Objective:This study aims to gain insight into the effects and potential advantages of the grid-style nursing management model in the care of critically ill patients.Methods:Eighty critically ill patients admitted to ...Objective:This study aims to gain insight into the effects and potential advantages of the grid-style nursing management model in the care of critically ill patients.Methods:Eighty critically ill patients admitted to our hospital between May 2020 and May 2021 were selected and randomly divided into the control group and the grid group,each with 40 patients.The control group implemented traditional nursing management,while the grid group adopted a grid-style nursing management model.The quality of care,quality of life,nursing satisfaction,and treatment adherence of the two groups were compared.Results:Compared with the control group,the grid group had significantly higher quality of care and quality of life(P<0.001);in terms of nursing satisfaction,the score of the grid group was 8.26±0.85,which was significantly higher than that of the control group(6.65±0.77)(P<0.001);90.00%(36 patients)of the grid group showed good treatment adherence,significantly higher than 70.00%(28 patients)of the control group(P<0.001).Conclusion:The implementation of the grid-style nursing management model in critically ill patients can significantly improve the quality of care,quality of life,and satisfaction of patients,and effectively promote patients’treatment adherence.These positive results provide strong support for the promotion and application of this model in clinical care.展开更多
本文针对当前地下水模型中包括断裂、防渗帷幕在内的线形水文地质对象(L ineStyle Hydrogeological Ob ject)的模拟难点,研究基于重叠型区域分解原理的快速自适应组合网格方法(Fast Adaptive Composite G rid—FAC)。论文首先概括当前...本文针对当前地下水模型中包括断裂、防渗帷幕在内的线形水文地质对象(L ineStyle Hydrogeological Ob ject)的模拟难点,研究基于重叠型区域分解原理的快速自适应组合网格方法(Fast Adaptive Composite G rid—FAC)。论文首先概括当前线形水文地质对象的模拟手段及其存在的不足,进而讨论FAC方法建立和求解地下水模型的基本原理。通过对理想的地下水流模型的求解,表明该方法能够满足线形水文地质对象的精细模拟求解的要求,且求解效率较高。展开更多
文摘Objective:This study aims to gain insight into the effects and potential advantages of the grid-style nursing management model in the care of critically ill patients.Methods:Eighty critically ill patients admitted to our hospital between May 2020 and May 2021 were selected and randomly divided into the control group and the grid group,each with 40 patients.The control group implemented traditional nursing management,while the grid group adopted a grid-style nursing management model.The quality of care,quality of life,nursing satisfaction,and treatment adherence of the two groups were compared.Results:Compared with the control group,the grid group had significantly higher quality of care and quality of life(P<0.001);in terms of nursing satisfaction,the score of the grid group was 8.26±0.85,which was significantly higher than that of the control group(6.65±0.77)(P<0.001);90.00%(36 patients)of the grid group showed good treatment adherence,significantly higher than 70.00%(28 patients)of the control group(P<0.001).Conclusion:The implementation of the grid-style nursing management model in critically ill patients can significantly improve the quality of care,quality of life,and satisfaction of patients,and effectively promote patients’treatment adherence.These positive results provide strong support for the promotion and application of this model in clinical care.
文摘本文针对当前地下水模型中包括断裂、防渗帷幕在内的线形水文地质对象(L ineStyle Hydrogeological Ob ject)的模拟难点,研究基于重叠型区域分解原理的快速自适应组合网格方法(Fast Adaptive Composite G rid—FAC)。论文首先概括当前线形水文地质对象的模拟手段及其存在的不足,进而讨论FAC方法建立和求解地下水模型的基本原理。通过对理想的地下水流模型的求解,表明该方法能够满足线形水文地质对象的精细模拟求解的要求,且求解效率较高。
