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palm oil
    A STUDY ON THE COMPARATIVE ANALYSIS OF SC_9-4 AND PALM OIL
    SC_9-4和棕榈油的比较分析研究
    Detection of Fattr Acids in Import Palm Oil by GC/MS
    棕榈油中脂肪酸的GC/MS定性分析
    Palm Oil Needs No Hydrogenation: Production of Margarine and Shortening from Palm Oil
    棕榈油不需要氢化——谈谈棕榈油在人造奶油、起酥油生产中的应用
    STUDY ON SyNTHESIS OF 6502~# TYPE ALKYLALCOHOL AMIDES FROM PALM OIL
    棕榈油合成6502~#型烷醇酰胺
    The experiment results show that edible oilsuch as hardened palm oil,soybean oil and Namibian seal's oilcan be used as the donor of fatty acid acyl group to synthesize the AFAE via transesterification with L-ascorbic acid in organic media catalyzed by immobilized lipase.
    实验结果表明,氢化棕榈油、大豆油和海狗油等食用油脂作为脂肪酸基团供体,在固定化脂肪酶的催化下,在有机溶剂中与L-抗坏血酸直接进行酯交换反应形成L-抗坏血酸脂肪酸酯。
    The results showed that FAME yield reached 90% at 11. 6% methyl tertiary butyl ether by weight of palm oil, 1. 0% NaOH by weight of palm oil 6:1 ratio of methanol to palm oil and 60℃ within 2 min of reaction time.
    实验结果表明,当叔丁醇用量为棕榈油质量的11.6%,催化剂用量为油质量的1.0%,反应温度为60℃,醇油摩尔比为6:1时,反应2分钟后生物柴油产率达到了90%以上。
    Study on Refining Deteriorating Palm Oil by Adsorption
    吸附法精制劣变棕榈油的研究
    Application of membrane filter press in dry fractionation of palm oil
    隔膜压滤机在棕榈油干法分提中的应用
    Practice and studies on dry fractionation process of palm oil
    棕榈油干法分提的工艺实践与研究
    Treatment of Palm Oil Wastewater by Expanded Granular Sludge Bed Contact Oxidation Process
    膨胀颗粒污泥床—接触氧化法处理棕榈油废水
    Extraction Process of Natural Vitamin E from Palm Oil Deodorizer Distillate
    棕榈油脱臭馏出物提取天然维生素E的工艺研究
    So, we identify that squalene exists in Luohanguo seed oil for the first time,furthermore, its content is higher(in olive and palm oil only about 1.16%).
    首次证实罗汉果种仁油脂中含角鲨烯,且其含量较高(橄榄油和棕榈油中角鲨烯含量约为1.16%)。
    4) 0.1% metalloprotease can increase the contents of nutmeg acid> palm oil acid ^ oleic acid(P<0.05), palm acid the total saturated fatty acid(p<0.05) were reduced, little EPA and DHA were appeared.
    4)0.1%金属蛋白酶制剂可提高肉豆寇酸、花生酸十七碳酸、棕榈油酸油酸含量(P<0.05); 降低棕榈酸、总饱和脂肪酸含量(P<0.05),还出现少量的二十碳五烯酸EPA和二十二碳六烯酸DHA。
    The main triglycerides of SC9-4 were POP (42.8%) and PPP (14.6 %), while those of palm oil were POP (31.3%), POO (20.1%), PLP (12.2%) and PLO (11.6%).
    分析结果:SC_9-4:的主要甘油三酯是POP(42.8%)和PPP(14.6%),而棕榈油的主要甘油三酯是POP(31.3%)、POO(20.1%)、PLP(12.2%)和PLO(11.6%)。
    A new 6502# type alkylalcoholamides were made by condensation of palm oil and diethanolamine under alkalinous catalyst condition,at 140~150C reaction time 4~6 hours.
    用棕榈油与二乙醇胺在碱性催化剂存在下,于140~150℃反应4~6h,可制得一种新的6502~#型烷醇酰胺。
    The optimal technology conditions are glutinous rice flour 50g,salt 2.4g,corn protein 5g,water content 50%,palm oil 1.5%(accounting for base weinght),power 500W,heating time 2 minutes.
    通过正交实验,得到最佳工艺条件为:糯米粉50g,盐2.4g,玉米蛋白添加量为5g,水分含量50%,500W下加热2min,坯料外表面涂棕榈油量占坯料重量的1.5%。
    The result indicated that the optimum reaction condition of the hydrolysis was separately relative of organic solvent and water 98%,immobilized lipase content 0.02 g/g oil and the reaction time 6 hours for camphor-kemel oil,and that the optimum reaction condition of the hydrolysis was separately temperature 35 ℃,the relative of organic solvent and water 95%,immobilized lipase content 0.02 g/g oil and the reaction time 4 hours for palm oil.
    实验结果表明:在37℃时,水解樟核油的最佳条件是有机溶剂/水98%、固定化酶量002g/g油、反应时间6h,而水解棕榈油的最佳条件是温度35℃、有机溶剂/水95%、固定化酶量002g/g油、反应时间4h。
    Alkanolamides of 1∶2 type were synthesized from coconut oil,olive oil,palm oil and castor oil.
    分别以椰子油、橄榄油、棕榈油和蓖麻油为原料 ,与二乙醇胺反应 ,合成了 1∶ 2型烷醇酰胺。
    The results demonstrated that (1) the intra abomasal infusion of different level of palm oil significantly decreased HP/ME (P<0 05),markedly increased Kf and fat retention (P<0 01).
    结果表明 :(1)真胃灌注棕榈油显著降低HP/ME ,并以灌注 2 0 0 g最低 ,分别比对照组、10 0 g和 30 0 g组低 12 76 % (P <0 0 1)、6 53% (P <0 0 5)和 0 48% (P >0 0 5) ;
    By measuring palm oil melting point and viscosity change with temperature,it was recommended that the appropriate temperature for heating at about 29~31 ℃.
    测定棕榈油的熔点及粘度随温度的变化关系 ,推荐棕榈油的加热温度为 2 9~ 31℃较合适。
 

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