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“80后”女性中层管理者工作压力分析及干预策略 被引量:1
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作者 何娟 《现代物业(中旬刊)》 2015年第1期51-54,共4页
随着时代的发展,“80后”员工正在逐渐成为企业的核心资源,智联招聘展开的“80后”职场生态调研显示,40.5%的80年~84年人已经开始进入公司的核心岗位,其中16.3%的人已经担任了中层管理岗位。女性“80后”员工在企业的发展中发挥着不容... 随着时代的发展,“80后”员工正在逐渐成为企业的核心资源,智联招聘展开的“80后”职场生态调研显示,40.5%的80年~84年人已经开始进入公司的核心岗位,其中16.3%的人已经担任了中层管理岗位。女性“80后”员工在企业的发展中发挥着不容忽视的作用。由于女性心理和生理等方面的特点,女性同时也承受着来自社会、家庭、事业等方面的巨大压力,对女性的身心健康以及工作、生活都产生了一定的负面影响。因此,本研究针对“80后”女性中层管理者的特征,对“80后”女性中层管理者工作压力的分析,探讨了职业女性工作压力来源,并从个人、组织、社会层面提出干预策略。 展开更多
关键词 80后 女性中层管理者 工作压力分析 干预策略
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急诊科护士工作压力分析和自我调节体会
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作者 王琼华 《中国保健营养(下半月)》 2012年第6期2369-2369,共1页
由于急诊科病人病情危急,病种多而且复杂,加上流动性大等特点,给急诊科护理工作增加了很多压力。本人为一名急诊科护士,现就急诊科护理工作中存在的几种压力,浅谈自己的体会并简单提出相应自我调节方法,把职业压力和损害降到最低限度,... 由于急诊科病人病情危急,病种多而且复杂,加上流动性大等特点,给急诊科护理工作增加了很多压力。本人为一名急诊科护士,现就急诊科护理工作中存在的几种压力,浅谈自己的体会并简单提出相应自我调节方法,把职业压力和损害降到最低限度,提高工作效率,不断提升护理质量。 展开更多
关键词 急诊科护士 工作压力分析 自我调节
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Research on synchronous gear pump 被引量:2
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作者 LUAN Zhen-hui 《Journal of Coal Science & Engineering(China)》 2010年第4期429-433,共5页
Based on a comprehensive analysis of the structure and existing problems ofthe gear pump, provided a structure principle of a synchronous gear pump.The discussionsfocused on the working principle, construction feature... Based on a comprehensive analysis of the structure and existing problems ofthe gear pump, provided a structure principle of a synchronous gear pump.The discussionsfocused on the working principle, construction features and finite element analysis ofthe hydraulic gear.The research indicates that the new pump has such advantages aslower noise, better distributed flow and a high work pressure, and it can be widely used inhydraulic systems. 展开更多
关键词 synchronous gear pump working principle construction features finite element analysis
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Thermal-hydraulic modeling and analysis of hydraulic system by pseudo-bond graph 被引量:3
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作者 胡均平 李科军 《Journal of Central South University》 SCIE EI CAS CSCD 2015年第7期2578-2585,共8页
To increase the efficiency and reliability of the thermodynamics analysis of the hydraulic system, the method based on pseudo-bond graph is introduced. According to the working mechanism of hydraulic components, they ... To increase the efficiency and reliability of the thermodynamics analysis of the hydraulic system, the method based on pseudo-bond graph is introduced. According to the working mechanism of hydraulic components, they can be separated into two categories: capacitive components and resistive components. Then, the thermal-hydraulic pseudo-bond graphs of capacitive C element and resistance R element were developed, based on the conservation of mass and energy. Subsequently, the connection rule for the pseudo-bond graph elements and the method to construct the complete thermal-hydraulic system model were proposed. On the basis of heat transfer analysis of a typical hydraulic circuit containing a piston pump, the lumped parameter mathematical model of the system was given. The good agreement between the simulation results and experimental data demonstrates the validity of the modeling method. 展开更多
关键词 thermodynamics hydraulic system pseudo-bond graph piston pump modeling temperature simulation
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