1) Emergy deficit
能值逆差
2) capacity dispersion
能力离差值
1.
Determining the capacity median and evaluating the capacity dispersion are two key problems in global probabilistic seismic capacity analysis of structures,so the existing methods for the two problems are reviewed and analyzed.
确定能力中位值和能力离差值是结构整体概率抗震能力分析的两个关键问题,文中分析了现有方法存在的缺点。
4) deficit
[英]['defɪsɪt] [美]['dɛfəsɪt]
逆差
1.
Analysis of China's Surging Agricultural Trade Deficit in 2008
对2008年我国农产品贸易逆差剧增的分析与思考
2.
However,the proportion of copyright import and export is unbalanced and there is a large deficit for several reasons: cultural differences between East and West,reading mentality of the public,innate deficiency in the cultural system,insufficient creativity of the publishers,and lack of copyright staff.
但版权引进与输出的比例长期失衡,“逆差”现象十分严重。
5) Trade Deficit
逆差
1.
However recently the culture trade deficit of China and South Korea is serious,this article is embarked from the present situation of culture trade between China and South Korea in recent years,analyses the deficit reason of culture trade between Chinese and South Korean,Simultaneously proposes certain countermeasu.
然而近期中韩文化贸易的逆差严重,从近年中韩文化贸易的现状出发,分析产生当前中韩文化贸易逆差的原因,同时提出一定的对策建议,为我国在中韩文化贸易的发展上起到参考借鉴之用。
2.
In recent years,with the sustainable and rapid growth of bilateral trade volume between China and the Republic of Korea(hereinafter referred to as Sino-ROK),many problems become apparent such as unceasingly ampliative trade deficit,trade structure problem and increasingly enhancive trade friction.
近几年,中韩双边贸易额在持续快速增长的同时,贸易逆差不断扩大,贸易结构问题突出,贸易摩擦日益增多等诸多问题日益显现。
3.
However,the trade deficit is becoming larger and larger,so it is especially important to improve the competitive power of trade in services.
但是我国服务贸易总额占世界服务贸易总额比重很小,且服务贸易逆差逐年加大,因此提高我国服务贸易竞争力尤为迫切。
6) π difference of delocative energy(ΔD π)
离域能差值(ΔDπ)
补充资料：差值傅里叶法
分子式：
CAS号：
性质：在晶体结构分析中广泛应用的一种技巧。用它可在扣除先解析出已知原子坐标的基础上不断搜索待解析、未知原子的空间位置。设|F′c|与φ′相应为根据已知重原子或部分原子或非氢原子的坐标算得的结构因子模与位相的计算值，|FO|是结构因子模的实测值，则差值电子密度函数△ρ按下式进行计算由△ρ傅里叶级数的计算结果中可导出已知原子以外的原子坐标信息。因上式中傅里叶系数与结构因子模实测值与计算值的差值相关，故称作差值傅里叶法。
CAS号：
性质：在晶体结构分析中广泛应用的一种技巧。用它可在扣除先解析出已知原子坐标的基础上不断搜索待解析、未知原子的空间位置。设|F′c|与φ′相应为根据已知重原子或部分原子或非氢原子的坐标算得的结构因子模与位相的计算值，|FO|是结构因子模的实测值，则差值电子密度函数△ρ按下式进行计算由△ρ傅里叶级数的计算结果中可导出已知原子以外的原子坐标信息。因上式中傅里叶系数与结构因子模实测值与计算值的差值相关，故称作差值傅里叶法。
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