1) Restaging
再分期
1.
The Application of ~(18)F-FDG PET in Detecting Malignant Tumor Recurrence and Its Restaging;
~(18)F-FDG PET显像在判断恶性肿瘤复发及再分期上的应用
2.
Objective:To verify the accuracy of endoscopic ultrasonography(EUS) in restaging rectal cancer after neoadjuvant therapy,evaluate the efficacy of neoadjuvant therapy on locally advanced rectal cancer,and study the features of expression and correlation between VEGF and CTHRCl in rectal cancer.
目的:探讨超声内镜在直肠癌新辅助治疗后再分期的准确性。
3) regeneration cycle
再生周期
1.
Following the tracks of catalyst regeneration cycles and the running performance more than 6 years, the variation pattern of catalyst R-132 was revealed.
扬子石化股份有限公司芳烃厂连续重整装置采用UOP公司第一代连续再生技术,1997年扩能改造后采用了UOP公司的新一代R132铂锡催化剂,通过对R132催化剂6年多的再生周期及运转情况的跟踪研究,揭示了R132催化剂的性能变化规律。
4) reload option
再装期权
1.
Improved reload option pricing under jump-diffusion model
改进的跳扩散模型下的再装期权定价
2.
Reload stock option is proposed as a executive stock option plan having some drawbacks,and prove that it is necessary to treat the reload option as a barrier option with two barriers.
针对再装期权作为经理股票期权薪酬机制存在的问题,讨论了设置再装期权上下障碍的必要性,建立了考虑经理股票期权的长期激励因素以及在股市低迷时经理股票期权重置特征的改进的再装期权定价模型,并给出了计算公式及相应的模拟分析。
3.
According to the definition of reload option,the paper deals with the problem of how the binomial option pricing model can be used to value the price of American reload option;in the same time,it exemplifies that the value of reload options will be underestimated if we ignore the reload feature of reload options.
介绍了如何运用二项式期权定价模型 ,根据再装期权的定义 ,导出再装期权的定价公式 ,同时 ,通过实例说明了若忽略再装期权的再装特征 ,将低估再装期权的价值 。
5) regenerative cycles
再生周期
1.
Extending component library of POOSL based on regenerative cycles;
基于再生周期技术的POOSL构件库的扩展
2.
, the component library of Parallel Object-Oriented Specification Language (POOSL) was extended with the technique of regenerative cycles.
为了定量分析系统的吞吐量、时延、缓存平均利用率等长期样本均值(long-run sample average)性能指标,应用再生周期技术(the technique of regenerative cycles)扩展了形式化建模语言POOSL的构件库。
6) time limits of retrial
再审期限
补充资料：地理分期播种(见地理播种)
地理分期播种(见地理播种)
d 11bozhong粼龄燕羁见地理播种。
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