Currently,there is the extremely poor prognosis for pancreatic cancer.Despite the continuous development of various technologies,the long-term survival rate is not improved well.With the rapid development of genomics ...Currently,there is the extremely poor prognosis for pancreatic cancer.Despite the continuous development of various technologies,the long-term survival rate is not improved well.With the rapid development of genomics and biotechnology,the concept of tumor precision treatment has attracted much attention.Gene sequencing technology and biomarker detection have been used to deeply explore the mechanism of the occurrence and development of pancreatic cancer and applied it to clinical diagnosis and treatment,making it possible for patients to carry out individualized precision treatment for pancreatic cancer.Multiple-factor analysis combined with meaningful biological indicators is more helpful to determine individualized diagnosis and treatment measures.This paper summarizes the research results in the above aspects.展开更多
Combined with the parameters of the production process of a steel factory, numerical simulations for a new ladle from preheating to turnover are conducted using the finite element analysis system software （ANSYS）. T...Combined with the parameters of the production process of a steel factory, numerical simulations for a new ladle from preheating to turnover are conducted using the finite element analysis system software （ANSYS）. The measured data proved that the simulated results are reliable. The effects of preheating time, thermal cycling times, and empty package time on steel temperature are calculated, an ideal preheating time is provided, besides, based on the analysis of a single factor and use the nonlinear analysis method, a steel temperature compensating model with di- versified coupling factors is proposed, with the largest error of the present coupling model at 1. 462 ~C, and the er- rors between actual and target steel temperature in tundish after the model is applied to practical production are basi- cally controlled within -4-6 ~C, which can meet the accuracy of the manufacturer and has a practical guiding significance for the production in steelmaking workshops.展开更多
文摘Currently,there is the extremely poor prognosis for pancreatic cancer.Despite the continuous development of various technologies,the long-term survival rate is not improved well.With the rapid development of genomics and biotechnology,the concept of tumor precision treatment has attracted much attention.Gene sequencing technology and biomarker detection have been used to deeply explore the mechanism of the occurrence and development of pancreatic cancer and applied it to clinical diagnosis and treatment,making it possible for patients to carry out individualized precision treatment for pancreatic cancer.Multiple-factor analysis combined with meaningful biological indicators is more helpful to determine individualized diagnosis and treatment measures.This paper summarizes the research results in the above aspects.
基金Item Sponsored by Technology Supporting Program During the 11th Five-Year Plan Period(BAE03A07)
文摘Combined with the parameters of the production process of a steel factory, numerical simulations for a new ladle from preheating to turnover are conducted using the finite element analysis system software （ANSYS）. The measured data proved that the simulated results are reliable. The effects of preheating time, thermal cycling times, and empty package time on steel temperature are calculated, an ideal preheating time is provided, besides, based on the analysis of a single factor and use the nonlinear analysis method, a steel temperature compensating model with di- versified coupling factors is proposed, with the largest error of the present coupling model at 1. 462 ~C, and the er- rors between actual and target steel temperature in tundish after the model is applied to practical production are basi- cally controlled within -4-6 ~C, which can meet the accuracy of the manufacturer and has a practical guiding significance for the production in steelmaking workshops.
