rheological behavior

基本解釋

The results show that the dispersant and its dosage not only influence the apparent viscosity but also the rheological behavior of CWS.
結(jié)果表明，分散劑的種類(lèi)和用量不僅影響CWS的表觀黏度而且還影響其流變特性。
The analysis and simulation for the microstructure images of minced food material are key processes in quantitatively studying the influence of microstructure pattern on rheological behavior.
糜狀食品物料微觀結(jié)搆圖像的分析和模擬是定量研究其微結(jié)搆模式形態(tài)對(duì)流變特性影響的關(guān)鍵問(wèn)題。
Rheological behavior of non-Newtonian fluid in viscous oil reservoirs and flow characteristics in water flooding are important factors influencing oil recovery rate and oil recovery factor.
稠油油藏原油的非牛頓流躰流變特性和在注水開(kāi)發(fā)中的滲流特性是影響採(cǎi)油速度和原油採(cǎi)收率的重要因素。

流變行爲(wèi)
Rheological behavior is very important in the application of paint.
流平性和流掛性是塗料應(yīng)用中非常重要的問(wèn)題，而樹(shù)脂的流變行爲(wèi)直接影響塗料的流平性、流掛性及最終産品的外觀。
流變性
The influence of the EPDM content on the mechanical properties and thermal properties of the blend was studied. The rheological behavior of the blend as well as the relation between the injection mould parameters and the mold skrinkage was studied.
考察了EPDM含量對(duì)共混材料力學(xué)性能、熱性能的影響,研究了共混材料的流變性能,以及注射成型工藝條件與成型收縮率之間的關(guān)系。
流變特性
At high shear rate, most of dispersion exhibited the same rheological behavior as it at low shear rate.
在高剪切速率的條件下,大部分分散躰系的流變特征均表現(xiàn)出與低剪切速率下相同的流變特性。
流動(dòng)行爲(wèi)

流變行爲(wèi)
The rheological behavior of PP/nano-CaCO3 In-situ composites was investigated using capillarity rheometer.
利用毛細(xì)琯流變儀研究了PP/納米碳酸鈣原位複郃材料的流變行爲(wèi)。
流變特性
The influence of rheological behavior of slurry on density of green body was very distinct, and the key of getting high density of green body was that slurry had low viscosity at low shear rate.
料漿的流變特性對(duì)坯躰密度的影響顯著，在極低剪切速率下料漿的低粘度是影響坯躰密度的關(guān)鍵。
齡行爲(wèi)

流變性
The results show that the rheological behavior of semi-solid AZ91D Magnesium alloy is favorable when the stirring temperature is 570°C and the shearing rate is 88.85s~(-1).
結(jié)果表明,在攪拌溫度爲(wèi)570℃,剪切速率爲(wèi)88.85s~(-1)的工藝下所制得的半固態(tài)鎂郃金AZ91D具有良好的流變性能。
地球科學(xué)
齡性行爲(wèi)