油的

The essential oil was prepared from the peel by solution extraction, and separated into fractions of hydrocarbon and oxygenated compounds through a silicagel column. As the oxygenated fraction had the characteristic aroma of the peel oil, odor quality of the fraction was estimated on the basis of a odor unit value. Twenty five compounds such as geranial, neral, linalool and aliphatic aldehydes were selected as the components contributed to the aroma of the peel oil.

用溶剂萃取法提取白柠檬果皮的精油，并用硅胶柱将精油分成碳氢化合物和含氧化合物两大部分，由于含氧化合物部分具有果皮油的特征香气，利用各成分的香气值对该部分进行了评价，明确了香叶醛、橙花醛、沉香醇以及一些脂肪族醛等25种成分对白柠檬果皮油香气起着重要作用。

Jojoba and Avocado Oil have smaller molecular structure than olive oil, coconut oil or nut oils.

荷荷巴基底油和鳄梨基底油的分子结构，比橄榄油、椰子油或坚果油要小。

A computer model for simulation of oil slick transport in seas by a Lagrangian discrete parcel algorithm is proposed.

海上溢油的双层数学模型将泄漏在海域中的溢油考虑为表层油膜和分布在整个水体中的悬浮油滴两层组成。

During exploration and development,systematic research about generation mechanism and distribution characteristics of heavy oil and high pourpoint oil was conducted.

在勘探开发过程中，辽河油田对稠油、高凝油的形成机制和分布特点进行了系统研究，针对稠油、高凝油油气藏的特性，开展了室内实验研究，充分利用各种技术手段，形成了具有辽河油区特色的稠油和高凝油开发主导技术，在辽河油区稠油、高凝油开发中取得了明显效果。

Result: Both of seed oil and sarcocarp oil can control the increase of ALT in serum and the decrease of SOD evidently, and the effect of seed oil was turn out to be a little better than sarcocarp oil.

结果：一定剂量的沙棘籽油和果油能提高实验性肝损伤小鼠肝脏SOD活力，抵抗血清中ALT的升高，且在剂量范围内高剂量作用好于低剂量、籽油的作用略优于果油。

By tracing the antifungal and antibacterial activities of the volatile oils, it is found that the major active site in fiuit oil of Litsea mollis is aldehydic fraction such as citral, the major active site in oil of Thymus quinquecostatus is phenolic fraction such as thymol and the major active site in ginger oil is high boiling-point terpenic constituents such as β-caryophyllene, eudesm-4 (14)-en-11-ol, et al.

通过抗菌活生追踪发现，毛叶木姜子果油的主要活性部位是醛类成分，如柠檬醛；地椒油的主要活性部位为酚类成分，如百里香酚；姜油的主要活性部位为"高沸点萜类组分"，如β-丁香烯、4（14）-桉叶油烯醇-11等。

So the whole volume of the oil cell is filled by a large vacuole, which becomes the oil sac finally.

当油细胞成熟时，其细胞质和细胞核解体，而大液泡充满整个油细胞腔，成为储油的囊。

So the whole volume of the oil cell is filled by the large vacuole, which becomes oil sac finially.

当油细胞成熟时，其细胞质和细胞核解体，而大液泡充满整个油细胞腔，成为储油的囊。

Water,rosemary extract, cetearyl alcohol, almond oil*, sorbitan stearate,grapeseed oil, polysorbate-60, beeswax*, wheatgerm oil, yarrow extract,comfrey extract*, basil oil, aloe vera, shea nut butter, glycerin,tocopherol acetate, potassium sorbate, phenoxyethanol, alcohol denat.

西洋耆、康富利和芦荟有效支持和加强肌肤的修复，蓍草具有健康的平衡作用，针对油性皮肤问题改善控制皮脂分泌，减少粉刺和暗疮生长，加速豆豆复合、加上罗勒精油的修复作用，迷迭香精油的回复肌肤弹性的作用，再辅以充满养分的shea nut butter，杏仁油，小麦胚油和葡萄籽油

Three results are obtained by an orthogonal experiment. The main components of essential oil in separating containerⅠare terpenoid, terpeneless compound is in separating container Ⅱ. Through second-level separation the technological conditions of de-terpene are: pressure 7MPa, temperature 32℃ in separating containerⅠ;pressure 4～5MPa, temperature 32℃ in separating containerⅡ. The optimum technological parameters of obtaining two essential oils are: particle size 0.60mm, pressure 10MPa, temperature 36℃, operating time 90 minutes. There are 1.46% and 1.88% essential oil in separating containerⅠand Ⅱ respectively.

通过正交试验表明：分离器Ⅰ中精油的主要成分是萜烯烃类化合物，分离器Ⅱ中精油的主要成分是由高级醇类、醛类、酮类、酯类等组成的含氧化合物；二级分离脱萜的适宜参数是：分离器Ⅰ的压力为7MPa，分离器Ⅱ的压力与循环压力相同，温度都为32℃；同时得到萜烯烃类精油和低萜精油的最优工艺组合是粒度0.60mm，萃取压力10MPa，萃取温度36℃，萃取时间90min，精油得率分别为1.46％和1.88％。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。