solidification rate 中文意思是什麼
solidification rate
解釋
凝固速率- solidification : n. 團結；凝固；【化學】固體化（作用）。
- rate : n 1 比率，率；速度，進度；程度；（鐘的快慢）差率。2 價格；行市，行情；估價，評價；費，費用，運費...
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4. under the directional solidification, either sub - or hyper - eutectic alloys, with the increase of growth rate, the lst dendritic arm spacing decreases and 2st dendritic arm spacing is restrained to some extent
4定向凝固條件下，隨著凝固速率的增加，無論亞共晶合金或過共晶合金，一次枝晶間距減小，二次枝晶生長得到不同程度的抑制。 -
The effect of solidification rate on eutectic microstructure of high chromium cast iron
凝固速度對高鉻鑄鐵共晶組織的影響 -
On the basic of the detailed analysis on main causes and main prediction methods of casting shrinkage / porosity, we put forward two methods to describe the solid phase rate of materials solidification. one is liner - distributing method, and the other is parabola - distributing method. and then, we apply the former to the system
本文在充分分析鑄件縮孔縮松產生機理與主要預測方法的基礎上，提出了材料凝固固相率的線性分佈法和拋物線分佈法，並將前者應用於系統中；同時提出了溫度梯度法和新山判據法的實現演算法，此演算法具有一定的靈活性。 -
The effect of solidification rate on the solidified structure, cooperation growth zone and microstructures such as tac rods volume fraction, tac rods average spacing, tac average transverse area and y phase in this eutectic composite were systematically investigated with lmc. the relationship between solidification processing controlling and solidification microstructure was established
藉助金相技術、電鏡技術、圖象處理技術等多種分析測試手段，考察試樣的界面形態、組織特徵以及共晶形貌等多方面的凝固特性，建立了凝固過程式控制制與凝固組織的對應關系。 -
It was found that the interface morphology of ni, cr, al - tac eutectic in - situ composite evolved from plan to cell and then to dendrite with the increase of solidification rate, if the gradient retained constant. in the same time, the eutectic microstructure also evolved from rod to cell and then to dendrite
本工作發現，在溫度梯度基本保持不變的條件下，隨著凝固速率的增大， ni ， cr ， al - tac共晶自生復合材料的凝固界面由平界面向胞狀及枝狀界面逐漸轉化。 -
On condition of controlling solid - liquid interface preferably and keeping low directional solidification rate, there were particular phenomena in tasi2 fibre development process. generally, it can be divided into three typical steps. the first was star - up period, the second was competition period, the third was stabilization period
在較好控制固液界面和較低的生長速率定向生長條件下，纖維相tasi _ 2生長過程有其獨特的規律性，通常可以將其生長過程分為啟動、競爭、穩定三個典型階段。 -
Following the increase of the solidification rate, the y ? phase gets smaller and smaller, and the morphology of y ? phase becomes more circular. the inter - rod spacing of tac obeys relationship with x13. 18r04972, and the transverse area of tac versus solidification rate is s = ?. 6597r + 5
在該共晶自生復合材料中tac纖維間距和凝固速率的函數關系為，橫向面積與凝固速率的函數關系為s = - 0 . 6597r 5 . 14 ， tac纖維體積分數在一定范圍內隨凝固速率變化。 -
L4in this eutectic composite. the volume fraction of tac could be changed with increasing solidification rate
隨著凝固速率的增大， '相的尺寸越來越小，其形狀也越來越圓。 -
The former followed linearity rule and the latter followed the rule of r - 0. 5 the volume fraction was steadiness when the solidification rate increased
隨凝固速率的增加tasi _ 2纖維體積分數基本不變。
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