dealing with stress 中文意思是什麼

dealing with stress 解釋
解壓
  • dealing : n. 1. 待遇;處置。2. (對人的)行為,舉動。3. 〈pl. 〉 生意,交易;交際。4. 紙牌的分發。
  • with :
  • stress : n 1 壓力,壓迫,緊迫,緊張。2 【語音】重音;重讀;【詩】揚音;語勢,著重點。3 重要(性),重點,...
  1. When you ' re dealing with your parents, laughter can be a lifesaver - - both to help you handle the stress of dealing with sometimes crotchety individuals and to help you bond together

    當你和父母相處時,大笑會是一個救星- -即能讓你對付壓力,又能幫你增進感情。
  2. Rather than taking a moralistic approach when dealing with operating managers, human resource managers should stress the importance of increasing profits through effectively using the organization ' s human resources

    在處理與運營經理的關系事,人力資源經理不要採用一種說教式的方法,而是應該強調通過有效地使用組織的人力資源來增加利潤的重要性。
  3. With the help of marc program, the author, through simulating the different foundation condition, analyzes the changed rule of stress and displacement, discusses the active mechanic of the flexible approach slab in dealing with the jump

    文中運用marc軟體,通過模擬不同的地基條件,分析應力和位移的變化規律,研究了楔型柔性搭板在處治橋頭跳車中的作用性狀。
  4. We can draw these conclusions through the analysis in the article : ( 1 ) the conflict between profitability and liquidity is the root of open - end funds liquidity risk ( 2 ) the security market in china is still developing with lots of speculators ( 3 ) the continious and stable development of security market is the precondition of open - end fund. most of open - end funds are in the type of stock, whose performance depends on stock market ( 4 ) so far, the merchanics in terms of block trade, processing trade, as well as derivatives of short sales and risk - hedging is still in progress, which restrict fund managers ' competence to control risk and increase their stress in dealing with liquidity risk

    ( 3 )證券市場持續穩定地發展是開放式基金得以長足發展的保障。現有的開放式基金絕大多數是股票型基金,其業績依賴于股市向好,進而影響投資者是否持有基金的抉擇。 ( 4 )目前我國證券市場在關于大宗交易、程序化交易、做空機制和規避風險的金融工具等方面的制度尚不健全,制約了基金管理人控制風險的能力,也加大了其面對流動性風險的壓力。
  5. When dealing with a low swirl number flow, the results by renormalization group ( rng ) k - ? model agree well enough with experiments, so we do not have to apply reynolds stress model ( rsm )

    在計算弱旋氣相流動時, rng ?模型可以滿足工程上的精度需求,因而沒有必要運用計算量很大的雷諾應力模型。
  6. Concretely, 1, base on the viscoelastic mechanism of polymer depend on time, single axes stretching experiments are proceeded to research viscoelastic distortion of high polymer with the dependence on non - linearity and stress. we get each material parameter by dealing with the data of experiments, and contrast several theories of one dimension creep. 2

    根據聚合物時間相依的粘彈性機理,對pmma試件進行了單軸拉伸蠕變實驗,著重研究了高聚物粘彈性變形的非線性及應力水平相關性;在此基礎上,對實驗數據進行擬合,得到了各個材料參數,並對幾種現有的一維蠕變理論進行了對比分析; 2
  7. In industrial the temperature system is classed large nonlinear system. with associative memory neural network as identification and fuzzy neural network as control established model reference adaptive control system, succeeded realized single dealing control. model reference adaptive control system supplied new method for other lager nonlinear system such as flux, stress and fluid system

    溫度控制系統是典型的非線性大滯后控制系統,根據本文提出的聯想記憶神經網路辨識器,與模糊神經網路控制器相結合,建立模型參考自適應控制方案,成功的實現了對單腔電阻加熱爐的控制,模型參考自適應控制方案可以向其它大滯后非線性特性的過程式控制制參量(如流量、壓力、液位等)推廣。
  8. The dissertation discusses some theories of computation including the unit stiff matrix of the spatial member in the local coordinates , the coordinate transformation, the integration of the integer stiff matrix , the equivalent joint load , the introduction of the boundary condition , the computation of the unit internal force and support reaction , the stableness of the spatial stiff frame. the dissertation also discusses the methods of dealing with several unusual problems such as combined structure, temperature stress , elastic bearing

    本文論述了空間桿件局部坐標單元剛度矩陣、坐標轉換、整體剛度矩陣的集成、等效結點荷載、邊界條件的引入、單元內力與支座反力計算、空間剛架穩定的計算理論,以及組合結構、溫度內力、彈性支承等幾個特殊問題的處理方法。
  9. Based on the constitutive relationship coupled microstructure evolution, 3d - fe simulation of isothermal forging process of tc6 titanium alloy disc is performed dealing with different deformation temperature, punch velocity and shear factor of friction, effect of process parameters on equivalent strain, equivalent stress and grain size is calculated, and load - displacement curve is calculated

