偏光顕微鏡観察より，全ての混合系で欠陥線やオイリーストリーク組織が観察

偏光顕微鏡観察より，全ての混合系で欠陥線やオイリーストリーク組織が観察できた
ことからキラルネマチック相が発現していると判断した。S_Nap6 を15 mol%以上混合
した系では室温において相分離が観察されたが温度をあげることで相分離が解消され，
均一なキラルネマチック相が発現することを確認した。しかしどの系においても選択反
射は確認できなかった。得られた偏光顕微鏡写真より以下に示す式を用いてらせんピッ
チの算出を行った。以下に混合系の温度に対してらせんピッチをプロットした図を示す。

ผลลัพธ์ (อังกฤษ) 1:

Fault lines and Eurest leak organization observed in polarized light microscopy showed all the mixturesJudged from Chiral Nematic phase was expressed. S_Nap6, 15 mol % or more mixtureSystem is at room temperature phase giving the temperature isolation were observed in phase separation is eliminated,Verify that the Chiral Nematic phase with uniform. However in any anti-The facial could not be verified. Using the formula given below polarizing micrograph obtained from the shear PitneyWe calculate the h. Shows here helical pitch plotted against temperature of mixtures.p = 2 tan θp; Helical pitch, a; Defect spacing

ผลลัพธ์ (อังกฤษ) 2:

From polarizing microscopy, defect lines and oily streak texture was observed in all the mixed system
is determined that chiral nematic phase since expressed. S_Nap6 mixing 15 mol% or more
in the system was observed phase separation at room temperature but addresses the phase separation by raising the temperature,
homogeneous chiral nematic phase was confirmed to be expressed. But also selected anti-in any system
elevation it could not be confirmed. From the resulting polarization microscope photograph by using the following formula shown spiral pitch
was calculated Ji. It shows a plot of helical pitch with respect to the temperature of the mixed system as follows.
= 2