basal spacing 中文意思是什麼
basal spacing
解釋
底面間距-
The result shows that dmso were intercalated into the interlayer of kaolinite and basal spacing was swelled from 0. 715nm to 1. 110nm, so the kaolinite - organic matter intercalation compound was formed
結果表明，二甲基亞碸進入了高嶺土的層間，層間距由0 . 715nm增加到1 . 110nm ，形成高嶺土有機插層材料。 -
X - ray diffraction studies revealed the formation of intercalation nanocomposite with the change of the peak corresponding to the basal spacing of the pure mmt
採用xrd和tem研究了納米復合材料的形態，結果表明，蒙脫土的晶面間距繼續增大，形成了納米復合材料。 -
In this thesis, organic - montmorillorite ( org - mmt ) was obtained - by an ion - exchange reaction between na + - montmorillorite ( na + - mmt ) and alkyl ammonium bromide, leading to increase the basal spacing of montmorillonite. xrd analysis indicated that alkylammonium ions had already exchanged with na + ions in na - montmorillonite and long alkyl - chains had entered into the gallery of montmorillorite
X -射線衍射（ xrd ）分析結果表明有機胺陽離子已同蒙脫土中的鈉陽離子發生離子交換作用，烷基長鏈進入蒙脫土層間，導致層間距擴大，並使蒙脫土層間親水性轉變成親油性。 -
In the thesis, organic - montmorillonite ( org - mmt ) was obtained by an ion - exchange reaction between ca - montmorillonite ( ca - mmt ) and alkylammonium ion, leading to increase the basal spacing of montmorillonite
本文採用烷基季銨鹽對ca基蒙脫土進行有機化處理，使其成為有機蒙脫土（ org - mmt ） 。 -
By means of a1c13 hydrolyzing in naoh solution, the author prepared al - plms which were characterized by xrd, xrf, ft - ir, sem etc. some factors in the experiments were studied in detail. the result showed that the concentration of a1c13, naoh, al - pillaring solution did n ' t affect the basal spacing and thermal stability of al - plms greatly
筆者採用alcl _ 3在naoh溶液中水解的方法制備了鋁柱撐蒙脫石，並利用xrd 、 xrf 、 ft - ir 、 sem 、 n _ 2吸附?脫附等手段對制得的樣品進行了表徵，系統討論了各實驗因素的影響。 -
The mechanica1 performance is superior to p1ain pp. 0n the sem photographs of impact fracture surface, it was observed that the pu11out of si licate 1ayers hard1y was found and the compat ibi 1 ity of pp and montmori l 1oni te was improved great l y. xrd resu1 ts suggested that the basal spacing of silicate layer was about 4
小角xrd結果顯示，復合材料中無機片層間距d _ （ 001 ）在4 . 0nm左右，為插層型材料，通過dsc測試發現復合材料的熔點和分解溫度均有一定的提高，蒙脫土的加入可提高材料的熱性能。 -
The high oh / al ratio and large amounts of al - pillaring solution favored the basal spacing and thermal stability of al - plms
在此基礎上，筆者對al - plms進行了摻雜和改性的研究。 -
The results was explained with the scattering theory of spherical particles, which indicated that the effect of morphology of composites on the transparency mainly came from the exfoliation extent of amt, which caused the change of the particle size and basal spacing of amt in epoxy matrix, and the effect of the particle size was more significant than the basal spacing of amt
對剝離型納米復合材料的透光率與有機土含量及波長的關系進行了進一步的研究得出，材料的歸一化透光率與有機土含量及波長存在下列經驗關系：並採用球型粒子光散射模型對上述實驗結果進行了理論分析。
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