1)  n-Nonanol
壬醇
2)  1-Nonanol
壬醇
3)  n-decanol
壬醇
1.
Didecyl glutarate was synthesized by esterification of n -decanol with glutaric anhydride separated from dicarboxylic acid under the catalysis of heteropoly acid.
以杂多酸为催化剂,从二羧酸中分离出戊二酸,再和壬醇反应,合成戊二酸二壬酯。
4)  isononyl alcohol
异壬醇
1.
The article points out that in view of the domestic conditions, we should put emphasis on developing the technology to produce isononyl alcohol and isodecy alcohol etc from butylene which is byproduced from refinery and ethylene plant.
对国外高碳支链增塑剂醇的开发、生产工艺、催化剂、经济性作了介绍 ,针对我国国情 ,指出应重点利用炼厂和乙烯厂的副产丁烯开发异壬醇、异癸醇等生产技
2.
The synthesizing process and production situation of isononyl alcohol(INA)at home and abroad in recent years were introduced;the future market demand was predicted;and proposals were made on development of related domestic enterprises.
介绍了近年来国内外异壬醇的合成工艺、生产现状等一些情况,对未来市场的需求进行了预测,对国内相关企业的行业发展提出了参考意见。
5)  Kirenol
奇壬醇
1.
Determination of Kirenol in Xixian Tablets by HPLC;
HPLC测定豨莶片剂中奇壬醇的含量
2.
Determination of the Ethanol-soluble Extractives and Kirenol from Different Medicinal Parts of Herba Siegesbeckiae;
豨莶草不同入药部位醇溶性浸出物及奇壬醇的含量测定
3.
Method: A TLC method was used for qualitative identification and a HPLC analysis was applied for quantitative determination of Herba Siegesbeckiae with kirenol as the reference substances.
方法:采用TLC检定莶草中奇壬醇的含量。
6)  n-Nonanol
1-壬醇
参考词条
补充资料：壬醇
分子式：C9H20O
分子量：144.26
CAS号：143-08-8

性质：无色液体。熔点-5℃。沸点215℃，107.5℃（2kPa），95.6℃（1kPa）。相对密度（20/4℃）0.8279，折光率（nD20）1.4338。能与醇、醚混溶，几乎不溶于水。

制备方法：工业上可有多种生产方法。丙烯在磷酸或氟化硼存在下聚合得壬烯，由壬烯水合可得壬醇。丁烷-丁烯馏分中的异丁烯经二聚得二异丁烯和混合辛烯，再经羰基化而得壬醇和混合壬醇。壬酸乙酯与金属钠在乙醇溶液中还原得到壬醇。溴化庚烷与环氧乙烷 经下列反应可得到壬醇。

用途：用作溶剂，用于制造增塑剂、表面活性剂、稳定剂、消泡剂。该品稍有玫瑰和橙的愉快香气，天然品以游离或酯化状态存在于甜橙、苦橙、柚和橡苔等精油中。我国 GB2760-86规定为允许使用的食用香料，主要用于本制奶油、桃、橙、柠檬、白柠檬和菠萝等型香精。用量极微。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。