expansile 中文意思是什麼
音標 [iks'pænsail]
expansile
解釋
adj. 形容詞 易膨脹的；膨脹性的。expansile movement 膨脹運動。
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Expansile architecture for rendering engine
一種可擴展的圖形繪制引擎的體系結構 -
Mechanical performance experimentation of expansile - soil - amended - by - lime and construction way of commingle
石灰改良膨脹土力學性能試驗 -
The tumor is an eccentric, expansile, lytic mass with extension into soft tissue along with overlying reactive new bone formation
腫瘤呈偏心性生長，可見膨脹的可溶性腫塊，向反應性新生骨周圍的軟組織蔓延。 -
The present status of activated carbon fibers, carbon nanotubes and expansile graphites as the electrode materials for electrical double - layer capacitors were discussed respectively
對目前已用做電雙層電容器電極材料的活性碳纖維、納米碳管和膨脹性石墨的研究情況分別做了論述。 -
And in the recent years, the difference has a expansile trend. so it is necessary to choice some representative aspects in the difference to research and analysis
而且近年來，這種差異有逐漸擴大的趨勢，因此，從這些差異中選取有一定代表性的方面加以分析研究就顯得很有必要。 -
Because of these reasons, if beijing only simply applies the expansile fiscal policy but doesn ' t eliminate the factors of fiscal policy which led to deep - rooted systemic and dualistic nature problems, it would be difficult to achieve the ideal results
因此，於二元經濟結構條件下，如果簡單地使用擴張性的財政政策，而不去消除制約財政政策有效發揮作用的體制性障礙和二元結構問題，要取得理想的效果難度比較大。 -
And due to the heat expansile coefficient of the stainless steel rather high, the connecting force between the stainless steel pipe and the pipe coupling in the room temperature is much less than that between the titanium alloy pipe and the pipe coupling. the results accord with the tensile experiments well. finally, the dependence of dimensions of the coupling on the strength of the connector system is analyzed
模型計算還表明，被接管材料和管接頭材料之間的熱膨脹系數的差異會造成管接頭系統的室溫強度低於高溫強度；由於不銹鋼的熱膨脹系數較大，使得室溫下1不銹鋼管與n立tinb形狀記憶合金管接頭間的抱緊力遠小於鈦合金管與nitinb形狀記憶合金管接頭間的抱緊力，成功地解釋了拉脫實驗中的結果。 -
The stress state in the stainless steel pipe - titanium alloy pipe - nitinb shape memory alloy connector system is analyzed by using the theory of solid mechanics and the recovery rules of nitinb shape memory alloy with constrains on the basis of analysis of the structure of the connector system and the all steps in the preparation and the service. a mathematical model for the strength was proposed. the temperature dependence of connecting force and the maximal stress intensity in the pipe connector in the process of preparation and service was studied by programming and computing. the computing results show that the difference of heat expansile coefficient between the coupling material and the pipe material leads to the strength of connector system at room temperature less than the strength at high temperature
通過分析管接頭結構以及制備、使用的各個步驟，運用固體力學的基本理論，結合nitinb形狀記憶合金在約束下的回復規律，對不銹鋼- -鈦合金管- -四川大學碩士論文nitinb形狀記憶合金管接頭系統內的應力狀態進行了理論分析，建立了強度的數學模型，通過編程計算，研究了不銹鋼一鈦合金管一nitinb形狀記憶合金管接頭系統裝配及使用過程中的抱緊力以及最大應力強度隨溫度變化的規律。
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