mann-Kendall法等方法，研究分析了什邡市50年来气温年际变化特征。

Case studies with the data sets of normal climatic year,different variety types and yield levels at different eco-sites indicated a good performance of the model system in guidance and wide applicability.

利用不同生态点的常年逐日气象资料以及不同品种类型、不同产量目标资料对所建知识模型进行了实例分析，结果表明知识模型对不同条件下冬油菜适宜绿色面积指数的设计具有较好的可靠性和适用性。

Interest accrues day by day from the date the borrower takes up the monetary loan or makes use of the overdraft facility but is payable at the end of the loan period or annually, whichever occurs earlier.

利息自借用人接收货币贷款或使用透支便利时起逐日计算，但应在借贷期间终止时或按年度支付，以其较早者为准。

Our research indicates that the change of precipitable water for the GPS stations nearby has no difference at the same time period in one day, showing that the change of moisture is the same for the stations nearby.

研究发现邻近GPS测站於逐日同时刻可水变化一致，具有高的正相关，显示当地的水气变化相同。

Precipitation in Heilongjiang Province of China increased slightly from 1960 to 2000. Adopting the method proposed by Arthur N. Samel, we separated monsoon rainband rain and calculated the initial and final date of monsoon rainband of each year and each station.

为了分析黑龙江省夏季季风的变化规律和夏季季风与年降水之间关系的变化，采用Samel发明的方法，用逐日降雨量数据计算每一年夏季季风到达、离开、停留在黑龙江省的时间。

The seasonal division and their change in various Sichuan areas is discussed using the daily mean temperature data of Sichuan 135 stations and the seasonal division method by Zeng Qingcun et al. It is shown that:(1) Between 1961-2004 each seasonal length is different, summer and winter are longer than spring and autumn, and difference of the seasonal division in different areas is mainly shown by the time scale of spring and autumn.

利用四川地区135个台站的逐日温度资料和曾庆存等提出的季节划分方法，讨论了四川各区域的气候季节划分和季节变化，结果农明：(1)1961~2004年期间，四川地区季节的四季分配很不均匀，冬夏季偏长，春秋季节偏短；并且四川不同区域间的季节划分差异主要表现在春秋两季的时间长度上。

Witte's economic reform and Stolypin's agrarian reform had influences on the social tendency in Imperial Russia at that time. Especially when people had more and more dissatisfaction with Tsar, Witte's economic reform and Stolypin's agrarian reform related with the degree of people's support to Tsar.

而维特的财经改革与史托里宾的农业改革，关系著俄国当时的社会脉动，尤其在人民对沙皇不满情绪逐日高涨的时期，两人的改革攸关人民对沙皇的支持与否。

With Death guitarist Schuldiner adopting vocal duties, the band made a major impact on the scene.

随着死亡的吉他手Schuldiner接受主唱的职务，乐队在现实中树立了重要的影响。

But he could still end up breakfasting on Swiss-government issue muesli because all six are accused of nicking around 45 million pounds they should have paid to FIFA.

不过他最后仍有可能沦为瑞士政府&议事餐桌&上的一道早餐，因为这所有六个人都被指控把本应支付给国际足联的大约4500万英镑骗了个精光。