    本文基於微觀組織演變的本構關系模型,對不同變形溫度、凸模速度和摩擦條件下鈦合金盤的等溫鍛造過程進行了三維數值模擬,研究了變形工藝參數對等效應變、等效應力和晶粒尺寸的影響,計算了各變形條件下的位移?載荷曲線。
  10. The script is drawn up with the knowledge and experiences of health professionals in the elderly health service of the department of health and carers of elders suffering from dementia. some of these carers also appear in the film in person to share their experience and tips on caring for the demented and dealing with the distressing situations, so as to encourage other carers to face such situations in the positive way, and to seek help from professionals whenever necessary. through this film, it is hoped that the general public, especially family members of carers, can know more about dementia, and show concern and support to the carers, so as to reduce their stress in caring for the demented and improve the quality of care to the elders

    本片集合了生署長者健康服務各醫護專業的知識和經驗,包括醫生臨床心理學家職業治療師營養師護士及物理治療師,以故事形式,加上老年癡呆癥護老者親身分享照顧患者的心路歷程,去鼓勵現時處于彷徨無助的護老者,勇敢地面對問題,及積極尋求醫護專業的協助,早日脫離困局亦希望藉著本片喚醒公眾人士及護老者的親友,多理解及關注老年癡呆癥護老者的壓力和感受,對護老者作出體諒及支援,以減低他們的精神壓力,從而提升照顧患者的質素。
  11. The productions include : 1. the investigation of crackss of masonry structures, the characteristic and the reason on cracks of wall ; 2. the limited element analysis about datum of brick - wall the relation between the maximal stress in wall and the relative sedimentation of foundations, the relation between the cracks form in wall and inner stress, the validity of limited element mode ; 3. the limited element analysis about the relative sedimentation of foundations, the influence of ratio of length and height, foundations rigidity, groundsill rigidity on the inner stress in wall ; 4. the limited element analysis about the influence of temperature on wall cracks and the influence of space between extension cracks, difference in temperature on the inner stress in wall ; 5. the analysis about the cracks rule because of temperature, the contrast between the result and the simulant result ; 6. the study about the influence of cracks of masonry structures because of constriction stress, the experience of dealing with constriction cracks in the domestic and the foreign ; 7. the advice of avoiding cracks because of the asymmetric sedimentation temperature, constringency in design and construction

    本研究結合實際工程中的砌塊建築普遍存在的裂縫問題,參照磚墻裂縫調查研究的成果,針對我省的砌塊應用狀況,進行了充分的調研,並查閱大量的文獻資料,總結了砌塊建築墻體裂縫的特點和規律,通過對溫度裂縫、沉降裂縫的有限元分析和經驗公式的對比,深入的探討了墻體開裂的影響因素,結合各地實際工程經驗,在對混凝土砌塊墻體在材料、設計、施工等方面進行系統的理論分析、綜合研究的基礎上,給出開裂的防治方法,促進混凝土砌塊在我省的推廣應用,為相關規范的編制提供理論依據和經驗分析,主要研究成果有: 1砌塊砌體開裂的調查研究,墻體開裂的特點和原因總結; 2有限元分析磚墻實測數據,揭示了墻體內最大主應力和地基相對沉降量的關系及墻體開裂形態與內部應力的聯系,並且驗證了有限元模型的有效性; 3
  12. Learn more about mental well - being and skills in dealing with daily stress

    在日常生活中,精神壓力乃無可避免。
  13. To carry out joint inspections of the situation in various regions and departments regarding the implementation of intellectual property laws, with the stress on investigating and dealing with a number of major cases of intellectual property infringement which are of great significance and great impact

    對各地區、各部門貫徹實施知識產權法律的情況進行聯合大檢查,重點查處一些重要的、有影響的知識產權侵權大案,
  14. However, employees after the 9. 11 event reported higher organizational commitment continuous commitment than their counter - parts before the 9. 11 event. before the 9. 11 event, the main source of stress perceived by respondents was " pursuing a career at the expense of home life " ; other sources of stress were " feeling isolated ", " being undervalued ", and " dealing with ambiguous or delicate situations "

    研究結果顯示,在九一一事件發生后,對工作緊張程度很高及感到工作壓力很大的受訪者數目較事件發生前分別增加約6 %及7 % ,其壓力來源主要是工作能力被低估,其次是因追求事業發展而犧牲家庭生活,以及感到孤立無援。
  15. Then combined with reliability computation, the stochastic finite element method is used to establish the relationship between the load effect ( stress or force ) and basic stochastic variable dealing with statistical features of variables

    再與可靠度理論相結合,考慮變量的隨機特性,通過隨機有限元法建立荷載效應(如應力、內力等)與基本隨機變量之間的關系。
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